BCM97405 AVC/MPEG/VC-1 HD/SD, Graphics, Digital PVR, … · 2016. 4. 17. · for Flash/ROM Size1, Flash Type, USB Mode Change strapping for CPU frequency to 405 MHz-Pg 32 Add D5.0V

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BCM97405MBv00 SchematicTitle:

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BCM97405MBv00 Schematic

USB 2.0/1.1 Port1

USB 2.0/1.1 Port2

SmartCard(ISO7816)

HDD

BCM97405 AVC/MPEG/VC-1 HD/SD, Graphics, Digital PVR, IP/Satellite/DVB-C,T Set Top Box

SoftModemRJ11

CH3/4Modulator

IR TxIR1 Rx

I2S_OUT

656_OUT

Ethernet 10/100

Header

IR_Rx

KBRD_LED / ALT-DVO

USB 2.0/1.1 Port3

SiLabs Line Interface

Pg.8,9

Pg.26

Pg.24

Pg.26

Pg.26

Pg.25

Pg.22

Pg.22

Pg.23 Pg.23 Pg.23

Pg 16 Pg 16 Pg 15 Pg 15 Pg 15 Pg 17

IR2 Rx

I2S_IN

4_SEC_RESET

Vision Probe or Green Hills

Pg.12

656_IN (PKT4 / PKT5)

IR_Tx

RS232

Pg.30

656/I2S DaughterBoard Connector

EJTAG

ReMux0

RJ45

MCLK_Out

UARTx3

RF O

ut

SmartCard

HDMI

Single-Chip Backend SystemBCM7405

Broadband Studio

Component Video Out

ReMux1

BSC_Slave

SATA2 Host1

AnalogA/V Out

S-Video Out

EBI / PCI

Composite Video

Luma-Chroma

L-RA / B

R - G - B

RJ11

32 Bit R4K MIPS CPU64 Bit DDR800AVC, MPEG, & VC-1 HD/SD DecodeGraphics6 VDACsHDMI OutputAudio DAC L/R OutputSPDIF OutputRF 3/4 Mod10/100 Ethernet3 x USB 2.0/1.1 ports2 x SATA2 Hosts1 x IR Transmit & 2 x Receive1 x UHF ReceiveLED & Keypad Controller

UHF Amp

UHF_Rx

DDR-SDRAM 64Mx16

Pg.12

BSC_M0

BSC_M2

BSC_M3

BSC_M1

Document Number: 824-115963-0000 Rev. P10

Pg.12

BSC_M3

SPDIF OPT &COAX

PCI v2.2 (33MHz)(3.3V Mini-PCI slot)

Pg.20For IEEE 802.11 wireless cardor MoCA cardor debug FLASH card

PKT0

PKT1

PKT2

32-bit DDR2 666/800 SDRAM64/128/256 MBytes

32-bit DDR2 666/800 SDRAM64/128/256 MBytes

DDR-SDRAM 64Mx16

Pg.8,9

SATA2 Host2

DDR2 I/F is 64-bit with 2 memory controllers. It can function in thefollowing modes: UMA 64 bit only MEMC0 is enabled UMA 32 bit w/ MEMC0 enabled UMA 16 bit w/ MEMC0 enabled Non-UMA 32/16 w/ MEMC0 and MEMC1 enabled Non-UMA 16/16 w/ MEMC0 and MEMC1 enabled.

TS_OUT

BCM3420CMOS Tuner

IF AGC

DS1_QAMRF IN

Tuner AGC controls

SRAM32K x 8

BCM3510

DIFF LOW IF

I2C_SlaveI2C_Master

QAM Demodulator

BCM3510_TS0

BSC_M0

Any d

augh

ter ca

rd ca

n be u

sed i

n the

se sl

ots

(Optional Daughter Cards)

Satellite Dual Tuner-DemodBCM94506 (3445 + 4506)P/N: 100-116285-0000

DVB-T Tuner-Demod CardBCM97405DVB_TP/N: 100-116030-0000G

DVB-S/S2/T_Slot0_TS1


BSC_Header for othercontrol modules

Pg.27

BSC_M2

DVB-T Tuner-Demod CardBCM92930_DC_V1P/N: 100-116657-0000G

LVDS Txpt_In

TestFPGA

p. 28

p. 28

BSC_M3

PKT4 (656_IN / DVO)

PKT5 (656_IN / DVO)

PKT3 (I2S0)

Conn8.8.8.8.

Pg.17 Front Panel

ALT_DVO_Test_Adapter Board

IR_Rx

Back Panel

Back Panel

Front Panel

MIIHeader

MoCA Daughter Card(Future Card - Not designed)

HPNA3.0 Daughter Cardwith Coppergate chipBCM97405HPNA

RJ11

Either card can be placed on MII Header

NOR Flash32Mx16

Pg.21

NAND Flash1Gx8

PCI v2.2 (33MHz)(3.3V Standard PCI slot)

For NIC used for WinCE KITL debug ( RTL8139 )or PCI Test / Debugor Test Bcm7405 in PCI Client Mode

Test Headers

E-SATA connector(Back Panel)

DCAS / Optional 2nd SC on daughter card(BCM97400SCSM 115320-00)

Conn

EBI

PPKT_CLK MCLKO or MOCLK

POD_Status_&_Control

This CPLD and 74LVC125 can be disabledor removed for "MPOD only" interface)

p. 29

POD_PWR_CTRL POD PWRSWITCHES

74LVC125

p. 11

p. 29

POD

Slot

p. 11

MPOD-SPI

MPOD_Parallel_TS_INMPOD_Parallel_TS_OUT

ADDR

Control

CPLD-----------DVB-CISPODMPOD

GPIO

BSC_M0, M3, GPIOs

PPKT_IN

RMXP_OUT

MPOD-SPI

BSC_M2



Pg.27

BSC_M3

BSC_M2

V.92 Softmodem Daughter Card

Head

er

Minimize number of back-side components.6-layer board design. The 2 center layers are for test signalsnot used in customer designs.

NAND Flash128Mx16

DVR Support: Use 93520 daughter card for 2nd DS.

1394 TS Out

ASI TS Input

p. 18

TS_OutTS_In

TSB43DB42 (non-5C) IEEE1394 Link & Phy

p. 18

PCI

p. 281394_TS_IN 1394_TS_OUT

Cable / ATSC Tuner-DemodBCM93520_3431_3418P/N: 100-115456-0001

Pg 4

Pg 3

Pg 5

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

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ECOs:

Errata:

Page Index

ECO BCG-02008: V00 Rev. P1:- Initial Release

ECO BCG-02042: V00 Rev. P2 changes:- Pg 28 Changed J1307 to RoHS part.

ECO BCG-02086: V00 Rev. P3 changes:- Pg 13 Moved RD1306, RD1328 to Position A. ( Selects correct DRAM size for MEMC0/1 )- Pg 22 Moved RD2201 to Positon B (Enables EJTAG.)- Pg 19 Stuff RN1904, RN1905 with 0 ohms (528499-00) ( Connect SLOT1 and Transport FPGA to PKT4 and PKT5.)- Pg 30 Remove RN3001 ( Disconnect PKT5 from I2S output of VDEC-VEC daughter card.)- Pg 26 Change C2609 to 100pf (500569-00) Change R2617 to 4K 1% (502672-00) ( Correct USB RRef.)

ECO BCG-02143: V00 Rev. P5:-Pg 11 Swap SDA and SCL for BSC_M0,2,3 busses-Pg 13 Replace resistor straps RD1303, RD1304, RD1324 with 3-pin jumpers for DDR_Configuration.-Pg 30 Remove RN3014 and stuff RN3012, RN3013 with 0 ohm rpacks 528499-00. (Enables PKT_VALID[5:0], PKT_ERROR[5:4], disables 656 out of J3001:

ECO BCG-02114: V00 Rev. P4:-Agile documentation correction. No impact on schematic.

ECO BCG-02213: V00 Rev. P6:- New PCB spin. Includes all previous revisions plus:-Pg 08 Add 20 DDR test pads. Place them close to 7405. Move old TP's over by DDR chips.-Pg 09 Replace Micron DDR2-667 RAM with Samsung DDR2-800-Pg 11 Swap SDA and SCL for BSC_M1 bus-Pg 13 Replace resistor straps RD1308, RD1310, RD1322 with 3-pin jumpers for Flash/ROM Size1, Flash Type, USB Mode Change strapping for CPU frequency to 405 MHz-Pg 32 Add D5.0V to J216-1 heatsink fan connector. Move TP218, TP225 out of POD path. Distribute GND TP's better.-Pg 37 DNI backup power regulators

ECO BCG-02417: V00 Rev. P8:-Pg 03 Change C526, C527 from 1000pf to 27pf. (Fixes slow rise time on BSC_M0.)-Pg 08 Change R804 to 150 ohms (Fixes RCOMP)-Pg 21 Replace U2105 with 8Gb NAND Flash-Pg 22 Change various R and C values in 3OT Crystal circuit.-Pg 26 Change R2609 from 1k to 1.24k. Remove R2605, R2606, R2607, R2608 (E-net PHY already terminated on die)-Pg 32 Short pins 9, 12 together on U202. (Connects AVIN to PVIN on ER5336QI.)-Pg 32-33 Corrected Red TP's from 531213-00 to 521741-00.-Pg 20, 21, 25, 29 Changed 0.1uf caps to 520193-00 to be same as those on Pg 4.The following changes were made to the schematic:-Pg 10, 11, etc. Multi-function pin names on Bcm7405 symbol corrected.-Pg 13 Corrected strapping table: "strap_ebi_rom_size" settings for NAND ECC inverted "strap_ebi_boot_memory" added info for NAND WR-protect.-Pg 32, 33 Amperage and Power numbers corrected.Updated / corrected notes on several pages.

-Pg 05 Add MICTOR connector to MII lines for logic analyzer.-Pg 15 Consider using MAX9722 for audio opamps. (for pop suppression)-Pg 19 Add RMX_PAUSE0/1 to Remux connectors. Stuff DNI'd resistors to enable these paths.-Pge 21 Add skt footprint for testing various NAND Flash (see Emulation Technology)-Pg 26 eSATA & E-net ports need ESD protection. Add 25-30MHz SATA xtal footprint. Change SATA connectors to SMT.-Pg 32 Split 1.8v power so DDR and 7405 can be measured separately. Add GND puddle on Layer 5 under DDR address and data traces on Layer 6. Replace Enpirion regulator with another brand.

ECO CORP-06712: V00 Rev. P7:-BRCM p/n 502858-00 CAP,CER,0603,0.1uF,20%,16V,X7R) will be madeobsolete as it is a duplicate of the BRCM p/n 520192-00. This ECO will update allBOM that currently used 502858-00 and update with 520192-00.

ECO BCG-03062: V00 Rev. P9:-Pg 04 Change Y601 to 28 MHz (for high-symbol-rate QAM)-Pg 10 GND RN1025-1,2,3,4 to prevent POD VPP enables from floating. Remove RN1026, RN1027 to disconnect UART stubs on MII lines. Add 0 ohm to R1016 to connect MII_TX_ERR.-Pg 10,30 Remove R1022, add jumper to move 3510 IRQ from GPIO_015 to GPIO_024.-Pg 17 Remove C1708, the 56pf cap on HDMI CEC line.-Pg 21 Remove R2169 to disable Block Lock on NAND flash.-Pg 23,24,29 Remove R2301, R2302, R2909 and jumper UART0 Rx/Tx to GPIO_111/112. Jumper POD_VCC_ON to GPIO_110.The following changes were made to the schematic:-Pg 16 Change 30 MHz filter name to "elliptical".-Pg 22 Change EJTAG note.-Pg 24 Add NDS note.Other minor note changes.

ECO BCG-03757: V00 Rev. P10:-Pg 08 Change PCOMP, NCOMP terminations (R805, R806) to 24.3 ohms-Pg 09 Change DDR_CLK terminations to Thevenin (PU/PD) Change all VTT terminations to 62 ohms. The following changes were made to the schematic:-Pg 08 Revise DDR2 layout rules.-Pg 26 Add note to use 25-30MHz backup SATA crystal Add note to leave E-Net termination pads on board Add note to add 1k differential terminations to SATA lines.-Pg 34 Add note that C114 not needed now that RFM_PLLCAP is just a test port.

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

DS_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0

+3.3V_TUNER_0D3.3V

A

A AA

RFT_CLK_TUNER(4)RFT_DATA_TUNER(4)

DS0_IF_P (4)

DS0_IF_N (4)

IF0_AGC (4)

RFT_CS_0_TUNER(4)

BSC_M0_SDA(4,11)BSC_M0_SCL(4,11)

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THESE COMPONENTS ARE WITHIN THE SHIELD OUTLINE

Add 36 thermal vias (12 mildiam.) under BCM3420 chip.No solder mask under chip ontop and bottom

PLACE CLOSE TO PINS

Clock Distribution Option:C524 : 0 ohmC525 : 15 pF

350mA

100 ohm differential pair

ESD scheme dependent

From 3510

From 740x

BCM3420

75 ohm line

Place these parts just outside shield.

Shield for TunerNOTES:1. BCM3420 tuner is an HVQFN40 package with downset paddle. 2. Clear solder mask from all top/bottom GND. 3. Use 1 oz copper.4. Use the shortest trace for low value capacitors.5. Make provisions for shielding the entire tuner section.6. Plated through hole (PTH) vias should be covered by solder mask to prevent molten solder wicking into the vias.

Keep 100 Ohm differential lines short andclose to each other.Width: 5 milsSpacing: 7 milsGap to GND plane: 5.2 mils on layer 1

Cable Tuner XTAL Specifications:- Fundamental at 16.00 MHz- Load capacitance: 18.0 pF- ESR: 50 Ohms Max.- Tolerance: +/- 50 ppm- Stability: +/- 100 ppm

Shor

t Line

s

CABLE IN

3.3V_Tuner

When Bcm3420 selected,Voltage (AS) = (1k / 5.7k) * VCC ~= 0.18 VCC

Bcm3420 I2C Address = 11000[MA1][MA0]xx = R/W bitMA1, MA0 are determined by voltage on AS.See table below:

Therefore in this case, I2C address = 0x61

R511 0R511 0

C523

470pF

C523

470pF

C5530.1uFC5530.1uF

C510

0.047uF

C510

0.047uF

R507

56

R507

56

+ C550100uF6.3V

+ C550100uF6.3V

FB505600@100MHzFB505600@100MHz

C518 0.1uFC518 0.1uF

SILICONCABLETUNER

U500

NC = 25

BCM3420-A0HVQFN40_6X6

SILICONCABLETUNER

U500

NC = 25

BCM3420-A0HVQFN40_6X6

SCL8

SDA9

AS6

BVS7

GND5

VCC4

VCC3

RF2

GND1

GND10

AGC 30

GND 26

IF1 28

VCC 27

IF2 29

SP

138

GN

D36

SP

235

GN

D34

VC

C33

VC

C32

GN

D31

GN

D37

VC

C11

VC

C12

GN

D13

XT2

14

XT1

15

VC

C16

GN

D17

XTO

UT

18

LOTE

ST

19

GN

D20

VT1 24

VT2 23

VREF2 22

CP 21

VC

C40

GN

D39

GN

DH

S

R506 180R506 180

FB502600@100MHzFB502600@100MHz

C522

0.047uF

C522

0.047uF

R500 4.7KR500 4.7K

+ C552100uF6.3V

+ C552100uF6.3V

C519 8200pFC519 8200pF

C508 0.1uFC508 0.1uF

C506 1000pFC506 1000pF

C504

470pF

C504

470pF

FB503600@100MHzFB503600@100MHz

R5094.7KR5094.7K

C517 5600pFC517 5600pF

C520

0.047uF

C520

0.047uF

C514

0.047uF

C514

0.047uF

C525

27pF

C525

27pF

C528

0.047uF

C528

0.047uF

TP550RED

TP550RED

D501BAV99LT1G

D501BAV99LT1G

C509 0.1uFC509 0.1uF

C505 0.1uFC505 0.1uF

FB506600@100MHzFB506600@100MHz

C501

0.047uF

C501

0.047uF

R504 4.7KR504 4.7K

FB501600@100MHzFB501600@100MHz

L550

4.7uH

L550

4.7uH

C527

27pF

C527

27pF

FB500600@100MHzFB500600@100MHz

RD5010RD5010

A B

C

R510 0R510 0

C526

27pF

C526

27pF

J500F-TYPE-R/A

J500F-TYPE-R/A

12

3

L5511uH (DNI)L5511uH (DNI)

C529

470pF

C529

470pF

HW500

FENCE_1.00X1.25X0.20

HW500

FENCE_1.00X1.25X0.20

GND 1GND 2GND 3GND 4GND 5GND 6GND 7GND 8GND 9

C524

27pF

C524

27pF

C557DNIC557DNI

FB504600@100MHzFB504600@100MHz

C556DNIC556DNI

RD5020RD5020

A B

C

C554

OPEN

C554

OPEN

C516 0.22uFC516 0.22uF

C5510.1uFC5510.1uF

R501 1KR501 1K

C5074700pFC5074700pF

C512

470pF

C512

470pF

C502

470pF

C502

470pF

C503

0.047uF

C503

0.047uF

Y50016.000MHz

18pF,FUND,4.85X13.3mm

Y50016.000MHz

18pF,FUND,4.85X13.3mm

C555

150pF

C555

150pF

C521

470pF

C521

470pF

C515

470pF

C515

470pF

R505 390R505 390

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

VD

D1.

8

AV

DD

3.3

PLL

VD

D1.

8

VD

D3.

3

XV

DD

3.3

R_DATA7

R_DATA5R_DATA6

R_DATA4R_DATA3

R_DATA1R_DATA2

R_DATA0

R_WE_NR_OE_N

PS_DATA0

R_ADDR14R_ADDR13R_ADDR12

R_ADDR0R_ADDR1R_ADDR2R_ADDR3R_ADDR4R_ADDR5R_ADDR6R_ADDR7R_ADDR8R_ADDR9R_ADDR10R_ADDR11R_ADDR12R_ADDR13R_ADDR14

R_ADDR[14:0]

R_ADDR11R_ADDR10R_ADDR9R_ADDR8R_ADDR7R_ADDR6R_ADDR5R_ADDR4

R_DATA0

R_ADDR3

PS_CLK

R_ADDR2

PS_SYNC

R_DATA1R_DATA2R_DATA3R_DATA4R_DATA5R_DATA6

R_ADDR1

R_DATA7

R_DATA[7:0]

R_ADDR0

PS_VALID

PS_ERR

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D1.8V

D3.3V

DS0_IF_N(3)

BCM3510_PKT_CLK0 (19)BCM3510_PKT_DATA0 (19)

DS0_IF_P(3)

BCM3510_PKT_SYNC0 (19)

RFT_CS_0_TUNER(3)

RFT_CLK_TUNER(3)

BCM740X_RST_OUT_N(5,17,18,20,21,24,25,27,28,29,30)

RFT_DATA_TUNER(3)

BSC_M0_SDA(3,11)BSC_M0_SCL(3,11)

IF0_AGC (3)

BCM3510_PKT_VALID0 (19)

BCM3510_PKT_ERROR0 (19)

IRQ5_3510_N (10)

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Place thesecomponentsnear theBCM3510To Tuner

From 740X

I2C Addr: 00011[A1][A0]x

x = R/W bitA1 = A0 = 1 in this case, so I2C Address = 0001111x

Place these resistors nextto theBCM3510

IRQ_3510

C634

0.1uF

C634

0.1uF

R607 1KR607 1K

FB605

600@100MHz

FB605

600@100MHz

R61110KR61110K

R608 1KR608 1K

C6170.01uFC6170.01uF

C6290.01uFC6290.01uF

C6120.1uFC6120.1uF

C6090.1uFC6090.1uF

C6140.01uFC6140.01uF

R61210KR61210K

C6020.1uFC6020.1uF

C6250.01uFC6250.01uF

Y601

28.000MHz

Y601

28.000MHz

R604 1KR604 1K

U601

BCM3510-B2

QFP128_14X20U601

BCM3510-B2

QFP128_14X20

A_IF-68 A_IF+69

RF_DATA54

RF_CS[0]57 RF_CS[1]58

RF_AGC_SEL91

RF_CLK53

TSEL84

IRQ 94

PS_DATA[7] 123PS_DATA[6] 122PS_DATA[5] 121PS_DATA[4] 116PS_DATA[3] 115PS_DATA[2] 114PS_DATA[1] 113

PS_DATA[0]/S_OUT 110

PS_VALID 109PS_SYNC 108

TCK59TMS60TDI61TDO62

R_ADDR[14] 30R_ADDR[13] 29R_ADDR[12] 28R_ADDR[11] 27

R_ADDR[9] 20R_ADDR[10] 21

R_ADDR[8] 19R_ADDR[7] 18R_ADDR[6] 17R_ADDR[5] 12R_ADDR[4] 11R_ADDR[3] 10R_ADDR[2] 9R_ADDR[1] 5R_ADDR[0] 4

R_WE 8R_OE 26

R_DATA[0] 33R_DATA[1] 34R_DATA[2] 35R_DATA[3] 36R_DATA[4] 43R_DATA[5] 44R_DATA[6] 45R_DATA[7] 46

RESET86

XTALI76

XTALO77

SPI_I2C85

SDA/MOSI99SCL/SCK100ADDR[1]/MISO95ADDR[0]/SSN98

VD

D33

_06

VD

D33

_115

VD

D33

_224

VD

D33

_337

VD

D33

_440

VD

D33

_550

VD

D33

_663

VD

D33

_779

VD

D33

_887

VD

D33

_996

VD

D33

_10

106

VD

D33

_11

117

AV

DD

33_0

66A

VD

D33

_170

AV

DD

33_2

71

GN

D18

_01

GN

D18

_114

GN

D18

_223

GN

D18

_332

GN

D18

_441

GN

D18

_549

GN

D18

_656

GN

D18

_782

GN

D18

_890

GN

D18

_910

2G

ND

18_1

010

3G

ND

18_1

111

2

AG

ND

33_0

65A

GN

D33

_167

AG

ND

33_2

72

PS_ERR 107PS_CLK 124

GEN_CTL 93AGC_CTL 92

BCLK 47ADCLK 52

VD

D33

_12

125

GN

D18

_12

120

GN

D18

_13

128

TBYP83

XV

DD

3378

VD

D18

_13

127

ROMIO 3

XG

ND

3375

PLL

GN

D18

74

GN

D33

_12

126

GN

D33

_11

118

GN

D33

_10

105

GN

D33

_997

GN

D33

_888

GN

D33

_780

GN

D33

_664

GN

D33

_551

GN

D33

_439

GN

D33

_338

GN

D33

_225

GN

D33

_116

GN

D33

_07

PLL

VD

D18

73

VD

D18

_12

119

VD

D18

_11

111

VD

D18

_10

104

VD

D18

_910

1V

DD

18_8

89V

DD

18_7

81V

DD

18_6

55V

DD

18_5

48V

DD

18_4

42V

DD

18_3

31V

DD

18_2

22V

DD

18_1

13V

DD

18_0

2

C6200.01uFC6200.01uF

C6350.01uFC6350.01uF

C6190.01uFC6190.01uF

C6150.01uFC6150.01uF

C6270.01uFC6270.01uF

R609 332R609 332

C6360.1uFC6360.1uF

C6080.1uFC6080.1uF

D601

GREEN

D601

GREEN

FB604

600@100MHz

FB604

600@100MHz

C6160.01uFC6160.01uF

RN60133RN60133

12345 6 7 8

C6030.1uFC6030.1uF

C6260.01uFC6260.01uF

C6110.1uFC6110.1uF

C6220.01uFC6220.01uF

R601 1KR601 1K

R61433

R61433

R606 100R606 100

R61310KR61310K

FB602

600@100MHz

FB602

600@100MHz

R603 1KR603 1K

TP601WHITE

TP601WHITE

R61010KR61010K

C6130.1uFC6130.1uF

C6280.1uFC6280.1uF

C638

22pF

C638

22pF

C6050.1uFC6050.1uF

C6230.01uFC6230.01uF

C637

22pF

C637

22pF

FB601330@100MHzFB601330@100MHz

R61510KR61510K

C6300.01uFC6300.01uF

C6210.01uFC6210.01uF

C6240.01uFC6240.01uF

C6010.1uFC6010.1uF

C6040.1uFC6040.1uF

R605 100R605 100U602IDT71V124S15YSOJ32_400

U602IDT71V124S15YSOJ32_400

CS5

A1019

OE28

A1120

A918 A817

A1329

WE12

A1531

GND

9

A01A12A23A34A413A514A615A716

A1221

A1430

I/O0 6I/O1 7I/O2 10I/O3 11I/O4 22I/O5 23I/O6 26I/O7 27

VCC

24

GND

25

VCC

8

A1632

C6180.01uFC6180.01uF

C6070.1uFC6070.1uF

FB603

600@100MHz

FB603

600@100MHz

C6320.1uFC6320.1uF

C6060.1uFC6060.1uF

R602 1KR602 1K

C6100.1uFC6100.1uF

C6330.01uFC6330.01uF

C6310.1uFC6310.1uF

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

SPARE_1SPARE_2

D3.3VD3.3V D1.8V D1.8V

CG_MII_RX_ER(10)

CG_MII_TX_EN (10)

CG_MII_RX_EN(10)

CG_MII_TX_ER (10)

CG_MII_MDC(10)CG_MII_MDIO (10)

CG_MII_RX_CLK (10)CG_MII_TX_CLK(10)

CG_MII_COL(10)CG_MII_CRS(10)

BCM740X_RST_OUT_N (4,17,18,20,21,24,25,27,28,29,30)

CG_MII_RXD_03(10)

CG_MII_RXD_00 (10)CG_MII_RXD_01(10)

CG_MII_RXD_02 (10)

CG_MII_TXD_00(10)CG_MII_TXD_01 (10)

CG_MII_TXD_02(10)CG_MII_TXD_03 (10)

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Coppergate HPNA

5 37



B

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5 37



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B

MII Daughter Card Connector for HPNA and MoCA.Important: Each signal must have an adjacent GND pin.

Add an unplated mounting hole for the daughter card L bracket. Hole size for 4-40 screw.

MII Speed: 50 MHz x 4 lines = 200 Mbits/sec

GPIO_007/Ext_TP_In_07

GPIO_005/Ext_TP_Out_05






GPIO_017/Ext_TP_Out_17GPIO_019/Ext_TP_Out_19GPIO_008/Ext_TP_Out_08









MII

J703.025 SQ (DNI)

J703.025 SQ (DNI)

1

J701F-V-CARD-EDGE-2x23J701F-V-CARD-EDGE-2x23

A1A2A3A4A5A6A7A8A9

A10A11A12A13A14A15A16A17A18A19A20A21A22A23

B1B2B3B4B5B6B7B8B9B10B11B12B13B14B15B16B17B18B19B20B21B22B23

J702.025 SQ (DNI)

J702.025 SQ (DNI)

1

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

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C

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

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C

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

DDR3_A6

DDR2_DQ2DDR2_DQ3DDR2_DQ4DDR2_DQ5DDR2_DQ6DDR2_DQ7DDR2_DQ8DDR2_DQ9DDR2_DQ10

DDR2_DQ0

DDR2_DQ11DDR2_DQ12DDR2_DQ13DDR2_DQ14DDR2_DQ15

DDR2_DQ1

DDR23_A8

DDR3_DQ0DDR3_DQ1DDR3_DQ2DDR3_DQ3DDR3_DQ4DDR3_DQ5DDR3_DQ6DDR3_DQ7DDR3_DQ8DDR3_DQ9DDR3_DQ10DDR3_DQ11DDR3_DQ12DDR3_DQ13DDR3_DQ14DDR3_DQ15

DDR23_A9DDR23_A10

DDR23_A0

DDR3_A4

DDR23_A7

DDR23_A11

DDR2_A4

DDR23_BA0

DDR2_DQS0

DDR23_A12DDR23_A13

DDR2_DM0

DDR23_RASbDDR23_CASbDDR23_WEb

DDR23_BA1

DDR2_CLKbDDR3_CLKDDR3_CLKb

DDR2_CLK

DDR2_DQS1

DDR23_BA2

DDR23_ODTDDR23_CKE

DDR2_DQS1b

DDR2_DQS0b

DDR3_DQS0

DDR3_DQS1DDR3_DQS1b

DDR3_DQS0b

DDR2_A5DDR2_A6

DDR2_DM1

DDR3_DM1

DDR23_A1

DDR3_DM0

DDR23_A2DDR23_A3

DDR3_A5

DDR0_A4

DDR0_CLK

DDR0_A6DDR0_A5

DDR0_DM0

DDR0_CLKb

DDR0_DM1

DDR0_DQS0bDDR0_DQS0

DDR0_DQS1bDDR0_DQS1

DDR1_A5DDR1_A4

DDR1_CLKbDDR1_CLK

DDR1_A6

DDR1_DM1DDR1_DM0

DDR1_DQS0

DDR1_DQS1DDR1_DQS0b

DDR01_A0

DDR1_DQS1b

DDR01_A11DDR01_A10

DDR01_A1

DDR01_A13DDR01_A12

DDR01_A7

DDR01_A3DDR01_A2

DDR01_BA0

DDR01_A9DDR01_A8

DDR01_BA2DDR01_BA1

DDR01_ODTDDR01_CKE

DDR01_CASbDDR01_WEb

DDR01_RASb

DDR1_DQ2DDR1_DQ1DDR1_DQ0

DDR1_DQ4DDR1_DQ3



DDR1_DQ12DDR1_DQ11


DDR0_DQ1DDR0_DQ0

DDR0_DQ3DDR0_DQ2



DDR0_DQ11DDR0_DQ10


DDR0_DQ15

DDR_NCOMP

DDR_RCOMPDDR_PCOMP

DDR0_DQ6DDR0_DQ14DDR0_DQS0DDR0_DQS0bDDR0_DQS1

DDR2_DQ5DDR1_DQ11

DDR2_DQ14

DDR0_DQS1bDDR1_DQ1

DDR2_DQS1bDDR2_DQS1

DDR3_DQ3

DDR3_DQS0bDDR3_DQS1

DDR3_DQS0DDR3_DQ9

DDR3_DQS1b

DDR2_DQS0DDR2_DQS0b

DDR_VREF1

D1.8V_BCM740X

DDR_VREF0

D1.8V_BCM740X

D1.8V_BCM740X

DDR23_CKE(9)

DDR23_RASb(9)DDR23_CASb(9)DDR23_WEb(9)

DDR2_CLK(9)

DDR2_DQ[15:0](9)

DDR23_A[3:0](9)

DDR23_A[13:7](9)

DDR2_A[6:4](9)

DDR3_A[6:4](9)

DDR23_BA[2:0](9)

DDR3_DQ[15:0](9)

DDR2_DQS1(9)

DDR2_DQS0(9)DDR2_DQS0b(9)

DDR2_DQS1b(9)DDR3_DQS0(9)

DDR3_DQS1(9)DDR3_DQS0b(9)

DDR3_DQS1b(9)

DDR2_CLKb(9)DDR3_CLK(9)DDR3_CLKb(9)

DDR23_ODT(9)

DDR0_DQS1 (9)

DDR0_DQS0 (9)

DDR01_A[13..7] (9)

DDR0_DQS0b (9)

DDR0_A[6..4] (9)

DDR1_A[6..4] (9)

DDR0_DQS1b (9)

DDR01_ODT (9)

DDR01_BA[2..0] (9)

DDR1_DQS0 (9)

DDR1_DQS1 (9)DDR1_DQS0b (9)

DDR1_DQS1b (9)

DDR01_CKE (9)

DDR01_RASb (9)DDR01_CASb (9)

DDR01_WEb (9)

DDR0_CLK (9)

DDR0_DQ[15..0] (9)

DDR01_A[3..0] (9)

DDR0_CLKb (9)DDR1_CLK (9)

DDR1_CLKb (9)

DDR1_DQ[15..0] (9)

DDR0_DM0 (9)DDR0_DM1 (9)DDR1_DM0 (9)DDR1_DM1 (9)

DDR2_DM0(9)DDR2_DM1(9)DDR3_DM0(9)DDR3_DM1(9)

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- Place these GND test padsclose to their correspondingsignal test pads for probing.

- Place these GND test padsclose to their correspondingsignal test pads for probing.

BCM7405 pads for DQ / DQS / DM can select ODT impedance of 75 or 150 ohms.

Chip Placement -Place two DDR2 chips on the top side and two on the bottom, and tuck the DDR2 chips as closeto BCM740X DDR2 interface as possible.

Trace lengths -CLK / CLKbCLK0,1,2,3DQS / DQSbDQ / DQMAll other

< 2" total length, delta in each pair < 50 mils = 1.27mm< 50 mils delta among all clocks < 1.5" total length, delta in each pair < 50 mils = 1.27mm< 1.5" total length to avoid ISI and crosstalkas short as possible

Trace Impedances -60 ohms +/- 10% except as notedCLK / CLKbDQS / DQSb

100 ohms +/- 10% differential, 60 ohms +/- 10% single-ended100 ohms +/- 10% differential

Terminations and Capacitors -CLK / CLKb -- Place the pull-up / pull-down termination resistors as close to the DDR memoryballs as possible. Avoid creating stubs. Route and terminate all 4 CLK's even if not used.

Address / Control -- Place parallel termination resistors/rpacks at end of daisy chains by SDRAM, or ifroutes are T's then place at branch of T with stubs < 0.200". Termination resistors may be swapped toimprove routing.

VREF0 / VREF1 -- Place voltage divider resistors and associated capacitors close to theircorresponding balls on the BCM740X chip. Use high-quality ceramic capacitors.

Routing -DDR_VREF0 and DDR_VREF1: Route as 30 mil trace

VREF on SDRAM -- Place high-quality ceramic bypass caps close to their corresponding VREF ballsas shown on the next sheet of the schematic.

All traces should have >= 3:2 spacing ratio from the reference GND/PWR layer.(e.g. 7.5 mil line-to-line spacing or more for a 5 mil dielectric thickness)It is best if 3:1 ratio is used for DQS / DQ / DM wherever possible.

JEDEC has defined a common landing pattern (CLP) for use with different package options of DDR2 chips. By using the CLP, a PCB can accommodate all DDR2 device configurations and will be compatible withmost package options,

DDR2 rules for 64-bit interface:

- Place thesetest pads close to theDDR chips.

- Place thesetest pads close to theDDR chips.

- Place these test pads as close aspossible to the Bcm7405 balls/vias wherethey originate.

Do not tie DDR_VREF to DDR_VTT: It would inject noise onto DDR_VREF.

DQS / DQ / DMAddress / ControlCLK to DQS

< 60ps delta within each byte lane for DDR2-800< 120ps delta with respect to each CLK for DDR2-800< 500 mils for the same DDR device(60ps on FR4 = ap. 360 mils = 9mm)

NCOMP and PCOMP: Route as 10 mil trace

TP893TP893

TP874TP874

TP835TP835

TP823TP823

TP879TP879

TP838TP838

TP902TP902

TP897TP897

TP872TP872

TP915TP915

TP870TP870

TP853TP853

TP821TP821

TP896TP896

TP913TP913

TP862TP862

R805 24.3R805 24.3

TP858TP858

TP836TP836

TP851TP851

TP860TP860

R806 24.3R806 24.3

TP882TP882

TP911TP911

TP877TP877

TP841TP841

TP868TP868

TP812TP812

TP843TP843

TP814TP814

TP904TP904

C803

470pF

C803

470pF

TP805TP805

TP905TP905

TP826TP826

TP828TP828

TP819TP819

TP848TP848

TP886TP886

TP909TP909

TP887TP887

TP889TP889

TP802TP802

TP807TP807

TP834TP834

64 BitDDR2SDRAM

U100-14

bga976_35x35_1mm_dp_sktBCM7405A1

64 BitDDR2SDRAM

U100-14


DDR2_DM1 T2

DDR2_DQS1 R4

DDR1_DM0Y5DDR1_DM1W5

DDR1_DQS0W3

DDR1_DQS1Y3 DDR1_DQS0bY2

DDR1_DQS1bAA2

DDR2_DQS1b R5

DDR01_CKEAC5 DDR23_CKE G5

DDR_NCOMPAM6DDR_PCOMPAN5DDR_RCOMPAN6

DDR01_WEbAD2

DDR01_ODTAC3 DDR23_ODT F3

DDR0_CLKAH4DDR0_CLKbAH5DDR1_CLKAC1DDR1_CLKbAC2

DDR2_CLK M4DDR2_CLKb M5DDR3_CLK E1

DDR3_CLKb E2

DDR01_A00AE5DDR01_A01AF2DDR01_A02AE4DDR01_A03AF3

DDR0_A04AJ2DDR0_A05AJ1DDR0_A06AJ3

DDR01_A07AG3DDR01_A08AG5DDR01_A09AH2DDR01_A10AG4DDR01_A11AH3DDR01_A12AH1DDR01_A13AE3

DDR1_A04AF5DDR1_A05AG2DDR1_A06AF4

DDR23_A00 J5DDR23_A01 H2DDR23_A02 J4DDR23_A03 J3

DDR2_A04 L2DDR2_A05 L1DDR2_A06 M2

DDR23_A07 K3DDR23_A08 L5DDR23_A09 K2DDR23_A10 L4DDR23_A11 L3DDR23_A12 K1DDR23_A13 H3

DDR3_A04 K5DDR3_A05 J2DDR3_A06 K4

DDR01_BA0AE2DDR01_BA1AD4DDR01_BA2AD5

DDR23_BA0 G2DDR23_BA1 H4DDR23_BA2 H5

DDR01_CASbAC4 DDR23_CASb G4

DDR0_DQ00AK2DDR0_DQ01AN3DDR0_DQ02AL3DDR0_DQ03AM2DDR0_DQ04AP4DDR0_DQ05AJ5DDR0_DQ06AN4DDR0_DQ07AJ4DDR0_DQ08AK3DDR0_DQ09AN2DDR0_DQ10AL2DDR0_DQ11AM3DDR0_DQ12AP3DDR0_DQ13AK5DDR0_DQ14AP2DDR0_DQ15AK4

DDR1_DQ00AB4DDR1_DQ01V5DDR1_DQ02AA5DDR1_DQ03Y4DDR1_DQ04U3DDR1_DQ05AB3DDR1_DQ06V2DDR1_DQ07AB1DDR1_DQ08AB5DDR1_DQ09V4DDR1_DQ10AA4DDR1_DQ11W4DDR1_DQ12V3DDR1_DQ13AB2DDR1_DQ14W2DDR1_DQ15AA3

DDR2_DQ01 U2DDR2_DQ02 P2DDR2_DQ03 P3DDR2_DQ04 U1DDR2_DQ05 N5DDR2_DQ06 U4DDR2_DQ07 N4DDR2_DQ08 N2DDR2_DQ09 T3DDR2_DQ10 N3DDR2_DQ11 R3DDR2_DQ12 T1DDR2_DQ13 P5DDR2_DQ14 U5DDR2_DQ15 P4

DDR0_DM0AN1DDR0_DM1AP1

DDR3_DM0 C3DDR3_DM1 D5

DDR0_DQS0AM4DDR0_DQS0bAM5DDR0_DQS1AL4DDR0_DQS1bAL5

DDR3_DQS0 A3DDR3_DQS0b B3DDR3_DQS1 A2

DDR3_DQS1b A1

DDR01_RASbAD3 DDR23_RASb G3

DDR_VREF0AP5 DDR_VREF1 A6

DDR23_WEb F2

DDR2_DM0 R2

DDR2_DQ00 M3

DDR3_DQ00 F4DDR3_DQ01 F5DDR3_DQ02 D3DDR3_DQ03 D4DDR3_DQ04 B5DDR3_DQ05 D2DDR3_DQ06 B4DDR3_DQ07 C2DDR3_DQ08 E3DDR3_DQ09 C5DDR3_DQ10 E4DDR3_DQ11 E5DDR3_DQ12 A4DDR3_DQ13 B1DDR3_DQ14 C4DDR3_DQ15 B2

DDR2_DQS0 T4DDR2_DQS0b T5

TP903TP903

TP856TP856

R8014.99K (DNI)1%

R8014.99K (DNI)1%

TP873TP873

TP839TP839

TP901TP901

TP810TP810

TP831TP831

TP846TP846

TP861TP861

TP892TP892TP891TP891

TP866TP866

TP824TP824

R804 150R804 150

TP894TP894

TP822TP822

TP881TP881

TP875TP875

C802

1uF

C802

1uF

TP907TP907

TP803TP803

TP849TP849

TP817TP817

TP869TP869

TP906TP906 TP916TP916

R8024.99K (DNI)

1%

R8024.99K (DNI)

1%

TP871TP871

TP876TP876

TP878TP878

TP880TP880

TP806TP806

TP914TP914

TP863TP863

TP912TP912

TP864TP864

TP867TP867


TP854TP854

TP910TP910

TP813TP813

TP883TP883

TP885TP885

TP859TP859

TP832TP832

TP852TP852

TP844TP844

TP840TP840

C800

1uF

C800

1uF

TP827TP827

TP815TP815

TP811TP811

R8004.99K (DNI)1%

R8004.99K (DNI)1%

TP855TP855

TP895TP895

TP842TP842

C801

470pF

C801

470pF

TP890TP890

TP857TP857

TP829TP829

TP825TP825

TP898TP898

TP818TP818

TP804TP804

TP816TP816

TP833TP833


TP899TP899

TP850TP850

TP900TP900

TP908TP908

TP830TP830

TP820TP820

TP801TP801

TP847TP847

R8034.99K (DNI)

1%

R8034.99K (DNI)

1%

TP845TP845

TP888TP888

TP865TP865

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

DDR01_BA1DDR01_BA0

DDR01_CSb_test

DDR01_CASbDDR01_RASb

DDR01_WEb

DDR01_CKE

DDR_VREF0

DDR0_DQ5DDR0_DQ6

DDR0_DQ2

DDR0_DQ7

DDR0_DQ0

DDR0_DQ10

DDR0_DQ3DDR0_DQ4

DDR0_DQ9

DDR0_DQ1

DDR0_DQ11

DDR0_DQ8

DDR0_DM0

DDR0_DQS1

DDR0_DQ15

DDR0_DQ13DDR0_DQ14

DDR0_DQ12

DDR0_DM1

DDR0_DQ[15:0]

DDR01_A1

DDR01_A7

DDR01_A11DDR01_A12

DDR01_A10

DDR01_A3DDR01_A2

DDR0_A6

DDR0_A4

DDR01_A0

DDR0_A5

DDR01_A9DDR01_A8

DDR01_BA2

DDR01_ODT

DDR0_DQS1b

DDR0_DQS0bDDR0_DQS0

DDR1_DQS1b

DDR01_BA1DDR01_BA0

DDR01_CSb_test


DDR01_WEb

DDR01_CKE

DDR_VREF0

DDR1_DQ5DDR1_DQ6

DDR1_DQ2

DDR1_DQ7

DDR1_DQ0

DDR1_DQ10

DDR1_DQ3DDR1_DQ4

DDR1_DQ9

DDR1_DQ1

DDR1_DQ11

DDR1_DQ8

DDR1_DM0

DDR1_DQS1

DDR1_DQ15

DDR1_DQ13DDR1_DQ14

DDR1_DQ12

DDR1_DM1

DDR01_A0DDR01_A1

DDR01_A11

DDR1_A5

DDR01_A12

DDR01_A10

DDR01_A3DDR01_A2

DDR1_A6

DDR1_A4

DDR01_A7

DDR01_A9DDR01_A8

DDR1_DQ[15:0]DDR01_BA2

DDR01_ODT

DDR1_DQS0bDDR1_DQS0

DDR23_BA1DDR23_BA0

DDR23_CSb_test


DDR23_WEb

DDR23_CKE

DDR_VREF1

DDR3_DQ5DDR3_DQ6

DDR3_DQ2

DDR3_DQ7

DDR3_DQ0

DDR3_DQ10

DDR3_DQ3DDR3_DQ4

DDR3_DQ9

DDR3_DQ1

DDR3_DQ11

DDR3_DQ8

DDR3_DM0

DDR3_DQS1

DDR3_DQ15

DDR3_DQ13DDR3_DQ14

DDR3_DQ12

DDR3_DM1

DDR23_A0DDR23_A1

DDR23_A11

DDR3_A5

DDR23_A12

DDR23_A10

DDR23_A3DDR23_A2

DDR3_A6

DDR3_A4

DDR23_A7

DDR23_A9DDR23_A8


DDR23_ODT

DDR3_DQS0bDDR3_DQS0

DDR2_DQS1b

DDR23_BA1DDR23_BA0


DDR23_WEb

DDR23_CKE

DDR_VREF1

DDR2_DQ5DDR2_DQ6

DDR2_DQ2

DDR2_DQ7

DDR2_DQ0

DDR2_DQ10

DDR2_DQ3DDR2_DQ4

DDR2_DQ9

DDR2_DQ1

DDR2_DQ11

DDR2_DQ8

DDR2_DM0

DDR2_DQS1

DDR2_DQ15

DDR2_DQ13DDR2_DQ14

DDR2_DQ12

DDR2_DM1

DDR23_A0DDR23_A1

DDR23_A11

DDR2_A5

DDR23_A12

DDR23_A10

DDR23_A3DDR23_A2

DDR2_A6

DDR2_A4

DDR23_A7

DDR23_A9DDR23_A8


DDR23_ODT

DDR2_DQS0bDDR2_DQS0

DDR3_DQS1b

DDR23_A13DDR01_A13

DDR01_A13 DDR23_A13

DDR23_CSb_test

D1.8V_BCM740X

DDR_VREF0

DDR_VTT

D1.8V_BCM740X

D1.8V_BCM740X

DDR_VREF0

D1.8V_BCM740X

DDR_VREF1

D1.8V_BCM740X

DDR_VREF1

D1.8V_BCM740X

D1.8V_BCM740X

D1.8V_BCM740X

D1.8V_BCM740X

D1.8V_BCM740X

DDR1_DQS1(8)

DDR1_DQS0(8)

DDR3_DQS1(8)

DDR3_DQS0(8)

DDR2_DQS1(8)

DDR2_DQS0(8)

DDR0_DQS1(8)

DDR0_DQS0(8)

DDR3_DQ[15:0](8)

DDR23_BA1(8)DDR23_BA0(8)

DDR23_CKE(8)DDR23_WEb(8)DDR23_CASb(8)DDR23_RASb(8)

DDR0_DM1(8)DDR1_DM0(8)DDR1_DM1(8)

DDR2_DM1(8)DDR3_DM0(8)DDR3_DM1(8)

DDR2_DM0(8)

DDR0_DM0(8)

DDR23_ODT(8)

DDR23_BA2(8)

DDR1_DQS1b(8)

DDR1_DQS0b(8)

DDR3_DQS1b(8)

DDR3_DQS0b(8)

DDR2_DQS1b(8)

DDR2_DQS0b(8)

DDR0_DQS1b(8)

DDR0_DQS0b(8)DDR2_DQ[15:0](8)DDR1_DQ[15:0](8)DDR0_DQ[15:0](8)

DDR01_BA0(8)DDR01_BA1(8)

DDR01_CASb(8)DDR01_WEb(8)DDR01_CKE(8)

DDR01_RASb(8)

DDR01_ODT(8)

DDR01_BA2(8)

DDR01_A1(8)DDR01_A2(8)DDR01_A3(8)

DDR0_A4(8)DDR0_A5(8)DDR0_A6(8)

DDR01_A7(8)

DDR01_A8(8)DDR01_A9(8)DDR01_A10(8)DDR01_A11(8)

DDR01_A13(8)

DDR01_A0(8)

DDR23_A2(8)DDR23_A3(8)


DDR23_A13(8)

DDR23_A7(8)

DDR23_A8(8)DDR23_A9(8)DDR23_A10(8)DDR23_A11(8)

DDR23_A0(8)DDR23_A1(8)

DDR01_A12(8)

DDR23_A12(8)


DDR2_A6(8)

DDR2_A4(8)DDR2_A5(8)

DDR0_CLK(8)DDR0_CLKb(8)

DDR1_CLKb(8)DDR1_CLK(8)



Title:

Rev:Modified:

Sheet: of

Document:


Size:

64-bit DDR2 SDRAM

9 37



Rev:Modified:

Sheet: of

Document:


Size:

64-bit DDR2 SDRAM

9 37



Rev:Modified:

Sheet: of

Document:


Size:

64-bit DDR2 SDRAM

9 37



DDR2 routing rules: See page 8.

Place Caps Closeto DRAM Pin




Bcm7405 DDR2 Memory Controller supports up to 1GB memory space of DDR2-800 SDRAM.This board is laid out to support that, using four 128Mx16 parts (2Gb each).The BOM currently supplies four 64Mx16 parts of DDR2-800, because the 2Gb parts areextremely expensive.

New Thevenin clocktermination. See reworkinstructions.




C930 0.01uFC930 0.01uF

C966 2700pFC966 2700pFC933 470pFC933 470pF

C955470pFC955470pF

R912118R912118

R908118R908118

C910 0.01uFC910 0.01uF

C906 2700pFC906 2700pF

C971 0.047uFC971 0.047uF

C945 0.047uFC945 0.047uF

RD

902

0R

D90

20

A

B

C

C9340.1uFC9340.1uF

C950 0.01uFC950 0.01uF

C9740.1uFC9740.1uF

C984

0.1uF

C984

0.1uF

C964 0.01uFC964 0.01uF

C947 470pFC947 470pF

R919118R919118

C980

1000pF

C980

1000pF

1GbitDDR2SDRAM64Mx16

U903

NC = A1,A2,A8,A9,D2,H2,AA1,AA2,AA8,AA9

K4T1G164QD-ZCE7FBGA92_11X19


U903



A0R8A1R3A2R7A3T2A4T8A5T3A6T7A7U2A8U8A9U3A10/APR2A11U7A12V2

DQ0 K8DQ1 K2DQ2 L7DQ3 L3DQ4 L1DQ5 L9DQ6 J1DQ7 J9DQ8 F8DQ9 F2

DQ10 G7DQ11 G3DQ12 G1DQ13 G9DQ14 E1DQ15 E9BA0P2

BA1P3BA2P1

CKEN2

CLKM8CLKN8

CSP8

RASN7CASP7WEN3

VD

DD

1V

DD

H1

VD

DM

9V

DD

R9

VD

DV

1

VD

DQ

D9

VD

DQ

F1

VD

DQ

F7V

DD

QF9

VD

DQ

H9

VD

DQ

K1

VD

DQ

K3

VD

DQ

K7

VD

DQ

K9

VS

SD

3V

SS

H3

VS

SM

3V

SS

T1V

SS

U9

VS

SQ

D7

VS

SQ

E8

VS

SQ

E2

VS

SQ

G2

VS

SQ

G8

VS

SQ

H7

VS

SQ

J2V

SS

QJ8

VS

SQ

L2V

SS

QL8

VD

DQ

F3

VD

DL

M1

VREF M2

LDQS_P J7

VS

SD

LM

7

NU/LDQS_N H8

UDQS_P E7NU/UDQS_N D8

LDM J3UDM E3

ODT N9

A13/NCV8A14/NCV3A15/NCV7

R904 62R904 62

C928 10uFC928 10uF

R906118R906118

R907118R907118

C985

0.01uF

C985

0.01uF

C995

0.01uF

C995

0.01uF

C913 470pFC913 470pF

C951 0.047uFC951 0.047uFC911 0.047uFC911 0.047uF

C946 2700pFC946 2700pF

C926 2700pFC926 2700pF

+

C901 100uF6.3V

+

C901 100uF6.3V

R918118R918118

C963 0.1uFC963 0.1uF

C904 0.01uFC904 0.01uF

R901 62R901 62

C931 0.047uFC931 0.047uF

C935470pFC935470pF

RN910 62RN910 62

1234 5

678

C996

0.01uF

C996

0.01uF

C915470pFC915470pF

C908 10uFC908 10uF

C969 0.1uFC969 0.1uF

C942 10uFC942 10uF

C9140.1uFC9140.1uF


U902




U902






BA1P3BA2P1

CKEN2

CLKM8CLKN8

CSP8

RASN7CASP7WEN3

VD

DD

1V

DD

H1

VD

DM

9V

DD

R9

VD

DV

1

VD

DQ

D9

VD

DQ

F1

VD

DQ

F7V

DD

QF9

VD

DQ

H9

VD

DQ

K1

VD

DQ

K3

VD

DQ

K7

VD

DQ

K9

VS

SD

3V

SS

H3

VS

SM

3V

SS

T1V

SS

U9

VS

SQ

D7

VS

SQ

E8

VS

SQ

E2

VS

SQ

G2

VS

SQ

G8

VS

SQ

H7

VS

SQ

J2V

SS

QJ8

VS

SQ

L2V

SS

QL8

VD

DQ

F3

VD

DL

M1

VREF M2

LDQS_P J7

VS

SD

LM

7

NU/LDQS_N H8


LDM J3UDM E3

ODT N9


C975470pFC975470pF

+

C961 100uF6.3V

+

C961 100uF6.3V

R911118R911118

C927 470pFC927 470pF C967 470pFC967 470pF

R920118R920118

C9540.1uFC9540.1uF

R914118R914118

C944 0.01uFC944 0.01uF

C983

0.01uF

C983

0.01uFRN902 62RN902 621234 5

678

C924 0.01uFC924 0.01uF

C907 470pFC907 470pF

RN906 62RN906 621234 5

678

C993

0.1uF

C993

0.1uF

RN907 62RN907 621234 5

678

C952 2700pFC952 2700pF

R916118R916118

R905118R905118

RN908 62RN908 621234 5

678

R915118R915118

RN900 62RN900 621234 5

678

R917118R917118

C988

470pF

C988

470pF

C932 2700pFC932 2700pF

RN905 62RN905 62

1234 5

678

RN911 62RN911 62

1234 5

678

C992

0.01uF

C992

0.01uF

C986

0.01uF

C986

0.01uF

C989

1000pF

C989

1000pF

R903 62R903 62

C973 470pFC973 470pF

C994

0.01uF

C994

0.01uF


U901




U901






BA1P3BA2P1

CKEN2

CLKM8CLKN8

CSP8

RASN7CASP7WEN3

VD

DD

1V

DD

H1

VD

DM

9V

DD

R9

VD

DV

1

VD

DQ

D9

VD

DQ

F1

VD

DQ

F7V

DD

QF9

VD

DQ

H9

VD

DQ

K1

VD

DQ

K3

VD

DQ

K7

VD

DQ

K9

VS

SD

3V

SS

H3

VS

SM

3V

SS

T1V

SS

U9

VS

SQ

D7

VS

SQ

E8

VS

SQ

E2

VS

SQ

G2

VS

SQ

G8

VS

SQ

H7

VS

SQ

J2V

SS

QJ8

VS

SQ

L2V

SS

QL8

VD

DQ

F3

VD

DL

M1

VREF M2

LDQS_P J7

VS

SD

LM

7

NU/LDQS_N H8


LDM J3UDM E3

ODT N9


C902 10uFC902 10uF

C953 470pFC953 470pF

C968 10uFC968 10uF

C948 10uFC948 10uF

RN909 62RN909 621234 5

678

+

C921 100uF6.3V

+

C921 100uF6.3V

RN903 62RN903 621234 5

678

C972 2700pFC972 2700pF

C997

470pF

C997

470pF

RN904 62RN904 62

1234 5

678

C912 2700pFC912 2700pF

C909 0.1uFC909 0.1uF

C925 0.047uFC925 0.047uF

C922 10uFC922 10uFC991

0.01uF

C991

0.01uF+

C941 100uF6.3V

+

C941 100uF6.3V

R913118R913118

C943 0.1uFC943 0.1uF


U931




U931






BA1P3BA2P1

CKEN2

CLKM8CLKN8

CSP8

RASN7CASP7WEN3

VD

DD

1V

DD

H1

VD

DM

9V

DD

R9

VD

DV

1

VD

DQ

D9

VD

DQ

F1

VD

DQ

F7V

DD

QF9

VD

DQ

H9

VD

DQ

K1

VD

DQ

K3

VD

DQ

K7

VD

DQ

K9

VS

SD

3V

SS

H3

VS

SM

3V

SS

T1V

SS

U9

VS

SQ

D7

VS

SQ

E8

VS

SQ

E2

VS

SQ

G2

VS

SQ

G8

VS

SQ

H7

VS

SQ

J2V

SS

QJ8

VS

SQ

L2V

SS

QL8

VD

DQ

F3

VD

DL

M1

VREF M2

LDQS_P J7

VS

SD

LM

7

NU/LDQS_N H8


LDM J3UDM E3

ODT N9


C981

0.01uF

C981

0.01uF

C970 0.01uFC970 0.01uFC962 10uFC962 10uF

C990

0.01uF

C990

0.01uF

C905 0.047uFC905 0.047uF

C965 0.047uFC965 0.047uF

C923 0.1uFC923 0.1uF

C987

0.01uF

C987

0.01uF

C929 0.1uFC929 0.1uF

RN901 62RN901 621234 5

678

C903 0.1uFC903 0.1uF

R909118R909118

C949 0.1uFC949 0.1uF

R910118R910118

RD

901

0R

D90

10

A

B

C

R902 62R902 62

C982

0.01uF

C982

0.01uF

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

GP_MII_RXD_02

MII_TX_EN

GP_MII_RXD_03

GP_MII_RX_EN

GP_MII_RXD_01

GP_MII_RX_ERGP_MII_TX_CLK

MII_TXD_02MII_TXD_03


MII_TX_ERGP_MII_MDIO

MII_COLMII_MDC

GP_MII_CRS

GP_MII_TX_EN

GP_MII_TX_ER

GP_SC_CLK_OUT

GP_IRQ12_SLOT0B_N

CG_MII_TXD_01

CG_MII_RX_ER

CG_MII_TXD_02

CG_MII_RX_ENCG_MII_RXD_00

CG_MII_CRS

CG_MII_MDC

CG_MII_TXD_00

CG_MII_RXD_02CG_MII_RXD_03

CG_MII_TX_CLK

CG_MII_TXD_03

CG_MII_TX_EN

CG_MII_MDIO

CG_MII_RXD_01

CG_MII_TX_ER

GP_MII_TX_CLK

MII_TX_EN

MII_TXD_02

MII_TXD_01

GP_MII_RX_ER

GP_MII_MDIO

GP_MII_RXD_02GP_MII_RXD_03

GP_MII_CRS


ALT_MII_RXD_00ALT_MII_RXD_01ALT_MII_RXD_02

ALT_MII_RXD_03

ALT_MII_TX_ENALT_MII_TX_CLKALT_MII_RX_ER

ALT_MII_COLALT_MII_MDC

ALT_MII_TX_ERALT_MII_MDIO

ALT_MII_RX_EN

ALT_MII_CRS

GP_IRQ11_SLOT0A_N

ALT_MII_RXD_02

ALT_MII_RXD_01

ALT_MII_COLALT_MII_RX_ER

ALT_MII_TX_CLK

ALT_MII_TX_EN

ALT_MII_RXD_00

ALT_MII_RXD_03

ALT_MII_TXD_02ALT_MII_TXD_03ALT_MII_TXD_00

ALT_MII_TX_ER

ALT_MII_MDC

ALT_MII_CRS

ALT_MII_RX_EN

ALT_MII_MDIO

ALT_MII_TXD_01ALT_MII_TXD_00ALT_MII_TXD_01

ALT_MII_TXD_02ALT_MII_TXD_03

CG_MII_COL

GP_MII_TXD_02

GP_MII_TXD_01GP_MII_TXD_00

GP_MII_TXD_03

GP_MII_RX_CLK

GP_MII_RXD_00

GP_IRQ11_SLOT0A_NGP_IRQ12_SLOT0B_N

MII_MDC

GP_MII_COLGP_MII_MDC

GP_MII_RX_CLKGP_MII_RX_ENGP_MII_RXD_00

GP_MII_RXD_01

MII_COL

MII_TX_ERGP_SPI_M_SCK

GP_MII_TX_ER

GP_IRQ11_SLOT0A_NMII_TXD_00

GP_MII_RXD_01GP_MII_RXD_02

GP_MII_RXD_00GP_MII_RX_CLK


GP_MII_MDIOMII_TX_ER

MII_TX_ENMII_TXD_01

GP_MII_TX_CLKGP_MII_RX_ER

GP_MII_RX_EN

GP_MII_CRSGP_IRQ12_SLOT0B_N

MII_MDCMII_COL

GP_MII_RXD_03

CG_MII_RX_ENCG_MII_RXD_00CG_MII_RXD_01CG_MII_RXD_02

CG_MII_RXD_03CG_MII_RX_ERCG_MII_TXD_00CG_MII_TXD_01

D3.3V

GP_ENET_ACTIVITY(26)GP_ENET_LINK(26)

SC_CLK_OUT(14,24)IRQ11_SLOT0A_N(24,27)

IR_IN1(23)IRQ12_SLOT0B_N(24,27)

GP_VI_656_CLK(30)

GP_SPI_M_MISO(14)

SPI_M_SCK(14)GP_SPI_M_MOSI(14)

GP_SPI_M_SS0b(14)GP_PPKT_IN_SYNC(14)

GP_PPKT_IN_VALID(14)GP_PPKT_IN_DATA0(14)

GP_PPKT_IN_DATA2(14)GP_PPKT_IN_DATA1(14)

GP_PPKT_IN_DATA3(14)

GP_PPKT_IN_DATA4(14)GP_PPKT_IN_DATA5(14)GP_PPKT_IN_DATA6(14)GP_PPKT_IN_DATA7(14)

GP_PPKT_IN_CLK(14)

GP_RMXP_OUT_VALID(14)GP_RMXP_OUT_SYNC(14)GP_RMXP_OUT_DATA0(14)

GP_NDS_SC_AUX0_1(24)GP_NDS_SC_AUX1_1(24)

GP_NDS_SC_VCTRL_1(24)GP_RMXP_OUT_DATA4(24)GP_RMXP_OUT_DATA5(24)GP_RMXP_OUT_DATA6(24)GP_RMXP_OUT_DATA7(24)

GP_RMXP_OUT_CLK(24)

GPIO_098 (11)

GPIO_096 (11)

GPIO_099 (11)GPIO_100 (11)

GPIO_101 (11)GPIO_102 (11)GPIO_086 (11)

GPIO_087 (11)

GPIO_088 (11)GPIO_089 (11)

GPIO_090 (11)GPIO_091 (11)

GPIO_092 (11)GPIO_093 (11)

GPIO_095 (11)

CG_MII_TXD_00(5)

CG_MII_TX_EN(5)

CG_MII_TX_CLK(5)

CG_MII_TX_ER(5)

CG_MII_TXD_03(5)CG_MII_TXD_02(5)

CG_MII_TXD_01(5)

CG_MII_COL(5)

CG_MII_RXD_01(5)

CG_MII_RXD_00(5)CG_MII_RX_EN(5)

CG_MII_CRS(5)CG_MII_RX_ER(5)

CG_MII_MDIO(5)CG_MII_RXD_03(5)CG_MII_RXD_02(5)

CG_MII_MDC(5)

CG_MII_RX_CLK(5)

GPIO_094 (11)

GPIO_097 (11)

IRQ13_SLOT1A_N(24,27)GP_IRQ13_SLOT1A_N(14)

GP_PKT_ERROR0(19)GP_PKT_ERROR1(19)GP_PKT_ERROR2(19,29)GP_PKT_ERROR3(19,29)

GP_VI_656_D0(30)GP_VI_656_D1(30)GP_VI_656_D2(30)GP_VI_656_D3(30)GP_VI_656_D4(30)

GP_VI_656_D5(30)GP_VI_656_D6(30)GP_VI_656_D7(30)

AUD_FS_CLK(30)

POD_VPP1_EN0(29)POD_VPP1_EN1(29)POD_VPP2_EN0(29)POD_VPP2_EN1(29)

IRQ5_3510_N(4)

AGS_TP_IN03(31)AGS_TP_IN07(31)AGS_TP_IN11(31)AGS_TP_IN22(31)

AGS_TP_OUT02(31)AGS_TP_OUT04(31)AGS_TP_OUT05(31)AGS_TP_OUT06(31)AGS_TP_OUT08(31)AGS_TP_OUT09(31)

AGS_TP_OUT12(31)AGS_TP_OUT10(31)



AGS_TP_OUT23(31)


AGS_TP_OUT19(31)

UART_TXD_0 (23,24)

UART_RTS_0 (23,24)

UART_RXD_0 (23,24)

UART_CTS_0 (23,24)

UART_RXD_1 (23,24)UART_TXD_1 (23,24)

UART_RXD_2 (19,23)UART_TXD_2 (19,23)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

GPIO 1

10 37



Rev:Modified:

Sheet: of

Document:


Size:

GPIO 1

10 37



Rev:Modified:

Sheet: of

Document:


Size:

GPIO 1

10 37



Place 33 ohm resistors close to 740x.Note: GPIO connections are to the most likely customer destinations.

Place these resistors close to Keypad Connector.

Place these resistors close to fork to avoid stubs.

Place these resistors close to fork to avoid stubs.

GPIO_022/Ext_TP_In_22GPIO_023/Ext_TP_Out_23


Place these resistors close to MII Connector J701 to avoid stubs.

To MII Connector

To UART Connectors

(30) IRQ10_3510_N

Jumper wires. See P9 Rework Instructions.

R1001 33R1001 33

R1024 0 (DNI)R1024 0 (DNI)

R1040 0 (DNI)R1040 0 (DNI)

R1004 0 (DNI)R1004 0 (DNI)

R1002 33R1002 33

RN1021 0 (DNI)RN1021 0 (DNI)

1234 5

678

RN1015 0RN1015 0

1234 5

678

GPIO

U100-16


GPIO

U100-16


GPIO_000 / ENET_ACTIVITY / ENET_LINK / Ext. IRQb_13A16

GPIO_006 / MII_RXD_02 / UART_RTS_0 / EXT_GFX_13 / Ext. IRQb_8 / VEC_HSYNC_1AA32

GPIO_009 / MII_TX_CLK / UART_CTS_1 / EXT_GFX_16 / Ext. IRQb_1 / VEC_VSYNC_0AB33

GPIO_010 / MII_TX_EN / UART_RTS_1 / EXT_GFX_17 / Ext. IRQb_2 / VEC_VSYNC_1W30GPIO_011 / MII_TXD_00 / UART_RXD_2 / EXT_GFX_18 / Ext. IRQb_11W32

GPIO_036 / POD2CHIP_MDI5 / PPKT_DATA5 / PKT_SYNC3M33

GPIO_038 / POD2CHIP_MDI7 / PPKT_DATA7 / UART_RXD_2P31

GPIO_043 / CHIP2POD_MDO1 / RMXP_DATA1 / EBI_ADDR_19 / NDS_SC_AUX_0R32

GPIO_045 / CHIP2POD_MDO3 / RMXP_DATA3 / EBI_ADDR_21 / NDS_SC_VPPP32

GPIO_058 / PKT_VALID1 / VI_656_3 / UART_RTS_0 / Ext. IRQb_6 / TTX0_DATAAD33

GPIO_001 / ENET_LINK / ENET_ACTIVITY / Ext. IRQb_14C16GPIO_002 / MII_RX_CLK / Ext. IRQb_0 / EXT_GFX_09AB34GPIO_003 / MII_RX_EN / UART_RXD_0 / EXT_GFX_10 / Ext. IRQb_5AB32GPIO_004 / MII_RXD_00 / UART_TXD_0 / EXT_GFX_11 / Ext. IRQb_6AA34

GPIO_005 / MII_RXD_01 / UART_CTS_0 / EXT_GFX_12 / Ext. IRQb_7 / VEC_HSYNC_0AA33

GPIO_007 / MII_RXD_03 / UART_RXD_1 / EXT_GFX_14 / Ext. IRQb_9Y33GPIO_008 / MII_RX_ER / UART_TXD_1 / EXT_GFX_15 / Ext. IRQb_10Y30

GPIO_012 / MII_TXD_01 / UART_TXD_2 / EXT_GFX_19 / Ext. IRQb_12V30GPIO_013 / MII_TXD_02 / UART_CTS_2 / EXT_GFX_20 / TTX0_REQ / Ext. IRQb_3W34GPIO_014 / MII_TXD_03 / UART_RTS_2 / EXT_GFX_21 / TTX0_DATA / Ext. IRQb_4W33

GPIO_015 / MII_TX_ER / Ext. IRQb_5 / EXT_GFX_22 / RMX_PAUSE0AA31GPIO_016 / MII_MDIO / Ext. IRQb_6 / EXT_GFX_23 / RMX_PAUSE1Y32GPIO_017 / MII_COL / Ext. IRQb_7 / EXT_GFX_VSYNC / AUD_FS_CLK0Y31GPIO_018 / MII_MDC / Ext. IRQb_8 / EXT_GFX_25 / AUD_FS_CLK1W31GPIO_019 / MII_CRS / Ext. IRQb_9 / EXT_GFX_26 / SC_CLK_OUTAA30

GPIO_020 / PWM_0 / Ext. IRQb_13 / SPI_S_SS0b / VEC_VSYNC_0 / SPI_M_SS1bV32GPIO_021 / PWM_1 / Ext. IRQb_14 / SPI_S_MISO / VEC_VSYNC_1 / SC_CLK_OUTU31GPIO_022 / IR_INT / Ext. IRQb_11 / UART_RXD_0 / TTX0_REQ / VEC_VSYNC_0U33GPIO_023 / IR_IN1 / Ext. IRQb_12 / UART_TXD_0 / TTX0_DATA / VEC_VSYNC_1U32GPIO_024 / VI_656_CLK / Ext. IRQb_10AD31

GPIO_025 / CHIP2POD_SCLK / SPI_M_SCK / EBI_ADDR_01L31GPIO_026 / POD2CHIP_SDI / SPI_M_MOSIL30GPIO_027 / CHIP2POD_SDO / SPI_M_MISO / EBI_ADDR_00K34GPIO_028 / CHIP2POD_SCTL / SPI_M_SS0b / EBI_ADDR_02K33GPIO_029 / POD2CHIP_MISTRT / PPKT_SYNC / PKT_CLK2M31

GPIO_030 / POD2CHIP_MIVAL / PPKT_VALID / PKT_CLK3N30GPIO_031 / POD2CHIP_MDI0 / PPKT_DATA0 / PKT_CLK4N31GPIO_032 / POD2CHIP_MDI1 / PPKT_DATA1 / PKT_DATA2P30GPIO_033 / POD2CHIP_MDI2 / PPKT_DATA2 / PKT_DATA3L32GPIO_034 / POD2CHIP_MDI3 / PPKT_DATA3 / PKT_DATA4L33



GPIO_039 / POD2CHIP_MICLK / PPKT_CLK / UART_TXD_2 / EBI_ADDR_13M30

GPIO_040 / CHIP2POD_MOVAL / RMXP_VALID / EBI_ADDR_16T32GPIO_041 / CHIP2POD_MOSTRT / RMXP_SYNC / EBI_ADDR_17T33GPIO_042 / CHIP2POD_MDO0 / RMXP_DATA0 / EBI_ADDR_18R33

GPIO_044 / CHIP2POD_MDO2 / RMXP_DATA2 / EBI_ADDR_20 / NDS_SC_AUX_1P33

GPIO_046 / CHIP2POD_MDO4 / RMXP_DATA4 / EBI_ADDR_22 / SC_IO_1 / CODEC_SDIN33GPIO_047 / CHIP2POD_MDO5 / RMXP_DATA5 / EBI_ADDR_23 / SC_CLK_1 / CODEC_SCLKN34GPIO_048 / CHIP2POD_MDO6 / RMXP_DATA6 / EBI_ADDR_24 / SC_RST_1 / CODEC_FSYNCbN32GPIO_049 / CHIP2POD_MDO7 / RMXP_DATA7 / EBI_ADDR_25 / SC_PRES_1 / CODEC_SDOR31

GPIO_050 / CHIP2POD_MOCLK / RMXP_CLK / EBI_ADDR_12 / SC_VCC_1 / CODEC_MCLKT31GPIO_051 / PKT_ERROR0 / UART_RXD_2 / Ext. IRQb_0 / VI_656_CLKAD30GPIO_052 / PKT_ERROR1 / UART_TXD_2 / Ext. IRQb_1 / EXT_GFX_ENAF33GPIO_053 / PKT_ERROR2 / UART_CTS_2 / Ext. IRQb_2 / POD2CHIP_MCLKI / EBI_ADDR_14AE31GPIO_054 / PKT_ERROR3 / UART_RTS_2 / Ext. IRQb_3 / CHIP2POD_MCLKO / EBI_ADDR_15AG31

GPIO_055 / PKT_ERROR4 / VI_656_0 / UART_RXD_0AC32GPIO_056 / PKT_ERROR5 / VI_656_1 / UART_TXD_0 / I2S_LR1_OUT / I2S_LR0_INAC33GPIO_057 / PKT_VALID0 / VI_656_2 / UART_CTS_0 / Ext. IRQb_5 / TTX0_REQAD32

GPIO_059 / PKT_VALID2 / VI_656_4 / UART_CTS_1 / Ext. IRQb_7 / VEC_VSYNC_0AB31

GPIO_060 / PKT_VALID3 / VI_656_5 / UART_RTS_1 / Ext. IRQb_8 / VEC_VSYNC_1AB30GPIO_061 / PKT_VALID4 / VI_656_6 / UART_RXD_1 / I2S_CLK1_OUT / I2S_CLK0_INAC31GPIO_062 / PKT_VALID5 / VI_656_7 / UART_TXD_1 / I2S_DATA1_OUT / I2S_DATA0_INAC30

R1041 0 (DNI)R1041 0 (DNI)

RN1019 0 (DNI)RN1019 0 (DNI)

1234 5

678

R1031 0 (DNI)R1031 0 (DNI)

R1015 0R1015 0

RN1022 0 (DNI)RN1022 0 (DNI)

1234 5

678

R1042 0 (DNI)R1042 0 (DNI)

R1032 0 (DNI)R1032 0 (DNI)

RN1027 0 (DNI)RN1027 0 (DNI)

1234 5

678

RN1016 0RN1016 0

1234 5

678

R1006 0R1006 0

RN1020 0 (DNI)RN1020 0 (DNI)

1234 5

678

R1016 0R1016 0

J1000

S-M-.100-1X3

J1000

S-M-.100-1X3

123

R1025 0 (DNI)R1025 0 (DNI)

R1033 0 (DNI)R1033 0 (DNI)

RN1023 0 (DNI)RN1023 0 (DNI)

1234 5

678

R1017 0 (DNI)R1017 0 (DNI)

R1019 0R1019 0

R1026 0 (DNI)R1026 0 (DNI)

R1034 0 (DNI)R1034 0 (DNI)

R1007 33R1007 33

R1018 0 (DNI)R1018 0 (DNI)

R1005 0R1005 0

R1003 0R1003 0

R1035 0 (DNI)R1035 0 (DNI)

R1008 33R1008 33

R1000 33R1000 33

R37691KR37691K

R1022 0 (DNI)R1022 0 (DNI)

R1009 33R1009 33

R1036 0 (DNI)R1036 0 (DNI)

RN1024 0 (DNI)RN1024 0 (DNI)

1234 5

678

R1020 0 (DNI)R1020 0 (DNI)

R1037 0 (DNI)R1037 0 (DNI)

R1027 0 (DNI)R1027 0 (DNI)

R1038 0 (DNI)R1038 0 (DNI)

RN1026 0 (DNI)RN1026 0 (DNI)

1234 5

678

R1028 0 (DNI)R1028 0 (DNI)

R1023 0 (DNI)R1023 0 (DNI)

RN1025 0 (DNI)RN1025 0 (DNI)

1234 5

678

R1021 0 (DNI)R1021 0 (DNI)

R1029 0 (DNI)R1029 0 (DNI)

RN1000 33RN1000 33

1234 5

678

RN1017 0 (DNI)RN1017 0 (DNI)

1234 5

678

R1030 0 (DNI)R1030 0 (DNI)

RN1014 0RN1014 0

1234 5

678

RN1010 0RN1010 0

1234 5

678

R1039 0 (DNI)R1039 0 (DNI)

RN1018 0 (DNI)RN1018 0 (DNI)

1234 5

678

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

GPIO_090GPIO_091GPIO_092GPIO_093GPIO_094GPIO_086

GPIO_088GPIO_087

GPIO_100GPIO_101

GPIO_099GPIO_098

GPIO_089GPIO_095

GPIO_097GPIO_096

GPIO_102

GPIO_088GPIO_089

GPIO_087

GPIO_095GPIO_096

GPIO_090

GPIO_099

GPIO_100

GPIO_102GPIO_101

GPIO_097GPIO_098

GPIO_086

GPIO_091GPIO_092

GPIO_094GPIO_093

GP_BSC_M0_SDAGP_BSC_M0_SCL

GP_BSC_M3_SCLGP_BSC_M3_SDA

GP_BSC_M2_SDAGP_BSC_M2_SCL

D3.3V

D3.3V D5.0V

D3.3V D5.0V

D3.3V D5.0V

FP_LED_KD_0(17)

FP_LED_LS_0(17)FP_LED_LS_1(17)FP_LED_LS_2(17)FP_LED_LS_3(17)FP_LED_LS_4(17)

FP_LED_LD_0(17)FP_LED_LD_1(17)FP_LED_LD_2(17)FP_LED_LD_3(17)FP_LED_LD_4(17)FP_LED_LD_5(17)FP_LED_LD_6(17)FP_LED_LD_7(17)

FP_LED_KD_1(17)FP_LED_KD_2(17)FP_LED_KD_3(17)

GPIO_086(10)GPIO_087(10)GPIO_088(10)GPIO_089(10)

GPIO_090(10)GPIO_091(10)GPIO_092(10)GPIO_093(10)GPIO_094(10)

GPIO_095(10)GPIO_096(10)GPIO_097(10)GPIO_098(10)GPIO_099(10)

GPIO_100(10)GPIO_101(10)GPIO_102(10)

GP_SC_IO_1(24)GP_SC_CLK_1(24)GP_SC_RST_1(24)GP_SC_PRES_1(24)

GP_SC_VCC_1(24)

BSC_M0_SDA(3,4)

GP_BSC_M1_SDA(17)

BSC_M2_SDA(27,29)

BSC_M3_SDA(27,28,30)

BSC_M0_SCL(3,4)

GP_BSC_M1_SCL(17)

BSC_M2_SCL(27,29)

BSC_M3_SCL(27,28,30)

GP_PKT_CLK0(19)GP_PKT_CLK1(19)

GP_PKT_CLK2(19)GP_PKT_CLK3(19)GP_PKT_CLK4(19)GP_PKT_CLK5(19,30)

GP_PKT_DATA0(19)

GP_PKT_DATA1(19)GP_PKT_DATA2(19)GP_PKT_DATA3(19)GP_PKT_DATA4(19)GP_PKT_DATA5(19,30)

GP_PKT_SYNC0(19)GP_PKT_SYNC1(19)GP_PKT_SYNC2(19)GP_PKT_SYNC3(19)GP_PKT_SYNC4(19)

GP_PKT_SYNC5(19,30)

GP_SC_EXT_CLK(24)

GP_SC_PRES_0(24)

GP_SC_IO_0(24)

GP_SC_CLK_0(24)GP_SC_RST_0(24)

GP_SC_VCC_0(24)

GP_POD_VCC_ON(29)

GP_NDS_SC_AUX1_2(24)

GP_NDS_SC_AUX0_2(24)

GP_NDS_SC_VCTRL_2(24)

Title:

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Rev:Modified:

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Optional noiserejection LPF tominimize noiseto tuner

SGPIO_00SGPIO_01

SGPIO_04SGPIO_05

SGPIO_06SGPIO_07

To Keypad Connector

BSC_M0

BSC_M2

BSC_M3

IRQ's used in this design:

02 -- ITU-BR 65603 -- POD10 -- Bcm351011 -- Slot 0A12 -- Slot 0B13 -- Slot 1A14 -- Slot 1B

RD14030 (DNI)

RD14030 (DNI)

AB

C

R3214 0R3214 0

RD14010 (DNI)

RD14010 (DNI)

AB

C

R3211 0R3211 0

R3219 2.7KR3219 2.7K

RN3203 0RN3203 0

1234 5

678

J1402S-M-.100-1X4 (DNI)J1402S-M-.100-1X4 (DNI)

1234

R3215 0R3215 0

RN3200 0RN3200 0

1234 5

678

C32

0218

pF (D

NI)

C32

0218

pF (D

NI)

J1404S-M-.100-1X4 (DNI)J1404S-M-.100-1X4 (DNI)

1234

R3216 0R3216 0

C32

0418

pF (D

NI)

C32

0418

pF (D

NI)

R3218 2.7KR3218 2.7K

C141310uF6.3V

C141310uF6.3V

J1403S-M-.100-1X4 (DNI)J1403S-M-.100-1X4 (DNI)

1234

C3200

0.01uF

C3200

0.01uF

R3200 0R3200 0

C141010uF6.3V

C141010uF6.3V

C3201

0.01uF

C3201

0.01uF

Reserved Pins

U100-23


bga976_35x35_1mm_dp_skt

Reserved Pins

U100-23



RSV_1 R30RSV_2 T30RSV_3 AG30

RN3202 0RN3202 0

1234 5

678

C32

0618

pF (D

NI)

C32

0618

pF (D

NI)

R3213 0R3213 0

R3233 2.7KR3233 2.7K

R3217 2.7KR3217 2.7K

R3220 0R3220 0

C32

0318

pF (D

NI)

C32

0318

pF (D

NI)

C140910uF6.3V

C140910uF6.3V

R3229 2.7KR3229 2.7K

C32

0718

pF (D

NI)

C32

0718

pF (D

NI)

RN3201 0RN3201 0

1234 5

678

RD14020 (DNI)

RD14020 (DNI)

AB

C

R3212 2.7KR3212 2.7K

C32

0518

pF (D

NI)

C32

0518

pF (D

NI)

GPIO

U100-22



GPIO

U100-22



GPIO_063 / PKT_CLK0AF32GPIO_064 / PKT_CLK1AG34

GPIO_065 / PKT_CLK2 / EXT_GFX_27AF30GPIO_066 / PKT_CLK3 / EXT_GFX_28AH33GPIO_067 / PKT_CLK4 / EXT_GFX_29 / VI_656_0 / UART_RXD_2AJ33GPIO_068 / PKT_CLK5 / I2S_CLK0_IN / VI_656_1 / UART_TXD_2 / I2S_CLK0_OUTAJ30GPIO_069 / PKT_DATA0AE32

GPIO_070 / PKT_DATA1AG32GPIO_071 / PKT_DATA2 / EXT_GFX_30AE30GPIO_072 / PKT_DATA3 / EXT_GFX_31AH32GPIO_073 / PKT_DATA4 / EXT_GFX_IN_CLK / VI_656_2 / UART_CTS_2AH31GPIO_074 / PKT_DATA5 / I2S_DATA0_IN / VI_656_3 / UART_RTS_2 / I2S_DATA0_OUTAH30

GPIO_075 / PKT_SYNC0AE33GPIO_076 / PKT_SYNC1AG33GPIO_077 / PKT_SYNC2 / EXT_GFX_24AF31GPIO_078 / PKT_SYNC3 / EXT_GFX_HSYNCAH34GPIO_079 / PKT_SYNC4 / EXT_GFX_OUT_CLK / VI_656_4 / UART_RXD_0AJ32

GPIO_080 / PKT_SYNC5 / I2S_LR0_IN / VI_656_5 / UART_TXD_0 / I2S_LR0_OUTAJ31GPIO_081 / SC_IO_1 / NDS_SC_IO / Ext. IRQb_0AK13GPIO_082 / SC_CLK_1 / NDS_SC_CLK / Ext. IRQb_1 / UART_RXD_1AN14GPIO_083 / SC_RST_1 / NDS_SC_RST / Ext. IRQb_2 / UART_TXD_1AM14GPIO_084 / SC_PRES_1 / NDS_SC_PRES / Ext. IRQb_3 / UART_CTS_1AP8

GPIO_085 / SC_VCC_1 / NDS_SC_VCC / Ext. IRQb_4 / UART_RTS_1AP14GPIO_086 / LED_KD_0 / MII_TX_CLK / DVO0_DEAL11GPIO_087 / LED_KD_1 / MII_TX_EN / DVO0_CLK_NAK11GPIO_088 / LED_KD_2 / MII_TXD_00 / DVO0_00AL10GPIO_089 / LED_KD_3 / MII_TXD_01 / DVO0_01AK10

GPIO_090 / LED_LS_0 / MII_TXD_02 / DVO0_02AM11GPIO_091 / LED_LS_1 / MII_TXD_03 / DVO0_03AN11GPIO_092 / LED_LS_2 / MII_TX_ER / DVO0_VSYNCAP11GPIO_093 / LED_LS_3 / MII_MDIO / DVO0_HSYNCAL12GPIO_094 / LED_LS_4 / MII_COL / DVO0_04AK12

GPIO_095 / LED_LD_0 / MII_MDC / DVO0_05AL9GPIO_096 / LED_LD_1 / MII_CRS / DVO0_06AK9GPIO_097 / LED_LD_2 / MII_RX_EN / DVO0_07AM7GPIO_098 / LED_LD_3 / MII_RXD_00 / DVO0_08AL8GPIO_099 / LED_LD_4 / MII_RXD_01 / DVO0_09AK8

GPIO_100 / LED_LD_5 / MII_RXD_02 / DVO0_10AL7GPIO_101 / LED_LD_6 / MII_RXD_03 / DVO0_11AK7GPIO_102 / LED_LD_7 / MII_RX_ER / DVO0_CLK_PAN8GPIO_103 / SC_EXT_CLKAM9GPIO_104 / SC_IO_0 / NDS_SC_IO / Ext. IRQb_0 / UART_RXD_0AN9

GPIO_105 / SC_CLK_0 / NDS_SC_CLK / Ext. IRQb_1 / UART_TXD_0AM8GPIO_106 / SC_RST_0 / NDS_SC_RST / Ext. IRQb_2 / UART_CTS_0AM10GPIO_107 / SC_PRES_0 / NDS_SC_PRES / Ext. IRQb_9 / UART_RTS_0AP10GPIO_108 / SC_VCC_0 / NDS_SC_VCC / Ext. IRQb_10AN10GPIO_109 / CODEC_SDI / Ext. IRQb_11 / UART_CTS_0 / SPI_M_SCK / NDS_SC_AUX_0E8

GPIO_110 / CODEC_SCLK / Ext. IRQb_12 / UART_RTS_0 / SPI_M_MOSI / NDS_SC_AUX_1D8GPIO_111 / CODEC_FSYNCb / Ext. IRQb_13 / UART_RXD_0 / SPI_M_MISO / NDS_SC_VPPE9GPIO_112 / CODEC_MCLK / Ext. IRQb_14 / UART_TXD_0 / SPI_M_SS0bD9

SGPIO_00 / BSC_M0_SCLU30SGPIO_01 / BSC_M0_SDAV31

SGPIO_02 / BSC_M1_SCLB16SGPIO_03 / BSC_M1_SDAD17

SGPIO_04 / BSC_M2_SCLV33SGPIO_05 / BSC_M2_SDAV34

SGPIO_06 / BSC_M3_SCLAM12SGPIO_07 / BSC_M3_SDAAN12

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

RFM_EXT_R_POS

CH3_4_RF_OUT

RFM_EXT_R_NEG

DIFF_UHF_IN_P

DIFF_UHF_IN_N

UHF_IFO0

RFM_DAC_P

RFM_DAC_N

V_CENTER

RFM_PLL_TEST

UHF_RXTEST

UHF_IFI0

A2.5V_BCM740X

A5.0V

A-5.0V

A

A A

A

A

A

A

A

A

A

A A A

A

AA

A

A

A

D5.0V

A5.0V

A-5.0V

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BCM97405MBv00 SchematicUHF Input & RFM OutputTitle:

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BCM97405MBv00 SchematicUHF Input & RFM OutputTitle:

Rev:Modified:

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BCM97405MBv00 SchematicUHF Input & RFM Output

This portion of circuits is the test circuit for BTSC audio.The output drives the audio input of an external RFM.

CH3/4RF-Out to TV

ESD scheme dependent

Do NOT connectRFM_EXT_R_NEG to ground.

The LNA area uses a 2-layer PCB, but the long traces fromCD1201/CD1202 to BCM740x uses 4-layer. Copy the LNAcomponent pads, floods, and vias exactly the same as theBroadcom's reference layout.

3 Pole Chebyshev LPF Fc ~ 100 MHz ZI=75 Z0 = 75

Divider or Pi Pad Placeholder

Place all circiuts from transformer T1202 to C1209 near F-connector J1204.

Use 75 Ohm line all the way to F-connector J1204.

Place R1228 near R1206 tominimize the stubs from RFM output.

Place R1229/R1230 near T1202 tominimize the stubs from RFM output.

UHF ReceiverAntenna Connector

IF Filter

433 MHz

LNA Center Frequency Options:L1202Frequency

1.6 nH

385 MHz 2.7 nH

Route as 50 Ohm differential references tolayer 2 (7 mils width), separate differentialtraces by at least 12 mils.

Route RFM_DAC_P and RFM_DAC_Nas 150 Ohm differential pair, referenceto V_CENTER plane on layer 3.

Place terminationresistors next toballs on BCM7400.

+40 dBmV

RF Output Level Options:

R1208R1209 (5%)

R1206 (5%)ApproximateRF Output Level

430 Ohm

+30 dBmV+20 dBmV(Default)

+15 dBmV

+10 dBmV

0 dBmV

110 Ohm

82 Ohm

82 Ohm

82 Ohm

75 Ohm

27 Ohm180 Ohm

510 Ohm

1000 Ohm

1800 Ohm

5600 Ohm

R120982R120982

R12106.04K1%

R12106.04K1%

C1225 DNIC1225 DNI

R1240

1K

R1240

1K

C1228

470pF

C1228

470pF

L1203

12nH

L1203

12nH

R1206

510

R1206

510

C120733pFC120733pF

C1209

1000pF

C1209

1000pF

Q1202BFR181Q1202BFR181

C1234DNIC1234DNI

R1243

1K

R1243

1K

C1230 0.01uFC1230 0.01uF

+ C1201220uF4V

+ C1201220uF4V

C1233

100uF

C1233

100uF

C1232

DNI

C1232

DNI

CD1201470pFINSTALL POSITION A


BA

C

J1202SMA-STR (DNI)J1202SMA-STR (DNI)

1

2 3 4 5

C12020.1uFC12020.1uF

T1201617DB-1024 (DNI)T1201617DB-1024 (DNI)

13

4 6

C1211

DNI

C1211

DNIAnalog I/O

U100-13


Analog I/O

U100-13


UHF_IN_PA31

UHF_IN_NA30

RFMOUT_N A27

RFM_EXT_R_POSB28

RFM_EXT_R_NEGA28

UHF_RXTEST F29

RFM_PLL_TESTG25

UHF_IFI A32

UHF_IFO B32

RFMOUT_P B27

R1241

0

R1241

0

R1201

0

R1201

0

R120266.5R120266.5

C121010uF6.3V

C121010uF6.3V

R1239

100

R1239

100

R12361KR12361K

L12021.6nHL12021.6nH

+

-

V+

V-

U1201BNJM4580VSSOP8

+

-

V+

V-

U1201BNJM4580VSSOP8

5

67

8

4

C120833pFC120833pF

C1229

470pF

C1229

470pF

L1201 180nHL1201 180nH

Q1201BFR181Q1201BFR181D1201

BAV99LT1G (DNI)D1201BAV99LT1G (DNI)

TP1201TP1201

R1242

DNI

R1242

DNI

L1204

DNI

L1204

DNI

R123182R123182

R120882R120882


1

2 3 4 5

C122747pFC122747pF

+

-

V+

V-

U1201ANJM4580VSSOP8

+

-

V+

V-

U1201ANJM4580VSSOP8

3

21

8

4

R1205

75

R1205

75

R1232215 (DNI)R1232215 (DNI)

R12290 (DNI)R12290 (DNI)

J1201F-TYPE-R/A

J1201F-TYPE-R/A

12

3

C1236 0.1uFC1236 0.1uF

R1211

75

R1211

75

TP1202TP1202

R123351KR123351K

T1202

#458PT-1566

T1202

#458PT-1566

1

2

3 4

6

R1237

1K

R1237

1K

C12031000pFC12031000pF

FB1201

600@100MHz500mA,300mOHM

FB1201

600@100MHz500mA,300mOHM

J1204F-TYPE-R/AJ1204F-TYPE-R/A1

2 3 4 5

C1226470pFC1226470pF

R1235332R1235332



BA

C

FL120110.70MHzFL120110.70MHz

IN1GND

2

OUT 3

R12300 (DNI)R12300 (DNI)

R123424.9KR123424.9K

C1235

DNI

C1235

DNI

R1238

0

R1238

0

R12280 (DNI)R12280 (DNI)

C1231 0.1uFC1231 0.1uF

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

D3.3V

D3.3VVO_656_D4 (30)

VO_656_CLK (30)

RMX0_SYNC (18,19)

RMX0_DATA (18,19)

RMX1_CLK (19)

RMX1_DATA (19)

RMX0_CLK (18,19)

EBI_DS_N (20,21,29)

EBI_TSIZE0 (21)

EBI_TSIZE1 (21)

EBI_RD_N (20,21,29)

EBI_WE1_N (21,29)

VO_656_D0 (30)

VO_656_D3 (30)

DAA_AOUT (25)

VO_656_D1 (30)

VO_656_D2 (30)

EBI_WE0_N (20,21,29)

EBI_ADDR25 (21)

EBI_RW_N (21,29)

EBI_ADDR24 (20,21)

EBI_TS_N (20,21)

VO_656_D5 (30)

VO_656_D6 (30)

IR_OUT (23)

RMX1_SYNC (19)

AUD0_SPDIF (15)

USB0_PWRON_N (26)

VO_656_D7 (30)

USB1_PWRON_N (26)

EBI_ADDR26 (21)

EBI_ADDR27 (21)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

Pin Strapping

13 37



Rev:Modified:

Sheet: of

Document:


Size:

Pin Strapping

13 37



Rev:Modified:

Sheet: of

Document:


Size:

Pin Strapping

13 37



CS_Swap

NMI_Active_Polarity

USB_Mode

33MHz_Clk_Out

MIPS_Endian

SPI_BSC_Slave

Debug_Enable1

Debug_Enable0

Flash_Type

External_MPI_Arbiter

Reset_Extension

DDR0_Chip_Size0

16_Bit_Flash

RSVD_1

One_Shot_Reset_Out

Circuits connected to these strapping signals such as EBI,RMX , VO, etc. must not affect the strapping, in somecases, buffers are needed.

CPU_Frequency0

CPU_Frequency1

strap_ebi_boot_memory

EBI_RDb

0: No swap1: Swap CS_0 and CS_1 signals

RMX_CLK0

00: 16Mx16 bit devices on MEMC001: 32Mx16 bit devices on MEMC010: 64Mx16 bit devices on MEMC011: 128Mx16 bit devices on MEMC0

strap_reset_ext_mode

EBI_DSb

EBI_TSIZE0b

strap_ddr_config_0

DDR0_Chip_Size[1:0]

RMX_SYNC0

BCM7405Ax Strap Options

NOR Flash NAND Flash0: 64 Mbyte ROM 0: Disable ECC1: 16 Mbyte ROM 1: Disable ECC2: 8 Mbyte ROM 2: Enable ECC3: 4 Mbyte ROM 3: Enable ECC(LSB is 0, MSB is 1)

VO_656_4

Strap Name

PCI_Client

strap_pci_memwin_size_0

One shot reset output behavioris compatible to BCM3560

RMX_CLK1

Strap Bit Description Pin Default

1

Configuration of 64-bit DDR interface

Reset_Extension 0: No delay1: 200 ms (EBI_CS# delayed by 1.6 ms)

0: Disable PCI memory window 11: Enable PCI memory window 1

One_Shot_Reset_Out strap_reset_outb_def_val

0

16_Bit_Flash

0: Level reset output behavior1: One shot reset output behavior

?

?

CS_Swap

Flash/ROM_Size[1:0]

strap_ebi_cs_swap

strap_ebi_rom_size0

Invert_EBI_Address

Per system configuration

0: Do not invert EBI address1: Invert upper bits of EBI address

strap_ebi_invert_addr

Comments

VO_656_CLK

strap_ddr_config_1 RMX_DATA0

DDR_Configuration[2:0]

strap_ddr_config_2

RMX_DATA1

strap_ebi_rom_size1 EBI_TSIZE1b


PCI_Win_Size[1:0]

DAA_AOUT

PCI_Win1_Enable strap_pci_memwin1_en

Usually in master mode

0: 512 Mbyte Window1: 1 Gbyte Window2: 128 Mbyte Window3: 256 Mbyte Window(LSB is 0, MSB is 1)

VO_656_3

0: PCI in bridge (master) mode1: PCI in client (slave) mode

strap_pci_client VO_656_0 0

strap_pci_memwin_size_1

Per memory configuration

EBI_TSb

Internal Debug Portstrap_test_debug_en_0 VO_656_5Debug_Enable[1:0] 0: Debug mode disabled

VO_656_1

EBI_ADDR25strap_CPU_freq_0CPU_Frequency[2:0]

strap_NMI_polarity

SPI_BSC_Slave strap_spi_slave_enable

0

? Per system configuration

IR_OUT

NMI_Active_Polarity 0: Low-active interrupt1: High-active interrupt

0: BSC slave port configured1: SPI slave port configured

0

Per system configuration -usually in BSC slave

0: Disable PCI memory window 21: Enable PCI memory window 2

PCI_Win2_Enable strap_pci_memwin2_en VO_656_2 ? Per system configuration

EBI_RWbstrap_CPU_freq_1

Per system configuration?

strap_test_debug_en_1 VO_656_6

0

0

MIPS_Endian strap_system_big_endian

strap_USB_mode

0: System is LITTLE endian1: System is BIG endian

0: Boot ROM is NOR Flash1: Boot ROM is NAND Flash

AUD0_SPDIF

RMX_SYNC1

EBI_WE1b


strap_RSVD_1


USB0_PWRON

Flash_Type strap_boot_rom_type

strap_external_MPI_arbit 0: Use internal MPI arbiter1: Use external MPI arbiter

External_MPI_Arbiter

33MHz_Clk_Out VO_656_70: 27 MHz clock output1: 33 MHz clock output

EBI_WE0b

strap_33_27_MHz_clock

?

0

1

TBD


Invert_EBI_Address

Flash/ROM_Size1

Flash/ROM_Size0

PCI_Client

PCI_Win1_Enable

PCI_Win2_Enable

PCI_Win_Size0

PCI_Win_Size1

0: 297 MHz1: 324 MHz2: 351 MHz3: 378 MHz4: 405 MHz (default)5: 432 MHz6: 459 MHz7: 148.5 MHz (297 divided by 2)

0

EBI_ADDR24 ?

0: 3rd USB is host mode1: 3rd USB is client mode

RSVD_1 TBD 0

CPU_Frequency2

strap_CPU_freq_2

000: 64-bit UMA (MEMC0)001: 32-bit UMA (MEMC0)010: 16-bit UMA (MEMC0)100: 32 +16 Non-UMA (MEMC0:32-bit, MEMC1:16-bit)101: 16 +16 Non-UMA (MEMC0:16-bit, MEMC1:16-bit)(LSB is 0, MSB is 2)

(LSB is 0, MSB is 2)

00: 16Mx16 bit device on MEMC101: 32Mx16 bit device on MEMC110: 64Mx16 bit device on MEMC111: 128Mx16 bit device on MEMC1

USB1_PWRONCurrently, 32-bit UMA is NOTsupported by 7405.

strap_ddr0_device_config_0




DDR1_Chip_Size[1:0] EBI_ADDR26

EBI_ADDR27

0

1

0

1

Device configuration of MEMC0

Device configuration of MEMC1 (32 + 16 bit mode)


?

1 Tom thinks it's more desirable tohave the default be "Invertupper bits of EBI address".

?



3'b010 is the recommended default.

0

USB_Mode


0

0

0

DDR_Configuration0

DDR_Configuration1

DDR_Configuration2

DDR0_Chip_Size1

DDR1_Chip_Size1

DDR1_Chip_Size0

If strapped for NOR boot: 0: Boot memory is 8-bit device 1: Boot memory is 16-bit deviceIf strapped for NAND boot: 0: NAND Block 0 not WR-protected 1: NAND Block 0 is WR-protected

ZJ1310_2_3SHORTING-JUMPERZJ1310_2_3SHORTING-JUMPER

J1303S-M-.100-1X3J1303S-M-.100-1X3

123

RD13174.7KRD13174.7K

AB

C

RD13074.7KRD13074.7K

AB

CJ1313S-M-.100-1X3J1313S-M-.100-1X3

123

R1304

4.7K

R1304

4.7K


J1309S-M-.100-1X3J1309S-M-.100-1X3

123

RD13214.7KRD13214.7K

AB

C

RD13164.7KRD13164.7K

AB

C

R1306

4.7K

R1306

4.7K

J1301S-M-.100-1X3J1301S-M-.100-1X3

123

J1308S-M-.100-1X3J1308S-M-.100-1X3

123

RD13184.7KRD13184.7K

AB

C


R1307

4.7K

R1307

4.7K

R1318

4.7K

R1318

4.7K


RD13054.7KRD13054.7K

AB

CRD13064.7KRD13064.7K

AB

C

RD13024.7KRD13024.7K

AB

C

R1316

4.7K

R1316

4.7K

R1320

4.7K

R1320

4.7K

RD13144.7KRD13144.7K

AB

C

R1326

4.7K

R1326

4.7K

R1302

4.7K

R1302

4.7K


RD13154.7KRD13154.7K

AB

C

RD13284.7KRD13284.7K

AB

C

R1308

4.7K

R1308

4.7K

R1314

4.7K

R1314

4.7K

RD13254.7KRD13254.7K

AB

C

R1319

4.7K

R1319

4.7K

R1322

4.7K

R1322

4.7K

RD13134.7KRD13134.7K

AB

C

RD13114.7KRD13114.7K

AB

C


R1301

4.7K

R1301

4.7K

RD13124.7KRD13124.7K

AB

C

R1315

4.7K

R1315

4.7K

R1309

4.7K

R1309

4.7K

J1305S-M-.100-1X3J1305S-M-.100-1X3

123




RD13194.7KRD13194.7K

AB

C

R1303

4.7K

R1303

4.7K

RD13274.7KRD13274.7K

AB

C

R1317

4.7K

R1317

4.7K

J1310S-M-.100-1X3J1310S-M-.100-1X3

123

J1312S-M-.100-1X3J1312S-M-.100-1X3

123

J1311S-M-.100-1X3J1311S-M-.100-1X3

123


R1310

4.7K

R1310

4.7K

R1327

4.7K

R1327

4.7K

RD13094.7KRD13094.7K

AB

C

R1325

4.7K

R1325

4.7K


RD13204.7KRD13204.7K

AB

C

J1302S-M-.100-1X3J1302S-M-.100-1X3

123

RD13264.7KRD13264.7K

AB

CR1324

4.7K

R1324

4.7K

RD13014.7KRD13014.7K

AB

C

J1304S-M-.100-1X3J1304S-M-.100-1X3

123

R1305

4.7K

R1305

4.7K

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

GP_PPKT_IN_SYNC

GP_PPKT_IN_DATA6

GP_PPKT_IN_CLK

GP_PPKT_IN_VALIDGP_PPKT_IN_DATA0GP_PPKT_IN_DATA1GP_PPKT_IN_DATA2GP_PPKT_IN_DATA3GP_PPKT_IN_DATA4GP_PPKT_IN_DATA5

GP_PPKT_IN_DATA7

SPI_S_MISO

SPI_S_MOSISPI_S_SS0b

SPI_S_SCK

RMXP_OUT_DATA6

RMXP_OUT_CLK

RMXP_OUT_DATA1RMXP_OUT_DATA2RMXP_OUT_DATA3RMXP_OUT_DATA4RMXP_OUT_DATA5

RMXP_OUT_DATA7

D3.3V D5.0V

D3.3V D5.0V

D3.3V

AGS_TP_IN01 (31)

AGS_TP_OUT29 (31)

AGS_TP_IN02 (31)

AGS_TP_IN05 (31)AGS_TP_IN06 (31)

AGS_TP_IN04 (31)AGS_TP_OUT03 (31)

AGS_TP_OUT30 (31)

AGS_TP_OUT07 (31)

AGS_TP_IN00 (31)AGS_TP_OUT31 (31)

GP_PPKT_IN_SYNC(10)GP_PPKT_IN_VALID(10)



GP_PPKT_IN_CLK(10)

AGS_TP_IN27 (31)

AGS_TP_OUT25 (31)

GP_SPI_M_MISO (10)

SPI_M_SCK (10)GP_SPI_M_MOSI (10)GP_SPI_M_SS0b (10)

AGS_TP_OUT26 (31)AGS_TP_OUT28 (31)

AGS_TP_IN20 (31)

SC_CLK_OUT (10,24)

AGS_TP_OUT21 (31)

SPI_S_MOSI (22)SPI_S_SCK (22)

GP_IRQ13_SLOT1A_N (10)

RMXP_OUT_DATA6(24)RMXP_OUT_DATA5(24)RMXP_OUT_DATA4(24)

GP_RMXP_OUT_VALID(10)

AGS_TP_IN09 (31)AGS_TP_IN08 (31)AGS_TP_IN10 (31)


RMXP_OUT_CLK(24)

GP_RMXP_OUT_SYNC(10)

GP_RMXP_OUT_DATA0(10)

RMXP_OUT_DATA7(24)

CHIP2POD_SCLK_A1 (29)CHIP2POD_SCTL_A2 (29)

CHIP2POD_SDI_A0 (29)

POD2CHIP_SDO_INPACK_N (29)

POD_PPKT_IN_DATA7 (29)POD_PPKT_IN_DATA6 (29)POD_PPKT_IN_DATA5 (29)POD_PPKT_IN_DATA4 (29)

POD_PPKT_IN_DATA3 (29)POD_PPKT_IN_DATA2 (29)POD_PPKT_IN_DATA1 (29)POD_PPKT_IN_DATA0 (29)

POD_PPKT_IN_VALID (29)POD_PPKT_IN_SYNC (29)MS_MOCLK_A13 (29)

POD_RMXP_OUT_DATA7 (29)POD_RMXP_OUT_DATA6 (29)POD_RMXP_OUT_DATA5 (29)POD_RMXP_OUT_DATA4 (29)

POD_RMXP_OUT_DATA3 (29)POD_RMXP_OUT_DATA2 (29)POD_RMXP_OUT_DATA1 (29)POD_RMXP_OUT_DATA0 (29)

POD_RMXP_OUT_VALID (29)POD_RMXP_OUT_SYNC (29)MS_MICLK_A12 (29)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

PPKT_In, RMXP_Out, SPI Connectors

14 37



Rev:Modified:

Sheet: of

Document:


Size:


14 37



Rev:Modified:

Sheet: of

Document:


Size:


14 37




GPIO_030/Ext_TP_Out_30GPIO_031/Ext_TP_Out_31GPIO_032/Ext_TP_In_00GPIO_033/Ext_TP_In_01GPIO_034/Ext_TP_In_02GPIO_035/Ext_TP_Out_03GPIO_036/Ext_TP_In_04GPIO_037/Ext_TP_In_05GPIO_038/Ext_TP_In_06


PPKT_IN Connector

SPI Master

GPIO_025/Ext_TP_Out_25/SPI_M_SCKGPIO_026/Ext_TP_Out_26/SPI_M_MOSIGPIO_028/Ext_TP_Out_28/SPI_M_SS0bGPIO_027/Ext_TP_In_27/SPI_M_MISO

BSC_S_SCL/SPI_S_SCKBSC_S_SDA/SPI_S_MOSIGPIO_020/Ext_TP_In_20/SPI_S_SS0bGPIO_021/Ext_TP_Out_21/SPI_S_MISO

SPI Slave

Place RN2501-RN2506 nearBCM740x to minimize stub.

GPIO_041/Ext_TP_In_09/RMXP_SYNC

RMXP_OUT Connector

GPIO_040/Ext_TP_In_08/RMXP_VALIDGPIO_042/Ext_TP_In_10/RMXP_DATA0


Place R2531-R2534 nearBCM740x to minimize stub.


RMXP_OUT_DATA0RMXP_OUT_VALIDRMXP_OUT_SYNC

POD2CHIP_TS_IN

CHIP2POD_TS_OUT

MPOD-SPI

GPIO_050/Ext_TP_In_18/RMXP_CLK

GPIO_046/Ext_TP_In_14/RMXP_DATA4GPIO_047/Ext_TP_In_15/RMXP_DATA5GPIO_048/Ext_TP_In_16/RMXP_DATA6GPIO_049/Ext_TP_In_17/RMXP_DATA7

BCM7405

GPIO_030

GPIO_031GPIO_032GPIO_033GPIO_034

GPIO_035GPIO_036GPIO_037GPIO_038

GPIO_039GPIO_029

BCM7405

BCM7405

R2531 0 (DNI)R2531 0 (DNI)

RN2503 0RN2503 01234 5

678

J2521S-M-.100-1X6

J2521S-M-.100-1X6

123456

RN2502 0RN2502 01234 5

678

RN2512 33RN2512 331234 5

678

RD25210 (DNI)

RD25210 (DNI)

AB

C

RN2514 0 (DNI)RN2514 0 (DNI)1234 5

678

RN2505 0 (DNI)RN2505 0 (DNI)1234 5

678

RN2522 33RN2522 331234 5

678

RN2513 33RN2513 331234 5

678

C253110uF6.3V

C253110uF6.3V

RN2501 0RN2501 01234 5

678

RN2506 0 (DNI)RN2506 0 (DNI)1234 5

678

R2533 0 (DNI)R2533 0 (DNI)

RD25310 (DNI)

RD25310 (DNI)

AB

C

J2531S-M-.100-1X6

J2531S-M-.100-1X6

123456

R2534 0 (DNI)R2534 0 (DNI)

R2532 0 (DNI)R2532 0 (DNI)R25351KR25351K

C252110uF6.3V

C252110uF6.3V

J2511S-M-.100-2X12

J2511S-M-.100-2X1213579

246810

11 121416

131517 1819 2021 2223 24

RN2511 33RN2511 331234 5

678

J2501S-M-.100-2X12

J2501S-M-.100-2X1213579

246810

11 121416

131517 1819 2021 2223 24

R25361KR25361K

RN2521 0 (DNI)RN2521 0 (DNI)1234 5

678

RN2504 0 (DNI)RN2504 0 (DNI)1234 5

678

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

AUD0_SPDIF

DIFF_AUD0_LEFT_P

DIFF_AUD0_RIGHT_P

DIFF_AUD0_LEFT_N

DIFF_AUD0_RIGHT_N

A

AUD1

A5.0V

AUD1

AUD1

A5.0V

AUD1

A5.0V

A-5.0V

A-5.0V

A-5.0V

AUD1

AUD1

AUD1

A5.0V

A-5.0V

A5.0V A-5.0V

D5.0V

D5.0V

AUD0_SPDIF(13)

BCM740X_CVBS (16)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

Analog & Digital Audio

15 37



Rev:Modified:

Sheet: of

Document:


Size:


15 37



Rev:Modified:

Sheet: of

Document:


Size:


15 37



Strap Bit

2 Vrms

Isolate Video andAudio grounds.

Audio0_R (RED)

CVBS 0 (Yellow)

Audio0_L (White)

Active LPF/Line DriverFc ~ 130 kHz, Gain = 2

Put AUD1 GND points as close aspossible to connector J1501.

For power-on pop noise issue, consider using a click-popsuppressor for audio applications. (e.g. Maxim MAX9890)

Route as 100 Ohmdifferential pairs

RCA Vout = 0.5 +/- 0.1V Vppwith 75 Ohm termination

SPDIFRCA/OpticalAudio Out

I2S audio is found on Sheets 10, 11, 30.

D1503BAV99LT1GD1503BAV99LT1G

C150739pFC150739pF

R1533470R1533470

R1507

DNI

R1507

DNI

J1503SPDIF RCA/OPTICALJ1503SPDIF RCA/OPTICAL

VCCBVINC

GN

DA

GN

D5

2S2S3N3N

C152447pFC152447pF


C1522

0.47uF

C1522

0.47uF

C150239pFC150239pF

R150134K1%

R150134K1%

R1534470R1534470

C15010.1uFC15010.1uF

R1512

0

R1512

0


R15361211%

R15361211%

C15060.1uFC15060.1uF

+

-

V+

V- U1501BNJM4580VSSOP8

+

-

V+

V- U1501BNJM4580VSSOP8

5

67

8

4

C1508

10uF6.3V

C1508

10uF6.3VR1513

15K1%

R1513

15K1%

Q15012SA1162Q15012SA1162

Analog Audio

Digital Audio

U100-9


Analog Audio

Digital Audio

U100-9


AUD0_RIGHT_n A21

AUD0_SPDIF C21

AUD0_LEFT_p A22AUD0_LEFT_n B22

AUD0_RIGHT_p B21

C150539pFC150539pF

R150934K1%

R150934K1%

R1535

220

R1535

220

R1510

15K1%

R1510

15K1%

C1503

10uF6.3V

C1503

10uF6.3V

R1502

15K1%

R1502

15K1%

C15210.1uFC15210.1uF

R1504

0

R1504

0

+

-

V+

V- U1501ANJM4580VSSOP8

+

-

V+

V- U1501ANJM4580VSSOP8

3

21

8

4R1515

DNI

R1515

DNI

R1537

510

R1537

510

C151039pFC151039pF

R150834K1%

R150834K1%


R1505

15K1%

R1505

15K1%

C1523

0.47uF

C1523

0.47uF

J1501RCA_TRIPLE_RWYJ1501RCA_TRIPLE_RWY

3

5

2

41

R151634K1%

R151634K1%

MH1501

4-40X3/4in-SCREW

MH1501

4-40X3/4in-SCREW

12

43

5678

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

VDAC_GREEN

VDAC_CHROMAVDAC_LUMA

VDAC_BLUE

VDAC_REDVDAC1_VREGVDAC1_RBIAS

VDAC0_RBIASVDAC0_VREG

VDAC_COMP

COMP

CHROMA

LUMA

BLUE

RED

GREEN

A5.0V

A5.0V A5.0V A-5.0V

A-5.0V

A-5.0V

A5.0VA-5.0VA5.0V A-5.0V

A

A A

A

VDAC_AVDD33

A

A

A

A

A

A

BCM740X_CVBS (15)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

RGB, S-Video, CVBS

16 37



Rev:Modified:

Sheet: of

Document:


Size:

RGB, S-Video, CVBS

16 37



Rev:Modified:

Sheet: of

Document:


Size:

RGB, S-Video, CVBS

16 37



Place 75 ohmterminations <1"from BCM740X

Red / Pr

Green / Y

Blue / Pb

Place inductors so that the fieldsfrom adjacent filters DO NOT couple.

Place inductors & 0 ohm R's sothat the fields from adjacentfilters DO NOT couple.





Place bias resistors R1610/R1611 andVDAC voltage regulator capacitorsC1601/C1602 near BCM740x and shieldthem by GND.

S-Video Out

3 Pole Butterworth LPF Passband flat to 6 MHz ZI=75 Z0 = 75

7 Pole Elliptic LPF Passband flat to 30 MHz for 1080i/p@30 frames/sec ZI=75, Z0=75

C1640180pF5%

C1640180pF5%

C1659

12pF

C1659

12pF

R1625 0R1625 0

J1603S-VIDEOJ1603S-VIDEO

SG

ND

G1

SG

ND

G2

SG

ND

G3

GND1GND2

LUMA3 CHROMA4

C1635

1.5pF (DNI)

C1635

1.5pF (DNI)

L1611

1.8uH5%

L1611

1.8uH5%

L1618

220nH

L1618

220nH

C1673

6.8pF

C1673

6.8pF

C1664100pFC1664100pF

C1653

12pF

C1653

12pF

C167033pFC167033pF

C165733pFC165733pF

C1660100pFC1660100pF

C16020.1uFC16020.1uF

MH1601

4-40X3/4in-SCREW

MH1601

4-40X3/4in-SCREW

12

43

5678

R160675R160675

C1627

1.5pF (DNI)

C1627

1.5pF (DNI)

L1616

620nH

L1616

620nH

J1601RCA_TRIPLE_RGBJ1601RCA_TRIPLE_RGB

3

5

2

41

C1663

6.8pF

C1663

6.8pF

D1601BAV99LTD1601BAV99LT

C1632180pF5%

C1632180pF5%

C1656

6.8pF

C1656

6.8pF

L1610

1.8uH5%

L1610

1.8uH5%

C1648180pF5%

C1648180pF5%


R1622 0R1622 0

C1666

47pF

C1666

47pF


R1623 0R1623 0

L1617

470nH

L1617

470nH

L1612

1.8uH5%

L1612

1.8uH5%

L1620

620nH

L1620

620nH

C1668100pFC1668100pF

Video DAC Interface

U100-4


Video DAC Interface

U100-4


VDAC1_RBIASC25

VDAC0_RBIASE23

VDAC0_0 A24VDAC0_1 B24VDAC0_2 B23

VDAC1_0 B26VDAC1_1 A25VDAC1_2 B25

VDAC0_VREGD24

VDAC1_VREGD25

C166733pFC166733pF

R1611

5621%

R1611

5621%

R160575R160575

C16623.3pFC16623.3pF

L1621

220nH

L1621

220nH

C16583.3pFC16583.3pF

R160775R160775

C1655

47pF

C1655

47pF

L1615

220nH

L1615

220nH

R1626 0R1626 0

L1613

470nH

L1613

470nH

C16010.1uFC16010.1uF

C1671100pFC1671100pF

C1643

1.5pF (DNI)

C1643

1.5pF (DNI)

R1621 0R1621 0

C1654100pFC1654100pF

C1647180pF5%

C1647180pF5%

C1639180pF5%

C1639180pF5%

C16723.3pFC16723.3pF

C1669

12pF

C1669

12pF

R1610

5621%

R1610

5621%

C1661

47pF

C1661

47pF

L1619

620nH

L1619

620nH

R160475R160475

C1665100pFC1665100pF

MH1602

4-40X3/4in-SCREW

MH1602

4-40X3/4in-SCREW

12

43

5678

R160875R160875


R1624 0R1624 0

R160375R160375

C1631180pF5%

C1631180pF5%


L1614

470nH

L1614

470nH

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

FP_LED_LS_4FP_LED_LS_3

FP_LED_LS_0

BCM740X_IRIN

FP_LED_LD_0

FP_LED_KD_0FP_LED_KD_2

FP_LED_KD_1FP_LED_KD_3

FP_LED_LD_1FP_LED_LD_2 FP_LED_LD_3FP_LED_LD_4

FP_LED_LD_7FP_LED_LD_5

FP_LED_LS_2FP_LED_LS_1

FP_LED_LD_6

HDMI_CEC_TERM

HDMI_BIAS_RES

HDMI_CEC

DIFF_HDMI_2N

DIFF_HDMI_CLKP

HDMI_HOT_PLUG

DIFF_HDMI_2P

DIFF_HDMI_0P

DIFF_HDMI_1PDIFF_HDMI_1N

DIFF_HDMI_0N

DIFF_HDMI_CLKN

HDMI_CEC_1

D5.0V

D3.3V

D5.0V

D5.0VD5.0V

D5.0V

BCM740X_IRIN(23)

FP_4SEC_RST_N(21)

FP_LED_KD_3 (11)FP_LED_KD_2 (11)FP_LED_KD_1 (11)FP_LED_KD_0 (11)

FP_LED_LD_1 (11)FP_LED_LD_2 (11)FP_LED_LD_3 (11)FP_LED_LD_4 (11)FP_LED_LD_5 (11)FP_LED_LD_6 (11)

FP_LED_LD_0 (11)

FP_LED_LD_7 (11)

FP_LED_LS_1 (11)FP_LED_LS_2 (11)FP_LED_LS_3 (11)FP_LED_LS_4 (11)

FP_LED_LS_0 (11)

BCM740X_RST_OUT_N(4,5,18,20,21,24,25,27,28,29,30)

GP_BSC_M1_SCL(11)GP_BSC_M1_SDA(11)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

HDMI A/V, Front Panel

17 37



Rev:Modified:

Sheet: of

Document:


Size:


17 37



Rev:Modified:

Sheet: of

Document:


Size:


17 37



Front Panel / DVO Interface

"4-SEC-RST"

Front Panel should be designed such thatits operation will not affect strapping.

Make dual-footprint for Q1701and R1713.

Place C1708 veryclose to BCM740x.

Place all ESD diodes as close as possible to J1701.

Q1701 was added for the following reasons:- When the STB system is powered off, it must not pull down the HDMI_CEC line at the HDMI connector. (Not an issue with 65nm)- When the STB system is powered on, the HDMI_CEC line should be terminated in to BCM740x by a 27K Ohm +/- 5% resistor.

SGPIO_03SGPIO_02

HDMI - Layout Guidelines:- Differential pairs should be routed on TOP or BOTTOM layers only.- Trace impedance: 100 ohm differential impedance to the ground plane.- 5 mils trace width with 7.5 mil air gap on P/N pair.- Match trace length of differential pairs, 20 mils max within a pair, and 100 mils max between pairs.- Adjacent TX/RX differential pairs should be separated by more than 50 mils to each other.

For improved EMI, consider using a differential line filterdesigned for HDMI applications. (e.g. TDK ACM2012H-900,TCM1210H-900)

GPIO_086/Ext_TP_Out_47GPIO_088/Ext_TP_Out_49








DVO0_DE DVO0_CLK_NDVO0_00 DVO0_01

DVO0_06DVO0_08DVO0_10DVO0_CLK_P

DVO0_04DVO0_VSYNCDVO0_02

DVO0_03DVO0_HSYNC

DVO0_05DVO0_07DVO0_09DVO0_11

Place next to J1701.This ESD diode also clamps signal to +5.7v.

DVO signals need to go to Bcm93560DVITX daughter card. Adapter card needed between here and the daughter card.

Use Bcm97455v10-xx Front Panel

R171012.1K1%

R171012.1K1%

D17198KV 1pFD17198KV 1pF

SW1701

PB-SPST-MOM

SW1701

PB-SPST-MOM

1

34

2

C170856pF (DNI)C170856pF (DNI)

R1706

4.7K

R1706

4.7K

R17092KR17092K

Q1701NTR4501NT1G (DNI)Q1701NTR4501NT1G (DNI)

D

G

S



R170847KR170847K



C17

0918

pF (D

NI)

C17

0918

pF (D

NI)

J1701HDMI-R/A-SMT

NC = 14

J1701HDMI-R/A-SMT

NC = 14

TMDS-D2-N3

TMDS-D2-P1D2-SHIELD2

TMDS-SCL15TMDS-SDA16

HOT-PLUG-DET19

TMDS-CLK-P10

TMDS-CLK-N12

GN

DG

1G

ND

G2

GN

DG

3G

ND

G4

TMDS-D1-P4D1-SHIELD5TMDS-D1-N6TMDS-D0-P7D0-SHIELD8TMDS-D0-N9

CLK-SHIELD11

CEC-GND17

+5V_POWER18

HDMI-CEC13

R17122KR17122K


C17044.7uFC17044.7uF

C17054.7uFC17054.7uF



R170727KR170727K

Digital Video

U100-7


Digital Video

U100-7


HDMI_0_P A19HDMI_0_N B19

HDMI_1_P A18HDMI_1_N B18

HDMI_2_P B17HDMI_2_N C17

HDMI_CEC D20

HDMI_HTPLGE20

HDMI_CLK_P C20HDMI_CLK_N B20

HDMI_CEC_TERM E18

HDMI_BIAS_RES E19




C17

1018

pF (D

NI)

C17

1018

pF (D

NI)

J1706S-M-.100-1X2 (DNI)J1706S-M-.100-1X2 (DNI)

12

J1703

S-M-.100-2X13-SHRD

J1703

S-M-.100-2X13-SHRD

13579

246810

11 121416

131517 1819 2021 2223 2425 26


R1711 100KR1711 100K

R1713 0R1713 0

C17070.1uFC17070.1uF

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

A3.3V_TSB43DB42

DIFF_JEDI_TPA0N

PCI_AD26

PCI_AD28

PCI_AD30PCI_AD29

PCI_AD27

DIFF_JEDI_TPA1P

DIFF_JEDI_TPA0P

DIFF_JEDI_TPB1PDIFF_JEDI_TPA1N

PCI_CBE2

DIFF_JEDI_TPB1N

DIFF_JEDI_TPB0PDIFF_JEDI_TPB0N

PCI_CBE1PCI_CBE0

D1.5V_TSB43DB42

JEDI_BIAS0

1394_CBL_SHIELD

JEDI_BIAS1

PCI_AD11

PCI_AD1

PCI_AD3PCI_AD4

PCI_AD6

PCI_AD12

PCI_AD14

PCI_AD5

PCI_AD9

PCI_AD2

PCI_AD15

PCI_AD10

PCI_AD0

PCI_AD13

PCI_AD8PCI_AD7

PCI_AD19

PCI_AD17

PCI_AD20

PCI_AD22PCI_AD21

PCI_AD23

PCI_AD16

PCI_AD18

PCI_AD24PCI_AD25

JEDI_R1JEDI_R0

PCI_CBE3

1394_PLL

PHY_TEST_MODE

JEDI_WAKEUP

JEDI_PHY8CLK

JEDI_PHYHCLK

JEDI_CNA

MCIF_SEL1

JEDI_XOJEDI_XI

E1394_GPIO_4

HSDI1_ERROR

E1394_GPIO_3

E1394_GPIO_8

E1394_GPIO_0E1394_GPIO_1

MCIF_SEL0

E1394_GPIO_2

E1394_GPIO_3 E1394_GPIO_4

E1394_GPIO_8

E1394_DAC_MCK

E1394_DAC_LRCKE1394_DAC_DAT

E1394_DAC_MCK

E1394_DAC_LRCKE1394_DAC_DAT

D3.3V_TSB43DB42

PCI_AD31

PCI_AD[31:0]

PCI_CBE[3:0]

D3.3V_TSB43DB42

D3.3V

D1.5V D1.5V

D3.3V

D3.3V_TSB43DB42

D3.3V_TSB43DB42

D3.3V_TSB43DB42

PCI_PERR_N(20)

PCI_REQ2_1394_N(20)PCI_GNT2_1394_N(20)

PCI_IRQY_N(20)

PCI_SERR_N(20,21)

PCI_STOP_N(20,21)

PCI_PAR(20,21)

PCI_IRDY_N(20,21)

PCI_DEVSEL_N(20,21)

PCI_TRDY_N(20,21)

PCI_RST_N(20)

PCI_FRAME_N(20)

BCM740X_RST_OUT_N(4,5,17,20,21,24,25,27,28,29,30)

PCI_IDSEL_1394(20)

PCI_CLK_1394(20)

RMX0_CLK (13,19)

TS_CLK_1394_CLK27 (20)

RMX0_SYNC (13,19)

1394_TS_OUT_DATA (28)

1394_TS_OUT_SYNC (28)1394_TS_OUT_CLK (28)

RMX0_DATA (13,19)

PCI_AD[31:0](20,21)

PCI_CBE[3:0](20,21)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

IEEE 1394 Link & Phy

18 42



Rev:Modified:

Sheet: of

Document:


Size:


18 42



Rev:Modified:

Sheet: of

Document:


Size:


18 42



Note:- The default setting is HSDI2Cfg.Enable=0 (pins are inputs) and AudCfg.Enable=0 (pins are inputs) - Pull-down resistor networks RN1801 and RN1802 (instead of directly to ground) are used to prevent contention when ports are set to output by accident.- If SW competibility is not required, pull-downs can be eliminated by setting the ports to output.

4 mA

37 mA 40 mA

83 mA

Notes:- Do not supply power to 1394 Cable, because this would require an isolated power supply of 22V, 3A minimum, 100 mV noise/ripple maximum. If this node is down, the 1394 bus will be down. It will need to add a regulator such as LM2574-5.0 in order to become a good 1394 citizen. It is omitted here to save space.- Galvanic isolation is no longer required per IEEE1394a-2000 paragraph 4.2.2.7.

Cable shield is isolated from any other ground.

Transmitter

Receiver

Note: Low current LEDs are used due to the4 mA I/O limitation on the TSB43DX42.

Note: Reset needs to be asserted for >= 2msto ensure proper PLL stabilization.

Max. output frequency = 65.536 MHz

Max. input frequency = 81 MHz

Place R1801 as close as possible to the package.

Differential trace impedance should be 110 Ohms +/- 5%.

Place Y1801 & caps as closeas possible to U1800.

Place all these components close to each other andnear the 1394 IC U1800 (see App Note).

JEDI_BIASDIS

XTAL Specifications:- Fundamental at 24.576 MHz- Load capacitance: 18.0 pF- ESR: 50 Ohms Max.- Tolerance: +/- 30 ppm- Stability: +/- 50 ppm

C1824 270pFC1824 270pF

R1809 10KR1809 10K

RN1802 10KRN1802 10K12345 6

78910

R1804 390KR1804 390K

D1804 GREEND1804 GREEN

D180236V-12A-TVSD180236V-12A-TVS

C18281000pFC18281000pF

R1817 10KR1817 10K

C180610uFC180610uF

R1824 10KR1824 10K

R1815 5.11K1%

R1815 5.11K1%

C18270.01uFC18270.01uF

C18191000pFC18191000pF

C18091000pFC18091000pF

TP1801TP1801

C180410uFC180410uF

C180822pFC180822pF

FB1804

[email protected],20mOHM

FB1804



C18350.01uFC18350.01uF

C18180.01uFC18180.01uF

R1808 56.21%

R1808 56.21%

R1811 56.21%

R1811 56.21%

C18220.1uFC18220.1uF

R1805 56.21%

R1805 56.21%

R1826 33R1826 33

C18340.01uFC18340.01uF

C18120.01uFC18120.01uF

C18200.01uFC18200.01uF

C18160.1uFC18160.1uF

C18150.1uFC18150.1uF

R1827 33R1827 33

C18260.01uFC18260.01uF

C18230.1uFC18230.1uF


R1801 6.34K 1%R1801 6.34K 1%

C18250.1uFC18250.1uF

C180722pFC180722pF

R1816 56.21%

R1816 56.21%

R1810 56.21%

R1810 56.21%

R1825 10KR1825 10K

R1814 56.21%

R1814 56.21%

TP1804TP1804

C180210uFC180210uF

C1829 1uFC1829 1uF

C1830 270pFC1830 270pF

FB1801


FB1801


J1802IEEE-1394-RAJ1802IEEE-1394-RA

TPA+6

PWR1GND2TPB-3TPB+4TPA-5

G 7G 8G 9

C18330.1uF50V

C18330.1uF50V

J1803IEEE-1394-RAJ1803IEEE-1394-RA

TPA+6

PWR1GND2TPB-3TPB+4TPA-5

G 7G 8G 9

FB1802


FB1802


C18210.1uFC18210.1uF

RN1803 10KRN1803 10K12345 6

78910

R1831 0 (DNI)R1831 0 (DNI)

R1803 2.7KR1803 2.7K

TP1803TP1803

R1806 5.11K1%

R1806 5.11K1%

C18321000pF50V

C18321000pF50V

C180510uFC180510uF

R1820 56.21%

R1820 56.21%

R181810KR181810K

C18130.1uFC18130.1uF

C180310uFC180310uF

R18211MR18211M

U1800

NC = A2,A4,C2,C3,D3

TSB43DB42ZHCBGA196_15X15

U1800

NC = A2,A4,C2,C3,D3

TSB43DB42ZHCBGA196_15X15

VD

D3.

3F3

VD

D3.

3K

11

VS

SK

13

VD

D3.

3C

14

VS

SF1

3

VD

D3.

3P

14

VS

SB

12

VS

SM

7

VD

D3.

3M

9

VD

D3.

3B

8

PCI_AD23/MCIF_A9J1

VS

SC

10

PCI_PERRN5

PCI_AD28H3PCI_AD27H1

PCI_C/BE0K6

PCI_SERRP4

VS

SN

4

VS

SG

5

PCI_AD19/MCIF_A6K3

PCI_AD7/MCIF_D6P7

VD

D3.

3J5

PCI_AD17/MCIF_A3L1 PCI_AD18/MCIF_A4K2

PCI_C/BE2M1

PCI_FRAME/MCIF_RE/MCIF_R/MCIF_WM2

PCI_AD0/MCIF_D0K8

PCI_AD20/MCIF_A5K1

PCI_TRDY/MCIF_WE/MCIF_STRBM3

PCI_AD14/MCIF_D14M5

PCI_IRDYN1

PCI_C/BE3H4

PCI_IDSELJ3

PCI_AD21/MCIF_A8J2

PCI_DEVSEL/MCIF_ACKP1 PCI_STOP/MCIF_CSP2

VS

SP

11

PCI_PAR/MCIF_LITTLE_ENDIANM4

PCI_C/BE1L5

PCI_AD15/MCIF_D15P3

VS

SL4

VD

D3.

3L2

PCI_AD13/MCIF_D13P5PCI_AD12/MCIF_D11N6PCI_AD11/MCIF_D12P6PCI_AD10/MCIF_D9L6PCI_AD9/MCIF_D10M6PCI_AD8/MCIF_D8N7

PCI_AD6/MCIF_D7L7PCI_AD5/MCIF_D5M8

PCI_AD1/MCIF_D1N8 PCI_AD2/MCIF_D2L8 PCI_AD3/MCIF_D3P8 PCI_AD4/MCIF_D4K7

PLL

VS

SC

1

VS

SH

14

PCI_AD22/MCIF_A7K4

PCI_AD26H5PCI_AD25/MCIF_A11H2PCI_AD24/MCIF_A10J4

PCI_AD16/MCIF_A2L3

CV

DD

1.5

E3

VD

D3.

3K

5A

VS

SD

4

CV

DD

1.5

E4

AV

SS

D6

AV

SS

B5

JTAG_TCKP9

JTAG_TDIK9JTAG_TDOL10

JTAG_TMSL9 JTAG_TRSTN9

PCI_AD31F5PCI_AD30G3PCI_AD29G1

PCI_INTA/MCIF_INTF2

PCI_CLKF4

PCI_RST/RESET_HOSTG4

VCO_CLK F14REF_SYT K10DIV_VCO J11

DAC_MCK B13DAC_BCK D12

DAC_LRCK D11DAC_DATA D13

60958_IN G1260958_OUT H10

AUDIO_ERR A12AUDIO_MUTE B14

TPA0N A6TPA0P B6

TPA1N C4TPA1P B3

TPB0N E7TPB0P E6

TPB1N C5TPB1P B4

TPBIAS0 D5

TPBIAS1 A3

R1 A1R0 B1

XI E1XO E2

CPS B7

CNA A7

WAKEUP E8

BIASDIS D8

PHY_TEST_MODE C11

PHYHCLK A8

PHY8CLK A9

RESETN10

RESET_LINKC8

MCIF_SEL1A14 MCIF_SEL0E9

DMA_REQ_CH0B10DMA_ACK_CH0A13

DMA_REQ_CH1D10DMA_ACK_CH1C9

HSDI0_CLK_Z G13HSDI0_SYNC_Z G10

HSDI0_DVALID_Z/HSDI0_EN_Z G11HSDI0_ERROR_Z/HSDI0_FRAME_SYNC_Z G14

DSSCLK27 M10HSDI0_D0 D14HSDI0_D1 E13HSDI0_D2 E14HSDI0_D3 E12HSDI0_D4 E11HSDI0_D5 F10HSDI0_D6 F12HSDI0_D7 F11

HSDI1_CLK_Z L12HSDI1_SYNC_Z K12

HSDI1_DVALID_Z/HSDI1_EN_Z L14HSDI1_ERROR_Z/HSDI1_FRAME_SYNC_Z L13

HSDI1_D0 H12HSDI1_D1 H13HSDI1_D2 H11HSDI1_D3 J10HSDI1_D4 J14HSDI1_D5 J13HSDI1_D6 J12HSDI1_D7 K14

HSDI2_CLK_Z M11HSDI2_SYNC_Z N11

HSDI2_DVALID_Z/HSDI2_EN_Z P13HSDI2_ERROR_Z/HSDI2_FRAME_SYNC_Z N12

HSDI2_D0 P12

GPIO0P10GPIO1L11GPIO2M13GPIO3N14GPIO4M14GPIO5B11GPIO6A10GPIO7A11GPIO8E10GPIO9B9GPIO10C7

TEST_MODED9

CV

DD

1.5

N2

CV

DD

1.5

N3

CV

DD

1.5

M12

CV

DD

1.5

N13

CV

DD

1.5

C13

CV

DD

1.5

C12

PLL

VD

D1.

5D

1

AV

DD

3.3

D2

AV

DD

3.3

D7

AV

DD

3.3

C6

AV

DD

3.3

A5

AV

SS

B2

PCI_REQF1PCI_GNTG2

TBE

5TB

F6TB

F7TB

F8TB

F9TB

G6

TBG

7TB

G8

TBH

6TB

H7

TBH

8TB

H9

TBJ6

TBJ7

TBJ8

TBJ9

TBG

9

R1812 470R1812 470C1831 1uFC1831 1uF

C180110uFC180110uF

C18101000pFC18101000pF

FB1803


FB1803


R1813 10KR1813 10K

R1819 56.21%

R1819 56.21%

MH18014-40X3/4in-SCREWMH18014-40X3/4in-SCREW

12

43

5678

C18171000pFC18171000pF

RN1801 10KRN1801 10K12345 6

78910

R1807 470R1807 470

R1828 33R1828 33

Y1801

24.576MHz

Y1801

24.576MHz

C18110.01uFC18110.01uF

C18140.1uFC18140.1uF

TP1802TP1802

R1822 470R1822 470

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

RMX1_SYNCRMX1_DATARMX1_CLK

GP_PKT_CLK0PKT_VALID0GP_PKT_ERROR0

GP_PKT_ERROR3

GP_PKT_ERROR1

GP_PKT_ERROR2

PKT_VALID5

GP_PKT_DATA0GP_PKT_SYNC0

PKT_VALID1

GP_PKT_DATA5GP_PKT_SYNC5GP_PKT_CLK5





PKT_ERROR4

PKT_ERROR5

PKT_VALID4

PKT_VALID3

PKT_VALID2

RMX0_SYNC (13,18)RMX0_DATA (13,18)RMX0_CLK (13,18)

RMX1_DATA (13)

AGS_TP_IN28(31)AGS_TP_IN19(31)

AGS_TP_IN29(31)


AGS_TP_IN31(31)

AGS_TP_OUT20(31)

AGS_TP_OUT22(31)

UART_RXD_2(10,23)UART_TXD_2(10,23)

BCM3510_PKT_ERROR0(4)

BCM3510_PKT_CLK0(4)

BCM3510_PKT_DATA0(4)BCM3510_PKT_VALID0(4)

BCM3510_PKT_SYNC0(4)

SLOT0_PKT_ERROR1(27)

SLOT0_PKT_CLK1(27)

SLOT0_PKT_DATA1(27)SLOT0_PKT_VALID1(27)

SLOT0_PKT_SYNC1(27)


SLOT0_PKT_SYNC2(27)

SLOT0_PKT_VALID2(27)SLOT0_PKT_DATA2(27)

SLOT0_PKT_CLK2(27)


SLOT1_PKT_CLK3(27)

SLOT1_PKT_DATA3(27)SLOT1_PKT_VALID3(27)

SLOT1_PKT_SYNC3(27)

SLOT1_PKT_DATA4(27)

SLOT1_PKT_CLK4(27)


SLOT1_PKT_SYNC4(27)

SLOT1_PKT_VALID4(27)

ALT_PKT_ERROR5(28)

ALT_PKT_CLK5(28)

ALT_PKT_DATA5(28)ALT_PKT_VALID5(28)

ALT_PKT_SYNC5(28)

GP_PKT_CLK0 (11)

GP_PKT_CLK1 (11)

GP_PKT_CLK2 (11)

GP_PKT_CLK3 (11)

GP_PKT_CLK4 (11)

GP_PKT_CLK5 (11,30)

GP_PKT_SYNC0 (11)

GP_PKT_SYNC1 (11)

GP_PKT_SYNC2 (11)

GP_PKT_SYNC3 (11)

GP_PKT_SYNC4 (11)

GP_PKT_SYNC5 (11,30)

GP_PKT_DATA0 (11)

GP_PKT_DATA1 (11)

GP_PKT_DATA2 (11)

GP_PKT_DATA3 (11)

GP_PKT_DATA4 (11)

GP_PKT_DATA5 (11,30)

PKT_VALID0 (30)

PKT_VALID1 (30)

PKT_VALID2 (30)

PKT_VALID3 (30)

PKT_VALID4 (30)

PKT_VALID5 (30)

GP_PKT_ERROR0 (10)

GP_PKT_ERROR1 (10)

GP_PKT_ERROR2 (10,29)


PKT_ERROR4 (30)

PKT_ERROR5 (30)

RMX1_SYNC (13)

RMX1_CLK (13) Title:

Rev:Modified:

Sheet: of

Document:


Size:

PKT, RMX

19 37



Rev:Modified:

Sheet: of

Document:


Size:

PKT, RMX

19 37



Rev:Modified:

Sheet: of

Document:


Size:

PKT, RMX

19 37



Strap BitStrap BitStrap Bit

GPIO_057GPIO_051/Ext_TP_In_19

GPIO_058GPIO_052/Ext_TP_Out_20

GPIO_059GPIO_053/Ext_TP_In_21


GPIO_054/Ext_TP_Out_22GPIO_060 GPIO_066/Ext_TP_In_31


GPIO_069/Ext_TP_Out_34GPIO_075




GPIO_076



GPIO_055GPIO_061 GPIO_067/Ext_TP_Out_32


GPIO_056GPIO_062 GPIO_068/Ext_TP_Out_33

Place test headers J1900-J1905 nearBCM740x to minimize stub.

Place R's and RN's nearBCM740x to minimize stub.

Strap BitStrap BitStrap Bit

BCM7405

TransportInputs

J1905S-M-.100-2X3

J1905S-M-.100-2X3

135

246

RN220233RN220233

1234 5

678

RN1904 0RN1904 01234 5

678

J1902S-M-.100-2X3

J1902S-M-.100-2X3

135

246

R1901 0R1901 0

J2209S-M-.100-1X4J2209S-M-.100-1X4

1234

RN220433RN220433

1234 5

678

RN1906 0 (DNI)RN1906 0 (DNI)

12345

678

RN1902 0RN1902 01234 5

678

J1904S-M-.100-2X3

J1904S-M-.100-2X3

135

246

R1902 0R1902 0

R1900 0R1900 0

RN1907 0 (DNI)RN1907 0 (DNI)12345

678

RN1903 0RN1903 01234 5

678

RN1900 0RN1900 01234 5

678

R1903 0R1903 0

J1900S-M-.100-2X3

J1900S-M-.100-2X3

135

246

R1907 0 (DNI)R1907 0 (DNI)

R1904 0R1904 0RN1905 0RN1905 0

1234 5

678

Transport Outputs

U100-6


Transport Outputs

U100-6


RMX_DATA0 AN32

RMX_CLK1 AK31

RMX_DATA1 AL31RMX_SYNC1 AK30

RMX_CLK0 AP32RMX_SYNC0 AM32

J1901S-M-.100-2X3

J1901S-M-.100-2X3

135

246

R1905 0R1905 0

RN1901 0RN1901 01234 5

678

J2202S-M-.100-1X4J2202S-M-.100-1X4

1234

J1903S-M-.100-2X3

J1903S-M-.100-2X3

135

246

R1906 0 (DNI)R1906 0 (DNI)

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

PCI_CLK_IN_740X

PCI_CLK_IN_740XPCI_CLK_EXP

PCI_REQ0_EXP_N

PCI_IRDY_N

PCI_IRQW_N

PCI_RST_N

PCI_DEVSEL_N

PCI_SERR_N

PCI_IRDY_N

PCI_CBE2

PCI_CBE1

PCI_SERR_N

PCI_CBE3

PCI_BRD_PRSNT1_N

PCI_BRD_PRSNT2_N

PCI_M66EN

PCI_REQ0_EXP_N

PCI_CLK_CONN

PCI_IRQX_N

PCI_LOCK_NPCI_PERR_N

PCI_CBE0

PCI_PAR

PCI_TRDY_N

PCI_FRAME_N

PCI_FRAME_N

PCI_PAR

PCI_CBE2

PCI_STOP_N

PCI_IRQW_N

PCI_CBE3

PCI_STOP_N

CLK27_CLK33

PCI_IRDY_N

PCI_GNT0_EXP_N

PCI_DEVSEL_NPCI_STOP_N

PCI_IRQX_N

PCI_CBE1

PCI_GNT1_MINI_N

PCI_PERR_N

PCI_REQ1_MINI_N

PCI_DEVSEL_N

PCI_CBE0

PCI_TRDY_N

PCI_TRDY_N

PCI_IDSEL_EXP

PCI_RST_CONN_N

PCI_AD8

PCI_AD9

PCI_AD14

PCI_AD4

PCI_AD13

PCI_AD5

PCI_AD7

PCI_AD29

PCI_AD1

PCI_AD6

PCI_AD10

PCI_AD3

PCI_AD12

PCI_AD15

PCI_AD31

PCI_AD0

PCI_AD11

PCI_AD2

PCI_IRQY_N

PCI_IRQY_N

PCI_GNT0_EXP_N

PCI_REQ2_1394_NPCI_GNT2_1394_N

PCI_IRQW_N

PCI_AD30

PCI_AD28

PCI_AD21

PCI_AD23

PCI_AD16

PCI_AD19

PCI_AD17

PCI_AD26

PCI_AD22

PCI_AD24

PCI_AD18

PCI_AD20

PCI_AD25PCI_AD27

PCI_CLK_CONN

PCI_AD29PCI_IDSEL_EXP

PCI_AD20

MINI_EBI_NAND_RB_N

MINI_SYS_RST_N

MINI_EBI_CS0_N

PCI_AD30PCI_AD31

PCI_AD1PCI_AD0

PCI_AD3PCI_AD2

PCI_AD4

PCI_AD7

PCI_AD5

PCI_AD8

PCI_AD6

PCI_AD11PCI_AD10PCI_AD9

PCI_AD13PCI_AD12

PCI_AD14PCI_AD15PCI_AD16PCI_AD17PCI_AD18PCI_AD19PCI_AD20

PCI_AD22PCI_AD21


PCI_AD28

PCI_AD26PCI_AD27

PCI_AD29

PCI_CLK_MINI

PCI_REQ1_MINI_N

PCI_CBE3PCI_CBE2

PCI_IRDY_N

PCI_DEVSEL_N

PCI_PERR_NPCI_SERR_N

PCI_CBE1PCI_CBE0

PCI_PAR

PCI_STOP_N

PCI_TRDY_N

PCI_FRAME_N

PCI_GNT1_MINI_N

PCI_RST_CONN_N

PCI_M66EN

PCI_IRQY_NPCI_IRQW_N

PCI_IDSEL_MINI

PCI_IDSEL_MINI

PCI_AD15

PCI_CBE1

PCI_SERR_N

PCI_AD27PCI_AD12

PCI_RST_N

PCI_AD2

PCI_AD28

PCI_AD16

PCI_AD11

PCI_AD6

PCI_AD19

PCI_CBE2

PCI_AD25

PCI_LOCK_N

PCI_AD22

PCI_PAR

PCI_AD23

PCI_AD9PCI_AD10

PCI_AD13PCI_AD14

PCI_AD0PCI_AD1

PCI_AD3

PCI_PERR_N

PCI_AD7 PCI_AD20

PCI_CBE0

PCI_AD21

PCI_CBE3

PCI_RST_N

PCI_AD24

PCI_AD26

PCI_AD18PCI_AD17

PCI_AD4PCI_AD5

PCI_FRAME_N

PCI_AD8

7401_PCI_REQ1_N

PCI_AD30

PCI_AD31PCI_AD29

MINI_NC_1MINI_NC_2

MINI_NC_3MINI_NC_4

MINI_NC_5MINI_NC_6MINI_NC_7

PCI_GNT1_MINI_NPCI_REQ1_MINI_NPCI_GNT0_EXP_NPCI_REQ0_EXP_N

PCI_CLK_MINI

PCI_IRQX_N

7401_PCI_REQ1_N

PCI_IDSEL_EXP

MINI_EBI_ADDR24

MINI_EBI_ADDR24

MINI_EBI_CS0_N

MINI_SYS_RST_N

PCI_AD30PCI_IDSEL_1394

PCI_AD17PCI_AD18PCI_AD19PCI_AD20PCI_AD21

PCI_AD0PCI_AD1PCI_AD2PCI_AD3PCI_AD4PCI_AD5

PCI_AD7PCI_AD6


PCI_AD12PCI_AD11

PCI_AD13

PCI_AD15PCI_AD14

PCI_AD16

PCI_AD22PCI_AD23

PCI_AD26PCI_AD27

PCI_AD24PCI_AD25


PCI_AD31

MINI_EBI_NAND_RB_N

D3.3V

D3.3V

D3.3V

D5.0V

-12.0V

D3.3V

D3.3V

D3.3V

D3.3V

D5.0V12.0V D3.3V D3.3VD3.3V

D3.3V D3.3V

D5.0V

D3.3V

D3.3V

D3.3V

D3.3V

BCM740X_CLK27_FPGA (28)

CLK27_CLK33 (22)

CLK27A (22)

PCI_IRQY_N(18)

EBI_CS1_N(21)EBI_RD_N(13,21,29)EBI_WE0_N(13,21,29)

PCI_CBE[3:0](18,21)

PCI_RST_N(18)

PCI_AD[15:0](18,21)PCI_AD[31:16](18,21)

PCI_SERR_N(18,21)

PCI_STOP_N(18,21)

PCI_FRAME_N(18)

PCI_PAR(18,21)

PCI_IRDY_N(18,21)PCI_DEVSEL_N(18,21)

PCI_PERR_N(18)

PCI_TRDY_N(18,21)

EXT_PCI_RST (21)

CLK27_CPLD (29)

EBI_TS_N(13,21)EBI_DS_N(13,21,29)

EBI_ADDR24(13,21)

EBI_CS0_N(21)

BCM740X_RST_OUT_N(4,5,17,18,21,24,25,27,28,29,30)

PCI_IDSEL_1394(18)

PCI_GNT2_1394_N(18)

PCI_REQ2_1394_N(18)

TS_CLK_1394_CLK27 (18)

PCI_CLK_1394 (18)

NAND_RDY_BSY_N(21)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

PCI, Expansion Slots

20 37



Rev:Modified:

Sheet: of

Document:


Size:


20 37



Rev:Modified:

Sheet: of

Document:


Size:


20 37



3.3V I/O ->

Place C2016 within250mil of pin B49.

Place 33 ohm resisters near U2001

5V Tolerant Input

Place 33 ohm resisters near U2002

Leave 4X spacing betweenthese clocks and other signals

Place one of each of thesecapacitors within 250mil tothe VI / O pins: B19, B59,A59, A16, and A10

For EBI-Testing only

Client Mode

Bridge Mode

5V Tolerant Input

Client Mode is tested withstandard PCI connector

(IDSEL_IF_7405_IS_CLIENT-MODE)

EBI_CS4b

EBI_CS5b

MDCLK

Use PCI_REQ2 / PCI_GNT2 for 1394 to be software compatible with Bcm97038.

Clearly silkscreen the A1 / B1 locations on the board.

Ext_TP_In_32Ext_TP_In_33Ext_TP_In_34Ext_TP_In_35Ext_TP_In_36Ext_TP_In_37Ext_TP_In_38Ext_TP_In_39Ext_TP_In_40Ext_TP_In_41Ext_TP_In_42Ext_TP_In_43

Ext_TP_In_45Ext_TP_In_44

Ext_TP_In_46Ext_TP_In_47Ext_TP_In_48Ext_TP_In_49Ext_TP_In_50Ext_TP_In_51Ext_TP_In_52Ext_TP_In_53Ext_TP_In_54Ext_TP_In_55Ext_TP_In_56Ext_TP_In_57Ext_TP_OUT_42Ext_TP_In_59Ext_TP_In_60Ext_TP_In_61Ext_TP_In_62Ext_TP_In_63

C20160.01uFC20160.01uF

+ C200110uF16V

+ C200110uF16V

C2003

0.1uF

C2003

0.1uF

R2002100 R2002100

RP2004 33RP2004 331234 5

678

C202210uFC202210uF

FB2002

600@100MHz

FB2002

600@100MHz

RD20010RD20010

A B

C

C20050.01uFC20050.01uF

RP2001 4.7K (DNI)RP2001 4.7K (DNI)1234 5

678

R2014 4.7KR2014 4.7K

U2001ICS553SO8

U2001ICS553SO8

ICLK5 Q0 2

Q1 3

Q2 6

Q3 7

GN

D4

VDD

1

OE8

RP20144.7K RP20144.7K12345

678

RD20050

RD20050

A

B

C

C20130.01uFC20130.01uF

RN2007 0RN2007 01234 5

678

R2013 4.7K (DNI)R2013 4.7K (DNI)

FB2001

600@100MHz

FB2001

[email protected]

R2003100 R2003100

RP2007 4.7K (DNI)RP2007 4.7K (DNI)1234 5

678

Mini PCI

J2001MINI-PCI-RA

Mini PCI

J2001MINI-PCI-RA

RING 2

8PMJ_33

8PMJ_14

8PMJ_65

8PMJ_26

8PMJ_778PMJ_89

RSVD_36 36

GND 37

RSVD_2121RSVD_2222

GND23

3.3V_AUX24

GND 50GND32

+3.3V40

PCI_PME_I34

LED1_GRN_N 13

RSVD_43 43

PCI_CBE3_I45

PCI_CLK25

TIP 1

INTA_I20

+3.3V19 +5V 18

PCI_INTB_I17

RSVD_16 16

CHSGND 15

LED2_YEL_N 14LED2_YEL_P 12

LED1_GRN_P 11

8PMJ_510 8PMJ_48

IDSEL48

GND49

PCI_REQ_I29PCI_GNT_I30

+3.3V31

GND27

+3.3V28

PCI_AD0 96PCI_AD1 99PCI_AD2 94PCI_AD3 95PCI_AD4 92PCI_AD5 91PCI_AD6 90PCI_AD7 87PCI_AD8 85PCI_AD9 84

PCI_AD10 81PCI_AD11 80PCI_AD12 79PCI_AD13 78PCI_AD14 75PCI_AD15 76PCI_AD16 60PCI_AD17 57PCI_AD18 58PCI_AD19 53PCI_AD20 54PCI_AD21 51PCI_AD22 52PCI_AD23 47PCI_AD24 46PCI_AD25 41PCI_AD26 44PCI_AD27 39PCI_AD28 42PCI_AD29 35PCI_AD30 38PCI_AD31 33

PCI_PAR56

GND62 GND55

PCI_FRAME_I64CLKRUN_I65PCI_TRDY_I66PCI_SERR_I67

PCI_STOP_I68

+3.3V70

PCI_PERR_I71

PCI_DEVSEL_I72

PCI_CBE1_I73

GND 74GND 77GND 82GND 83

PCI_CBE0_I86

PCI_CBE2_I59

GND69GND101 GND 102

GND 114

PCI_IRDY_I61

+3.3V63

+3.3V89 +3.3V88

RSVD_9898RSVD_100100

RSVD_121 121

RSVD_9393

+5V 97+5V_AUX 123

ACSYNC103M66EN104MPCIACT_I122

3.3V_AUX124

AC_SDATA_INA105AC_SDATA_OUT106AC_BIT_CLK107AC_CODECID0_I108AC_CODECID1_I109AC_RESET_I110

RSVD_112 112

AUD_G 120

AUD_OUT 115AUD_IN 116

AUD_OUT_G 117AUD_IN_G 118

AUD_G 119MOD_AUDIO_MON111

PCI_RST_I26

AUD_G 113

RD20030

RD20030

AB

C

R200627KR200627K

R2010 0R2010 0

C20070.01uFC20070.01uF

RP20064.7K (DNI) RP20064.7K (DNI)12345

678

RD20040

RD20040

A B

C

R2004100 R2004100

RP20124.7K RP20124.7K12345

678

RP20084.7K (DNI) RP20084.7K (DNI)12345

678

RP2016 33RP2016 331234 5

678

R2007 4.7KR2007 4.7K

R2001100 (DNI) R2001100 (DNI)

C20040.01uFC20040.01uF

J2103.025 SQ (DNI)

J2103.025 SQ (DNI)

1

RP2009 4.7K (DNI)RP2009 4.7K (DNI)1234 5

678

RP20034.7K (DNI) RP20034.7K (DNI)12345

678

R2015 4.7KR2015 4.7K

PCI Bus/EBI

U100-1


PCI Bus/EBI

U100-1


PCI_AD01 / EBI_DATA1 AM19PCI_AD02 / EBI_DATA2 AN20PCI_AD03 / EBI_DATA3 AM20PCI_AD04 / EBI_DATA4 AM21PCI_AD05 / EBI_DATA5 AN21PCI_AD06 / EBI_DATA6 AN22PCI_AD07 / EBI_DATA7 AK19PCI_AD08 / EBI_DATA8 AL19PCI_AD09 / EBI_DATA9 AL20

PCI_AD10 / EBI_DATA10 AK21PCI_AD11 / EBI_DATA11 AK22PCI_AD12 / EBI_DATA12 AL21PCI_AD13 / EBI_DATA13 AL22PCI_AD14 / EBI_DATA14 AM22PCI_AD15 / EBI_DATA15 AN23PCI_AD16 / EBI_ADDR0 AP26PCI_AD17 / EBI_ADDR1 AN26PCI_AD18 / EBI_ADDR2 AM26PCI_AD19 / EBI_ADDR3 AN27PCI_AD20 / EBI_ADDR4 AN28PCI_AD21 / EBI_ADDR5 AM27PCI_AD22 / EBI_ADDR6 AK25PCI_AD23 / EBI_ADDR7 AL25PCI_AD24 / EBI_ADDR8 AL26PCI_AD25 / EBI_ADDR9 AK27

PCI_AD26 / EBI_ADDR10 AL27PCI_AD27 / EBI_ADDR11 AP28PCI_AD28 / EBI_ADDR12 AM28PCI_AD29 / EBI_ADDR13 AP29PCI_AD30 / EBI_ADDR14 AM29PCI_AD31 / EBI_ADDR15 AN29

PCI_CBE00 / EBI_ADDR16 AK20PCI_CBE01 / EBI_ADDR17 AM23PCI_CBE02 / EBI_ADDR18 AM25PCI_CBE03 / EBI_ADDR19 AK26

PCI_INT_A2 AN31

PCI_RSTb AN30

PCI_GNT0b AL29

PCI_TRDYb / EBI_TAb AL23PCI_FRAMEb AL24

PCI_IRDYb / EBI_ADDR21 AK24PCI_STOPb / EBI_ADDR22 AN25

PCI_DEVSELb / EBI_ADDR23 AP25

PCI_CLK_IN AL28

PCI_PERRb AM24

PCI_REQ1b AM30

PCI_PAR / EBI_ADDR20 AN24

PCI_SERRb / EBI_TEAb AK23

PCI_INT_A1 AP31

PCI_REQ0b AK29

PCI_INT_A0 AM31

PCI_AD00 / EBI_DATA0 AP20

PCI_REQ2b / EBI_CS4b AP19

PCI_GNT1b AL30

PCI_GNT2b / EBI_CS5b AK28

C201910uFC201910uF

RP2011 4.7KRP2011 4.7K1234 5

678

R20084.7KR20084.7K

C20150.01uFC20150.01uF

RP2013 4.7KRP2013 4.7K1234 5

678

PCI3.3V32 BIT

J2002PCI-3.3V-32BIT-SMT

PCI3.3V32 BIT

J2002PCI-3.3V-32BIT-SMT

-12VB1TCKB2GNDB3TDOB4+5VB5+5VB6INTBB7INTDB8PRSNT1B9RSVD-B10B10PRSNT2B11

GNDB50GNDB51

RSVD-B14B14GNDB15CLKB16GNDB17REQB18+VI/OB19AD31B20AD29B21GNDB22AD27B23AD25B24+3.3VB25C/BE3B26AD23B27GNDB28AD21B29AD19B30+3.3VB31AD17B32C/BE2B33GNDB34IRDYB35+3.3VB36DEVSELB37GNDB38LOCKB39PERRB40+3.3VB41SERRB42+3.3VB43C/BE1B44AD14B45GNDB46AD12B47AD10B48M66ENB49

AD8B52AD7B53+3.3VB54AD5B55AD3B56GNDB57AD1B58+VI/OB59ACK64B60+5VB61+5VB62

TRST A1+12V A2TMS A3TDI A4+5V A5

INTA A6INTC A7+5V A8

RSVD-A9 A9+VI/O A10

RSVD-A11 A11

GND A50GND A51

3.3VAUX A14RST A15

+VI/O A16GNT A17GND A18PME A19

AD30 A20+3.3V A21AD28 A22AD26 A23GND A24AD24 A25

IDSEL A26+3.3V A27AD22 A28AD20 A29GND A30AD18 A31AD16 A32+3.3V A33

FRAME A34GND A35

TRDY A36GND A37

STOP A38+3.3V A39

SMBCLK A40SMBDAT A41

GND A42PAR A43

AD15 A44+3.3V A45AD13 A46AD11 A47GND A48AD9 A49

C/BE0 A52+3.3V A53

AD6 A54AD4 A55

GND A56AD2 A57AD0 A58

+VI/O A59REQ64 A60

+5V A61+5V A62

C20100.01uFC20100.01uF

R20054.7KR20054.7K

C20120.01uFC20120.01uF

C20060.01uFC20060.01uF

RP20024.7K (DNI) RP20024.7K (DNI)12345

678

J2003S-M-.100-1X4 (DNI)J2003S-M-.100-1X4 (DNI)

1234

+ C201810uF16V

+ C201810uF16V

C20020.1uFC20020.1uF

RP2005 4.7K (DNI)RP2005 4.7K (DNI)1234 5

678

C20140.01uFC20140.01uF

C20090.01uFC20090.01uF

C20211000pFC20211000pF

R2011 0R2011 0

U200333.000MHz (DNI)U200333.000MHz (DNI)

INHIGND

G

OUT OPWR

P

R20174.7KR20174.7K

TP2007TP2007

R2009 0R2009 0

R20184.7KR20184.7K

C20110.01uFC20110.01uF

RN2006 0RN2006 0

1234 5

678

U2002ICS553SO8

U2002ICS553SO8

ICLK5 Q0 2

Q1 3

Q2 6

Q3 7

GN

D4

VDD

1

OE8

R3770 0R3770 0

TP2005TP2005

C20201000pFC20201000pF

C20170.1uFC20170.1uF

R2012 0R2012 0

RP20104.7K (DNI) RP20104.7K (DNI)12345

678

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

BCM740X_RST_OUT_N

EBI_CS3_POD1B_N

EBI_CS1_N

EBI_TA2_N

EBI_ADDR1EBI_ADDR2EBI_ADDR3EBI_ADDR4EBI_ADDR5EBI_ADDR6EBI_ADDR7EBI_ADDR8EBI_ADDR9EBI_ADDR10EBI_ADDR11EBI_ADDR12EBI_ADDR13EBI_ADDR14EBI_ADDR15EBI_ADDR16EBI_ADDR17EBI_ADDR18EBI_ADDR19EBI_ADDR20EBI_ADDR21EBI_ADDR22EBI_ADDR23EBI_ADDR24

EBI_CS0_N

EBI_DS_N

EBI_RW_N

EBI_TSIZE1EBI_TSIZE0

EBI_ADDR0

EBI_ADDR21

EBI_ADDR1

EBI_ADDR22EBI_ADDR23EBI_ADDR24EBI_ADDR25

EBI_ADDR20

EBI_WE0_N

EBI_TS_N

EBI_ADDR2EBI_ADDR3EBI_ADDR4

PCI_AD16PCI_AD17PCI_AD18PCI_AD19

EBI_ADDR5EBI_ADDR6

PCI_AD20

EBI_ADDR7


EBI_ADDR8PCI_AD24PCI_AD25PCI_AD26PCI_AD27

PCI_AD29PCI_AD28

PCI_AD30PCI_AD31

EBI_ADDR9EBI_ADDR10EBI_ADDR11EBI_ADDR12EBI_ADDR13EBI_ADDR14EBI_ADDR15

EBI_CS0_N

EBI_CS0_FLASH_N

EBI_RD_N

EBI_RD_N

EBI_WE1_N

EBI_WE1_N

PCI_CBE3PCI_CBE2

PCI_CBE0PCI_CBE1

EBI_ADDR18

EBI_ADDR16EBI_ADDR17

EBI_ADDR19


EBI_DATA0EBI_DATA1EBI_DATA2EBI_DATA3EBI_DATA4


EBI_DATA6EBI_DATA5

PCI_AD3

EBI_DATA7


PCI_PAR

PCI_AD7

EBI_ADDR20

PCI_AD8 EBI_DATA8PCI_AD9PCI_AD10PCI_AD11PCI_AD12PCI_AD13PCI_AD14PCI_AD15

EBI_DATA10EBI_DATA9

EBI_DATA14EBI_DATA13EBI_DATA12EBI_DATA11

EBI_DATA15

PCI_IRDY_N EBI_ADDR21EBI_ADDR22PCI_STOP_N

PCI_DEVSEL_N EBI_ADDR23

EBI_TA_NEBI_TEA_N

PCI_TRDY_NPCI_SERR_N

EBI_DATA0EBI_DATA1EBI_DATA2EBI_DATA3EBI_DATA4EBI_DATA5EBI_DATA6EBI_DATA7EBI_DATA8EBI_DATA9EBI_DATA10EBI_DATA11EBI_DATA12EBI_DATA13EBI_DATA14EBI_DATA15

EBI_ADDR25

EBI_CS2_POD1A_N

NAND_FLASH_LOCKPRE

BCM740X_RST_OUT_N

EBI_DATA0EBI_DATA1

EBI_DATA4EBI_DATA3EBI_DATA2

EBI_DATA7

EBI_DATA5EBI_DATA6

EBI_DATA9EBI_DATA8

EBI_DATA10

EBI_DATA12EBI_DATA11

EBI_DATA15


EBI_WE0_N

EBI_DS_NEBI_TS_N

EBI_RD_N

NAND_FLASH_GND

NAND_FLASH_LOCKPRE

BCM740X_RST_OUT_N

EBI_DATA1EBI_DATA0

EBI_DATA2EBI_DATA3

EBI_DATA7EBI_DATA6

EBI_DATA4EBI_DATA5

EBI_WE0_N

EBI_DS_NEBI_TS_N

EBI_RD_N

NAND_FLASH_GND

NAND_RDY_BSY_N

NAND_RDY_BSY_N

NAND_FLASH_CE_N

NAND_FLASH_CE_N

BCM740X_RST_OUT_N

NAND_RDY_BSY_N

EBI_CS1_NEBI_CS0_N


D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

EBI_CS2_POD1A_N (29)EBI_CS3_POD1B_N (29)

EBI_CS1_N (20)FP_4SEC_RST_N(17)

EBI_TA2_N (29)

EJTAG_RSTN(22)

EBI_TSIZE0 (13)EBI_TSIZE1 (13)

EBI_RW_N (13,29)

EBI_DS_N (13,20,29)

EBI_RD_N (13,20,29)

EBI_WE0_N (13,20,29)EBI_WE1_N (13,29)

EBI_TS_N (13,20)

EBI_DATA[15:0] (29)

POWEROK(32)

BCM740X_RST_OUT_N (4,5,17,18,20,24,25,27,28,29,30)

PCI_AD[31:16](18,20)

EBI_ADDR[15:0] (29)

PCI_SERR_N(18,20)

PCI_STOP_N(18,20)

PCI_PAR(18,20)PCI_IRDY_N(18,20)

PCI_DEVSEL_N(18,20)

PCI_TRDY_N(18,20)

PCI_AD[15:0](18,20)

PCI_CBE[3:0](18,20)

EBI_ADDR24 (13,20)EBI_ADDR25 (13)

EBI_ADDR[25:16] (13,20)

EXT_PCI_RST(20)

EBI_CS0_N (20)

NAND_RDY_BSY_N (20)

EBI_ADDR26 (13)EBI_ADDR27 (13)

Title:

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EBI, Flash, Reset

21 37



Rev:Modified:

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EBI, Flash, Reset

21 37



Rev:Modified:

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EBI, Flash, Reset

21 37



SYS RESET

PowerFailure triggerswhen D3.3V < 3.16V

Reset triggers whenD3.3V < 2.93V, for 200ms

MR has internal50kOhm pull-up.

Ext. RESET

NAND Flash (16-bit)

NAND Flash (8-bit)

Only one of the 2 NAND flashes will beused at a time, may overlap their footprints

NORFLASH512Mbit16Mx16

Flash CSShort 1-2

Short 2-3 DNI

NOR Flash U2103: CS0NAND Flash U2105: CS1(Default)

J2101Flash Selection Options:

J2104

NOR Flash U2103: Not usedNAND Flash U2105: CS0

Short 1-2( Boot from NOR )

C21070.01uFC21070.01uF

R2128 0R2128 0

C21030.01uFC21030.01uF

R2136 0R2136 0

R2126 0R2126 0

R2153 0R2153 0

R2113 1KR2113 1K

R2147 0R2147 0

J2101S-M-.100-1X3J2101S-M-.100-1X3

123

R2122 0R2122 0

R21050 (DNI)R21050 (DNI)

R2127 0R2127 0

R2145 0R2145 0

R211727KR211727K

R2148 0R2148 0

R2159 0R2159 0

R2157 0R2157 0

R2124 0R2124 0

R2138 0R2138 0

R2131 0R2131 0

U2103

NC = 27,28,30,55

S29GL512N11-01TSOP56

U2103

NC = 27,28,30,55

S29GL512N11-01TSOP56

DQ0 35DQ1 37

DQ10 40DQ11 42DQ12 45DQ13 47DQ14 49

DQ15/A-1 51

DQ2 39DQ3 41DQ4 44DQ5 46DQ6 48DQ7 50DQ8 36DQ9 38

A031A126

A108A117A126A135A144A153A1654A1719A1818A1911

A225

A2012A2115A222A231

A324A423A522A621A720A810A99

CE32

RESET14 WE13

WP/ACC16

OE34

RY/BY 17

BYTE53

VC

C43

VIO

29

VS

S33

VS

S52

A2456

FLASH2Gbit128Mx16

U2104MT29F2G16AABWP (DNI)TSOP48

NC = 1,2,3,4,5,10,11,14,15,20,21,22,23,24,34,35,36,39

FLASH2Gbit128Mx16

U2104MT29F2G16AABWP (DNI)TSOP48

NC = 1,2,3,4,5,10,11,14,15,20,21,22,23,24,34,35,36,39

CLE 16

I/O026

WP 19

R/B 7

CE 9RE 8

WE 18

VS

S13

VS

S48

VC

C12

VC

C37

VS

S25

ALE 17

LOCKPRE 38I/O128I/O230I/O332I/O440I/O542I/O644I/O746I/O827I/O929I/O1031I/O1133I/O1241I/O1343I/O1445I/O1547 GND 6

R2125 0R2125 0

R2141 0R2141 0

NANDFLASH

U2105NAND08GW3B2AN6TSOP48

8 Gbit1G x 8

NC = 1,2,3,4,5,10,11,14,15,20,21,22,23,24,25,26,27,28,33,34,35,39,40,45,46,47,48

NANDFLASH

U2105NAND08GW3B2AN6TSOP48

8 Gbit1G x 8

NC = 1,2,3,4,5,10,11,14,15,20,21,22,23,24,25,26,27,28,33,34,35,39,40,45,46,47,48

CLE 16

I/O029

WP 19

R/B 7

CE 9RE 8

WE 18

VS

S13

VC

C12

VC

C37

VS

S36

ALE 17

LOCKPRE 38I/O130I/O231I/O332I/O441I/O542I/O643I/O744

GND 6

SW2101

PB-SPST-MOM

SW2101

PB-SPST-MOM

1

34

2

R2133 0R2133 0

V2101V2101

R2109 9.09K1%

R2109 9.09K1%

R2144 0R2144 0

R2154 0R2154 0

Extended Bus Interface

Reset In/Out

U100-2


Extended Bus Interface

Reset In/Out

U100-2


EBI_ADDR24 AN19EBI_ADDR25 AL16

EBI_CS2b / PCI_REQ3b AM15EBI_CS3b / PCI_GNT3b AN15

EBI_TSIZE0b AL17EBI_TSIZE1b AK17

EBI_RWb AN16

EBI_DSb / NAND_ALE AN18

EBI_RDb / NAND_REb AN17

EBI_WE0b / NAND_WEb AP17EBI_WE1b AK15

EBI_TSb / NAND_CLE AM18

RESETbAP13RESET_OUTb AK34

NMIbAM13EBI_TA2b AP16

FP_4SEC_RESETbAN13

EBI_NAND_RBb AK16

EBI_ADDR26 AK18EBI_ADDR27 AL18

EBI_CS0b / NAND_CEb AM16EBI_CS1b / NAND_CEb AM17

R2161 0R2161 0

C2101 0.1uF (DNI)C2101 0.1uF (DNI)

U2101MAX6708S 2.93VSOT23-8

U2101MAX6708S 2.93VSOT23-8

GN

D3

MR1

PFO 5VC

C2

PFI4

RESET 7

RESET 8

R2121 0R2121 0

R2155 0R2155 0

R2129 0R2129 0

C21050.1uFC21050.1uF

R2139 0R2139 0

R21700 (DNI)R21700 (DNI)

R2108 37.4K1%

R2108 37.4K1%

R2143 0R2143 0

R2112100KR2112100K

C21060.01uFC21060.01uF

R2158 0R2158 0

R2152 0R2152 0

R2120 0R2120 0

C21040.01uFC21040.01uF

R2140 0R2140 0

J2102.025 SQ (DNI)

J2102.025 SQ (DNI)

1


R2146 0R2146 0

R2160 0R2160 0

R2150 0R2150 0

R2132 0R2132 0

R2135 0R2135 0

R2123 0R2123 0

R2130 0R2130 0

V2102V2102

R21064.7K (DNI)R21064.7K (DNI)

R2111100KR2111100K

R21684.7KR21684.7K

R2134 0R2134 0

R2116

4.7K

R2116

4.7K

R2149 0R2149 0

J2104S-M-.100-1X2

J2104S-M-.100-1X2

1 2


R2114 1KR2114 1K

R2142 0R2142 0

R2119 0R2119 0

R216427KR216427K

R2151 0R2151 0

R2156 0R2156 0

R21074.7K (DNI)R21074.7K (DNI)

R21182K (DNI)R21182K (DNI)

R2169

4.7K (DNI)

R2169

4.7K (DNI)

R2137 0R2137 0

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

3OT_XTAL_P

EJT_TDIEJT_TRST_N

EJT_TMSEJT_TCK

3OT_XTAL_N

BYP_AVD_CLKBYP_DSP_CLK

MON_3OT

MDIO_SATA

DDR_EXT_CLK

BYP_CPU_CLKBYP_RFM_PLL

EJT_CE1EJT_TDO

EJT_CE0

BSC_SDABSC_SCL

D3.3VD3.3V

A

A

D3.3V

A

A

A

A

D3.3V

D3.3V

D3.3V

CLK27A (20)

CLK27_CLK33 (20)

EJTAG_RSTN (21)

SPI_S_MOSI (14)SPI_S_SCK (14)

Title:

Rev:Modified:

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Size:

CLKs, JTAG, BBS-BSC

22 37

Monday, February 04, 2008


Rev:Modified:

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Size:

CLKs, JTAG, BBS-BSC

22 37



Rev:Modified:

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CLKs, JTAG, BBS-BSC

22 37



"BBS"

BBS Control fromParallel Port Buffer Card orUSB to SBC adapter Card

Stitch GND around XTAL and caps inside GND layer cutout. Try to use layoutguidelines from 3OT application note and keep crystal < 1" from BCM740X.

Place 33 ohm R2202, R2203 & 2-pin headers near BCM740X

EJTAG

Differential routing for 3OT_Xtal_N and 3OT_Xtal_P

ImpedanceRatio - 1:3

Ext. CLKInputConnector

Place DNI 0's to minimizestubs on 3OT_XTAL nets

XTAL Requirements:- 3rd overtone at 54.000000 MHz- Load capacitance: 10.0 pF- ESR: 40 Ohms Max.- Max drive level: 1000uW- Tolerance: +/- 30 ppm parallel resonance

Place these resistors near BCM740x.

Function

Normal EJTAG OperationInternal test onlyJTAG boundary scan

EJTAG_CEO

1X0

EJTAG_CE1

010

TP2213TP2213

TP2221TP2221

TP2211TP2211

C22068.2pFC22068.2pF

R2204 0 (DNI)R2204 0 (DNI)

R2226

0 (DNI)

R2226

0 (DNI)

TP2205TP2205

R2227

0 (DNI)

R2227

0 (DNI)

L22012.7uHL22012.7uH

TP2215TP2215

R2232DNIR2232DNI

TP2209TP2209

R2209

604

R2209

604

Clocks

U100-12


Clocks

U100-12


CLK54_XTALPE32 CLK54_XTALN E33

VCXO27A AK14BYP_RFM_PLLOG26BYP_CPU_CLKF26

OBSRV_PLL G28

BYP_AVD_CLKG27VCXO_OBSRV J29

MON_3OTH29

DDR_EXT_CLKE6

CLK27_OUT / CLK33_OUT AL13BYP_SYS9_CLK / MDIO_SATAF28

BYP_DSP_CLKF27

DDR_PLL_TEST E7

J2212S-M-.100-1X2 (DNI)J2212S-M-.100-1X2 (DNI)

12

C2209 0.01uF (DNI)C2209 0.01uF (DNI)

R222975 (DNI)R222975 (DNI)

R2218

301 (DNI)

R2218

301 (DNI)

J2201

MALE-4-PIN-LOCK

J2201

MALE-4-PIN-LOCK

1234

R222510KR222510K

R2235 0 (DNI)R2235 0 (DNI)

T2202ADT3-6T+T2202ADT3-6T+

1

5

3 4

6

Y2201

54.000MHz

Y2201

54.000MHz

C2205 15pF (DNI)C2205 15pF (DNI)

R22111KR22111K

C2210 0.01uF (DNI)C2210 0.01uF (DNI)

J2205

S-M-.100-2X7

J2205

S-M-.100-2X7

13579

246810

11 121413

R2217 0R2217 0

RN22031KRN22031K

1 2 3 45678

TP2203TP2203

R2214 33R2214 33

R2203 33R2203 33

R22121KR22121K

R22334.7KR22334.7K

TP2214TP2214

C22220.1uFC22220.1uF

J2210S-M-.100-1X2 (DNI)J2210S-M-.100-1X2 (DNI)

12

C22078.2pFC22078.2pF

R2202 33R2202 33

R2234 0 (DNI)R2234 0 (DNI)

TP2212TP2212

C2211

0.01uF

C2211

0.01uF

C2223

0.01uF (DNI)

C2223

0.01uF (DNI)

R222410KR222410K

R222875 (DNI)R222875 (DNI)

EJTAG

BroadBand Studio

U100-8


EJTAG

BroadBand Studio

U100-8


BSC_S_SCL / SPI_S_SCKJ34BSC_S_SDA / SPI_S_MOSIK32

EJTAG_TRSTb C33

EJTAG_TDO C32

EJTAG_CE0C34

EJTAG_TMS A34EJTAG_TCK B33

EJTAG_TDI B34EJTAG_CE1A33

J2206S-M-.100-1X2 (DNI)J2206S-M-.100-1X2 (DNI)

12

C22014.7uFC22014.7uF

R222322R222322

TP2207TP2207

C2208 33pFC2208 33pF

R222049.9R222049.9

RD22024.7KRD22024.7K

AB

C

R222222R222222

J2211S-M-.100-1X2 (DNI)J2211S-M-.100-1X2 (DNI)

12

RD22014.7KRD22014.7K

AB

C

TP2204TP2204

R2231DNIR2231DNI


1

2345

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

UART_1_TXD

UART_1_RXD_H

UART_1_TXD_H

UART_1_RXD

UART_0_RTS_H

UART_0_CTS_HUART_0_RXD_H

UART_0_TXD_H

UART_0_TXD

UART_0_RTS

UART_2_TXD_H

UART_2_RXD_HUART_2_TXDUART_2_RXD

UART_0_CTS

UART_0_RXD

D3.3V

D3.3V

D5.0V

BCM740X_IRIN(17)

UART_TXD_0(10,24)UART_RXD_0(10,24)



UART_RTS_0(10,24)UART_CTS_0(10,24)

IR_IN1(10)

IR_OUT (13)

Title:

Rev:Modified:

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Size:

UART, IR-Tx, IR-Rx

23 37



Rev:Modified:

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Size:

UART, IR-Tx, IR-Rx

23 37



Rev:Modified:

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UART, IR-Tx, IR-Rx

23 37



EXT_TP_OUT[47]EXT_TP_OUT[48]

UART2

UART0

UART1Place R2311-R2314 nearU2311 to minimize stub.

Place R2301-R2304 nearU2301 to minimize stub.

The BCM97405 reference board only uses the 2-wireUART ports (no flow control). A 4-wire option (with flowcontrol) is available on UART0 with J2302.

Strap bit

IR Blaster

The UARTs connect to two sets of GPIO pins on the Bcm7405. Oneset has MII as another function. If MII is used, then use other set,which has Smart Card 0/1, PKT_ERROR0/1 as another function.

(24) UART_0_TXD

(24) UART_0_RXDJumper wires. See P9 Rework Instructions.

C23103300pFC23103300pF

J2304MALE-3-PIN-LOCKJ2304MALE-3-PIN-LOCK

123

C2301 0.1uFC2301 0.1uF

U2301MAX3232CSESO16

U2301MAX3232CSESO16

C1T1C1F3C2T4C2F5T1IN11T2IN10T1OUT14T2OUT7 R2IN 8R1IN 13R2OUT 9R1OUT 12

V- 6V+ 2VCC 16

GND 15

J2310STX-3100-3NBJ2310STX-3100-3NB

2

51

C2302 0.1uFC2302 0.1uF

C230510uF6.3V

C230510uF6.3V

C2314 0.1uFC2314 0.1uF

R2314 0R2314 0

R2302 0 (DNI)R2302 0 (DNI)

C23091000pFC23091000pF

C2303 0.1uFC2303 0.1uF

R2315 10KR2315 10K

RD23020

INSTALL POSITION B RD23020

INSTALL POSITION B

A

B

C

R2303 0R2303 0

Q23032SC2712Q23032SC2712

R2301 0 (DNI)R2301 0 (DNI)

J2311S-M-.100-1X2 (DNI)

J2311S-M-.100-1X2 (DNI)

1 2

R230724KR230724K

C2313 0.1uFC2313 0.1uF

J2302S-M-.100-1X2J2302S-M-.100-1X2

12R2306 10KR2306 10K

L2302 100nHL2302 100nH

C2304 0.1uFC2304 0.1uF

R2308 1KR2308 1K

R2305 10KR2305 10K

R2311 0R2311 0


123

Q23042SA1162Q23042SA1162

R2313 0R2313 0

R2309

1K

R2309

1K


123C2312 0.1uFC2312 0.1uF

Infrared

U100-10


Infrared

U100-10


IR_OUT AL15IR_IN0AL14

R231033250mW

R231033250mW

R2304 0R2304 0

U2311MAX3232CSESO16

U2311MAX3232CSESO16

C1T1C1F3C2T4C2F5T1IN11T2IN10T1OUT14T2OUT7 R2IN 8R1IN 13R2OUT 9R1OUT 12

V- 6V+ 2VCC 16

GND 15

C2311 0.1uFC2311 0.1uF

C23060.1uFC23060.1uF

R2316 10KR2316 10K

R2312 0R2312 0

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

SC_CLK_C3_0

NDS_SC_AUX0_0

NDS_SC_V_0

NDS_SC_AUX1_0

NDS_SC_AUX1_1

NDS_SC_AUX0_0

NDS_SC_V_0

NDS_SC_AUX1_0

SC_VCC_0

SC_IO_0SC_CLK_0SC_PRES_0

NDS_SC_AUX0

NDS_SC_VCTRL

NDS_SC_AUX1

SC_RST_0

GP_NDS_SC_VCTRL_1GP_NDS_SC_AUX1_1GP_NDS_SC_AUX0_1

GP_NDS_SC_AUX1_1GP_NDS_SC_VCTRL_1

GP_NDS_SC_AUX0_1

NDS_SC_V_1

GP_SC_CLK_1GP_SC_PRES_1 GP_SC_RST_1

GP_SC_VCC_1GP_SC_IO_1

D3.3V_SC_EXT_CLK

NDS_SC_V_1NDS_SC_AUX1_1NDS_SC_AUX0_1

NDS_SC_AUX0_1

D3.3V

D3.3VD3.3V D5.0V

D3.3V

D3.3V D5.0V


AGS_TP_OUT11(31)

AGS_TP_IN14(31)AGS_TP_IN15(31)AGS_TP_IN17(31)AGS_TP_IN16(31)AGS_TP_IN18(31)



UART_CTS_0(10,23)UART_RTS_0(10,23)

IRQ11_SLOT0A_N(10,27)IRQ12_SLOT0B_N(10,27)IRQ13_SLOT1A_N(10,27)

POD_CD1_N(29)

IRQ3_POD_N(29)

RMXP_OUT_DATA4(14)RMXP_OUT_DATA5(14)RMXP_OUT_DATA6(14)RMXP_OUT_DATA7(14)RMXP_OUT_CLK(14)


IRQ2_TEST_N(30)



GP_RMXP_OUT_CLK(10)

GP_RMXP_OUT_DATA4(10)GP_RMXP_OUT_DATA5(10)GP_RMXP_OUT_DATA6(10)GP_RMXP_OUT_DATA7(10)

GP_SC_VCC_1(11)GP_SC_RST_1(11)

GP_SC_CLK_1(11)GP_SC_PRES_1(11)

GP_SC_IO_1(11)

GP_SC_EXT_CLK(11)

GP_SC_PRES_0(11)GP_SC_RST_0(11)GP_SC_VCC_0(11)

GP_SC_CLK_0(11)GP_SC_IO_0(11)



BCM740X_RST_OUT_N(4,5,17,18,20,21,25,27,28,29,30)DAA_C1A_DC(25)DAA_C2A_DC(25)

POD_VS1_N(29)

POD_RST(29)

DVB_MCLKO_VS2_N(29)

POD_IOIS16_N(29)

IRQ14_SLOT1B_N(27)

SC_CLK_OUT(10,14)

CODEC_SDI (25)CODEC_SCLK (25)CODEC_FSYNC_N (25)

CODEC_MCLK (25)

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Smartcards

24 37



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Smartcards

24 37



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Smartcards

24 37



Short line. Short line.

R2406 75 Ohm in I/O is usedfor short circuit protection.

Short line.

Short line.

SmartCard NDS/ICAMSelection Connectors

Smartcard 0

Route SC_CLK_C3_0 far fromthe nets to C2, C7, C4 and C8.

Short line.Short line.

During & after chip reset:- All GPIO pins are Inputs- SC_IO is PU inside TDA8024T

0

J2406

SmartCard NDS/ICAM Selection Options:J2407SmartCard

1

Short 1-2

J2408

Short 1-2 Short 1-2

Short 2-3 Short 2-3 Short 2-3

Optional externalSmartCard clock

GPIO_104GPIO_105

GPIO_106GPIO_107

GPIO_108

GPIO_103

Smartcard connectorJ2401 must be alignedand within reach ofSmartcard slot ribboncable.

Place RN2451 near J2412-J2414to minimize stub.




GPIO_109

GPIO_110

GPIO_111

Place all parts in this area close together and near the U2401 TDA8024T chip.

GPIO_084/Ext_TP_Out_45GPIO_082/Ext_TP_Out_59GPIO_081/Ext_TP_In_58


SC1 / Soft Modem / DCAS Connector


SPARE

BCM7405

Smartcard GPIO_103

GPIO_104GPIO_105

GPIO_106GPIO_107

GPIO_108

GPIO_081GPIO_082

GPIO_083GPIO_084

GPIO_085

GPIO_046GPIO_047GPIO_048GPIO_049GPIO_050


(23) UART_0_RXD

(29) POD_VCC_ON

NDS SmartCard Design Guidelines:

To support 5V NDS SmartCard, external PU's to 5V are required on NDS_SC_AUX0 and NDS_SC_AUX1 pins. Since the Philips TDA8024T has internal 11K PU resistors to VCC (5V in the case of our reference design) onthe two pins, this requirement can be omitted. For 3.3V NDS SmartCard, no external PU's are required.


C24050.1uFC24050.1uF

J2401SMT-S-F-.050-2X5-STAGGERED

J2401SMT-S-F-.050-2X5-STAGGERED

C5

C6

C7

C8

S2

C1

C2

C3

C4

S1

R2454 0 (DNI)R2454 0 (DNI)

J2407

S-M-.100-1X3 (DNI)

J2407

S-M-.100-1X3 (DNI)

123

R2473 0 (DNI)R2473 0 (DNI)

RN2453 0 (DNI)RN2453 0 (DNI)

1234 5

678

R2406 75R2406 75

R2455 0 (DNI)R2455 0 (DNI)

R240910KR240910K

RN24510 (DNI)

RN24510 (DNI)

1234 5

678


J2406

S-M-.100-1X3 (DNI)

J2406

S-M-.100-1X3 (DNI)

123

R2402 10KR2402 10K

R2405 75R2405 75

R2475 0 (DNI)R2475 0 (DNI)

R2469 0 (DNI)R2469 0 (DNI)

R2414 0R2414 0

RN2452 0 (DNI)RN2452 0 (DNI)1234 5

678

R2461 0 (DNI)R2461 0 (DNI)

C2401 0.22uFC2401 0.22uF

R2464 0 (DNI)R2464 0 (DNI)

R2460 0 (DNI)R2460 0 (DNI)

J2402S-M-.100-2X4

J2402S-M-.100-2X41357

2468

C2402 0.1uFC2402 0.1uF

RD

2401

2.7K

RD

2401

2.7K

A

B

C


R2452 0 (DNI)R2452 0 (DNI)

RD

2403

2.7

KR

D24

032

.7K

A

B

C

RD

2402

2.7K

RD

2402

2.7K

A

B

C

C24220.1uFC24220.1uF

RN2455 0 (DNI)RN2455 0 (DNI)

1234 5

678

R2478 0R2478 0

R2472 0 (DNI)R2472 0 (DNI)

R2466 0 (DNI)R2466 0 (DNI)

J2414S-M-.100-1X3J2414S-M-.100-1X3

1 2 3

R2468 0 (DNI)R2468 0 (DNI)

R2471 0 (DNI)R2471 0 (DNI)

C240410uF6.3V

C240410uF6.3V

R2474 0 (DNI)R2474 0 (DNI)

RN2401 0RN2401 0

1234 5

678

C2407 0.1uFC2407 0.1uF

R2431 0R2431 0

R2465 0 (DNI)R2465 0 (DNI)

U2401TDA8024TSO28

U2401TDA8024TSO28

CLKDIV11CLKDIV225V/3V3

S25

S17VUP8PRES9PRES10I/O11AUX212AUX113

AUX2UC 28AUX1UC 27

I/OUC 26XTAL2 25XTAL1 24

OFF 23

RSTIN 20CMDVCC 19

VCC 17RST 16CLK 15

GNDP4

VDDP6

CGND14

VDD 21GND 22

PORADJ 18

R24011KR24011K

J2411S-M-.100-2X7-SHRD

J2411S-M-.100-2X7-SHRD

13579

246810

11 121413

J2413S-M-.100-1X3J2413S-M-.100-1X3

1 2 3

C24060.1uFC24060.1uF

RN2454 0 (DNI)RN2454 0 (DNI)

1234 5

678

R2477 0 (DNI)R2477 0 (DNI)

J2408

S-M-.100-1X3 (DNI)

J2408

S-M-.100-1X3 (DNI)

123

C2403 0.1uFC2403 0.1uF

R2467 0 (DNI)R2467 0 (DNI)

R2470 0 (DNI)R2470 0 (DNI)

FB2401

600@100MHz200mA,500mOHM

FB2401

600@100MHz200mA,500mOHM

J2412S-M-.100-1X3J2412S-M-.100-1X3

1 2 3

R2403 75R2403 75

R2463 0 (DNI)R2463 0 (DNI)R2462 0 (DNI)R2462 0 (DNI)

R240410KR240410K

X240436.864MHz (DNI)X240436.864MHz (DNI)

INHIGND

G

OUT OPWR

P

R2476 0 (DNI)R2476 0 (DNI)

R2407 10KR2407 10K

R2419 33 (DNI)R2419 33 (DNI)

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

DAA_C1ADAA_C2A

DAA_AOUT

D3.3V

BCM740X_RST_OUT_N(4,5,17,18,20,21,24,27,28,29,30)

CODEC_FSYNC_N(24)

CODEC_SDI(24)

CODEC_MCLK(24)

CODEC_SCLK(24)

DAA_C1A_DC (24)

DAA_C2A_DC (24)

DAA_AOUT(13)

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Soft Modem Interface

25 37



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25 37



Rev:Modified:

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25 37



For testing only

Strapping bit

TP2501TP2501

R251410KR251410K

DAA

U100-5


DAA

U100-5


DAA_AOUT / CODEC_SDO C7

DAA_C1A B7DAA_C2A A7

C25010.1uF

C25010.1uF

C25100.1uFC25100.1uF

R2523 0 (DNI)R2523 0 (DNI)

R2524 0 (DNI)R2524 0 (DNI)

R250210KR250210K

R2510 0R2510 0

R2511 0R2511 0

C25092200pF

C25092200pF

U2501SI3056-KS (DNI)SO16

U2501SI3056-KS (DNI)SO16

MCLK1FSYNC2SCLK3VD4SDO5SDI6FC/RGDT7RESET8 CA2 9C1A 10AOUT/INT 11GND 12VA 13M0 14RGDT/FSD/M1 15OFHK 16

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

LNKLEDb

DIFF_ENET_TX_N

DIFF_USB2D_P

EPHY_VREF

DIFF_USB1D_NDIFF_USB1D_P

USB1_VBUS

USB2_GND

ACTLEDb

GP_ENET_LINK

USB0_GND

A2.5V_EPHY_TERM

DIFF_USB2D_N

USB_MONPLL

USB0_PWRON_N

USB1_GND

USB1_PWRFLT_N

EPHY_RDAC

GP_ENET_ACTIVITY

USB_MONCDR

USB1_PWRON_N

USB2_PWRFLT_N

SATA_PLLTESTP

DIFF_USB0D_N

USB0_PWRFLT_N

USB2_VBUS

USB0_VBUS

USB_RREF

SATA_PLLTESTN

USB2_PWRON_N

DIFF_USB0D_P

DIFF_ENET_RX_P

DIFF_ENET_TX_P

DIFF_ENET_RX_N

MAX1823_NC

D3.3V_SATA_EXT_CLK

SATA_REFCLK_P

SATA_REFCLK_N

DIFF_SATA_RX1_PDIFF_SATA_RX1_N

DIFF_SATA_RX2_NDIFF_SATA_RX2_P

DIFF_SATA_TX1_PDIFF_SATA_TX1_N

DIFF_SATA_TX2_PDIFF_SATA_TX2_N

A2.5V_BCM740X

A A

D5.0VA

A

A

A

A

A

A

A

A

A

D5.0V

A

A

D3.3V

A

A

D3.3V

A

D3.3V

D3.3V

A

A

USB1_PWRON_N(13)USB0_PWRON_N(13)

AGS_TP_OUT01(31)

AGS_TP_OUT00(31)

GP_ENET_ACTIVITY(10)

GP_ENET_LINK(10)

Title:

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Size:

Ethernet, USB, SATA

26 37



Rev:Modified:

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Size:

Ethernet, USB, SATA

26 37



Rev:Modified:

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Size:

Ethernet, USB, SATA

26 37



USB & SATA - Layout Guidelines:

- Dp and Dn differential pairs should be routed on TOP or BOTTOM layer only.- Match trace length of Dp and Dn differential pairs, 20 mils max within a pair, and 100 mils max between pairs.- The length for the differential pairs should be less than 5 inches.- Do not place more than 2 vias per trace, prefer zero.- Never split the ground plane under differential pairs when routing.- Route differential pairs above the GND plane.- Differential impedance is 90 Ohms (5.5 mils trace width with 5.5 mils air gap) for USB and 100 Ohms for SATA (5 mils trace width with 7 mils air gap).- Adjacent differential pairs should be separated by at least 3 times the trace width. (e.g. 5 mils trace, leave >15 mils between adjacent differential pairs)- Stitch GND vias around each differential pair, but NOT between a given pair.

USBx_VBUS, USBx_GND lines have high current upto 500mA starting from MAX1823 switch. The trace widthshould be greater than 12 mils.

Ethernet PHY RX and TX terminated on the die. No needfor terminations on the board. Leave pads for boardterminations until testing of on-die terminations is finalized.

ENet - Layout Guidelines:- 5 mils trace width with 7 mils air gap on P/N pair.- Trace impedance: 100 Ohm differential impedance to the ground plane.- Adjacent TX/RX differential pairs should be separated by more than 15 mils to each other.- TX/RX differential pairs should be routed on TOP or BOTTOM layers only.- Match trace length of differential pairs, 100 mils max within a pair, and 500 mils max between pairs.

USB2.0 Port 2, 500 mA

Link LED: Green

Ethernet DTE Device

Middle: USB2 Port 0, 500 mA

Bottom: USB2 Port 1, 500 mA

Activity LED: Yellow

Connector has built-in Ethernettransformer. Route this area voidof all PWR/GND planes and highspeed nets, except for the chassisground. Also keep traces short androute as matched length differentialpairs.

Strap Bits


Make the width of powertraces to U2602 >= 12 mil.

Make the width of powertraces to U2601 >= 12 mils.

For improved EMI, consider using a differential line filterdesigned for USB applications. (e.g. TDK ACM2012-900)

For improved EMI, consider using adifferential line filter designed for SATAapplications. (e.g. TDK ACM2012H-900)

Oscillator Specifications:- 3rd overtone at 100.00 MHz- Supply Voltage: 3.3V- Output Type: LVPECL or LVDS- Tolerance: +/- 50 ppm- Stability: +/- 50 ppm- Phase Jitter: < 1ps

Cable this to a bulkhead USB connector. Can be Type A or B,depending upon strap-bit setting for USB Mode. (See Sheet 13)

Cable used because PCB too crowded to route USB traces to frontpanel.

Cable this to bulkhead eSATA connector.

WARNING - MAKE SURE J2604 PINOUT MATCHESCABLE USED FOR USB CONNECTOR.

BCM7405GPIO_000

GPIO_001

3 Gbps

If SATA external oscillator not used, leaveSATA_REFCLKP/N inputs floating.

Advise ESD protection on linesgoing to eSATA connector.

Recommend replacing backup oscillator withinexpensive 25 or 30 MHz crystal. No oscillator orcrystal is normally needed. However, customer boardsmay find it is needed to meet SATA specs.

For better performance, use SMT connector 536420-00.

Add 1k ohmdifferentialterminationbetweenRXDP andRXDN, alsoTXDP andTXDN, onthese SATAlines next to7405. To beused astweak tofine-tune theon-die SATAtermination.

C26030.1uFC26030.1uF

FB2601


FB2601


J2607S-M-.100-1X2 (DNI)J2607S-M-.100-1X2 (DNI)

12

C26061000pFC26061000pF

C2619 0.01uFC2619 0.01uF

U2601MAX1823EUB+uMAX10


IN

3

INB4

ONA1FAULTB 6

OUTB 7OUTA 9

FAULTA 10

GND

8

INA2

ONB5

C2609100pFC2609100pF

C2628100uFC2628100uF

Ethernet

USB

SATA

U100-15


Ethernet

USB

SATA

U100-15


USB0_DP A13USB0_DN B13

USB0_PWRON A9

USB1_DP A12USB1_DN B12

USB1_PWRON B9USB1_PWRFLT A10

SATA_TXDP1 G33SATA_TXDN1 G34

USB_RREFD12

EPHY_TDN A15EPHY_TDP B15

SATA_RXDP1 F33SATA_RXDN1 F34

EPHY_VREFE13

EPHY_RDACE14

USB2_DP B11USB2_DN B10

USB2_PWRON C8USB2_PWRFLT B8

EPHY_RDN B14EPHY_RDP C14

SATA_PLLTESTNL29 SATA_PLLTESTPM28

SATA_REFCLKPK31

SATA_REFCLKNK30

USB_MONPLLF13USB_MONCDRF12

SATA_TXDP2 J33SATA_TXDN2 J32SATA_RXDP2 H32SATA_RXDN2 H33

USB0_PWRFLT C10

J2603SERIAL ATAJ2603SERIAL ATA

HT-3 HT+2

HR-5 HR+6

GND 1

GND 4

GND 7

J2605SERIAL ATAJ2605SERIAL ATA

HT-3 HT+2

HR-5 HR+6

GND 1

GND 4

GND 7

FB2622


FB2622


R2615 62R2615 62

FB2651

600@100MHz200mA,500mOHM

FB2651

600@100MHz200mA,500mOHM

FB2621


FB2621

[email protected],20mOHM C2623

0.01uFC26230.01uF

C2615 0.01uFC2615 0.01uF

R26040R26040

R26322.7KR26322.7K

FB2625


FB2625


TP2605TP2605

R2652150 (DNI)R2652150 (DNI)

C260122uFC260122uF

R2651100 (DNI)R2651100 (DNI)

R2609 1.24K1%

R2609 1.24K1%

R2605DNIR2605DNI

R26030R26030

R2624 0R2624 0

C26260.1uFC26260.1uF

C26300.01uFC26300.01uF

FB2623


FB2623


C26510.1uFC26510.1uF

R26174.02K1%

R26174.02K1%

FB2624


FB2624


TP2607TP2607

TP2601WHITETP2601WHITE

J2602S-M-.100-1X2J2602S-M-.100-1X2

12MH2601

4-40X3/4in-SCREWMH26014-40X3/4in-SCREW

12

43

5678

FB2626


FB2626


J2609RJ45-10/100BASE-TXJ2609RJ45-10/100BASE-TX

TX_CT1 TX_+2

TX_-3

RX_+4

RX_-5 RX_CT6

LED1_CAT7LED1_AN8

LED2_CAT9LED2_AN10

VBUS111

VBUS215

DM1+13

DM2+17

DM1-12

DM2-16

GND114

GND218

SHLD19SHLD20SHLD21SHLD22SHLD23SHLD24SHLD25SHLD26

C2625100uFC2625100uF

C26051000pFC26051000pF

C2612 0.01uFC2612 0.01uF

R2653150 (DNI)R2653150 (DNI)

J2606S-M-.100-1X2 (DNI)J2606S-M-.100-1X2 (DNI)

12

C2614 0.01uFC2614 0.01uF

C26310.1uFC26310.1uF

R26182.7KR26182.7K

C2617 0.01uFC2617 0.01uF

TP2602TP2602

C2653

0.01uF (DNI)

C2653

0.01uF (DNI)

R2607DNIR2607DNI

R2625 0 (DNI)R2625 0 (DNI)

C2652

0.01uF (DNI)

C2652

0.01uF (DNI)

R26192.7KR26192.7K

TP2606TP2606

X2651

100.00MHz (DNI)7EA0000023X2651

100.00MHz (DNI)7EA0000023

GND

3

OUT 4VCC

6

OUT 5

R2606DNIR2606DNI

C26220.01uFC26220.01uF

C2610 0.01uFC2610 0.01uF

C26040.1uFC26040.1uF



IN

3

INB4

ONA1FAULTB 6

OUTB 7OUTA 9

FAULTA 10

GND

8

INA2

ONB5

R2626 0 (DNI)R2626 0 (DNI)

C2613 0.01uFC2613 0.01uF

R2614 62R2614 62

R2623 0R2623 0

C2620100uFC2620100uF

J2604S-M-.100-1X5

J2604S-M-.100-1X5

12345

C2627100uFC2627100uF

C2616 0.01uFC2616 0.01uF

C2621100uFC2621100uF

R2608DNIR2608DNI

C26021000pFC26021000pF

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

D3.3V

D5.0V

D3.3V

D3.3V

12.0V

A

A

A

AA

A

A

A

A

12.0V

A

12.0V

A

A

A

A

A A

A

A

12.0V

D3.3V

D3.3V

D3.3V

D5.0V

BSC_M3_SCL (11,28,30)

BCM740X_RST_OUT_N (4,5,17,18,20,21,24,25,28,29,30)

IRQ13_SLOT1A_N (10,24)

BSC_M3_SDA (11,28,30)BSC_M2_SDA (11,29)BSC_M2_SCL (11,29)

BCM740X_RST_OUT_N (4,5,17,18,20,21,24,25,28,29,30)

IRQ11_SLOT0A_N (10,24)

IRQ12_SLOT0B_N(10,24) IRQ14_SLOT1B_N(24)

SLOT0_PKT_ERROR2(19)SLOT0_PKT_SYNC2(19)SLOT0_PKT_VALID2(19)

SLOT0_PKT_CLK2(19)

SLOT0_PKT_DATA2(19)


SLOT0_PKT_CLK1(19)

SLOT0_PKT_DATA1(19)


SLOT1_PKT_CLK3(19)

SLOT1_PKT_DATA3(19)


SLOT1_PKT_CLK4(19)

SLOT1_PKT_DATA4(19)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

FrontEnd DaughterCard Slots

27 37



Rev:Modified:

Sheet: of

Document:


Size:


27 37



Rev:Modified:

Sheet: of

Document:


Size:


27 37



FE_DC_SLOT1A

FE_DC_SLOT1B

FE_DC_SLOT0A

FE_DC_SLOT0B

FrontEndDaughterCardSLOT0

FrontEndDaughterCardSLOT1

C2701100uF6.3V

C2701100uF6.3V

C273010uF16V

C273010uF16V

C27190.01uFC27190.01uF

C2720100uF6.3V

C2720100uF6.3V

C27150.1uFC27150.1uF

FB2712 27@100MHz

4A,8mOHM

FB2712 27@100MHz

4A,8mOHM

C2725100uF6.3V

C2725100uF6.3V

J2702PC-CARD-T/H-.050-2X15

J2702PC-CARD-T/H-.050-2X15

123456789101112131415

161718192021222324252627282930

R27042.7KR27042.7K

FB2713 27@100MHz

4A,8mOHM

FB2713 27@100MHz

4A,8mOHM

FB2701 27@100MHz

4A,8mOHM

FB2701 27@100MHz

4A,8mOHM

FB2703 27@100MHz

4A,8mOHM

FB2703 27@100MHz

4A,8mOHM

C2727100uF6.3V

C2727100uF6.3V

R2707 2.7KR2707 2.7K

C27230.1uFC27230.1uF

C27260.01uFC27260.01uF

J2701PC-CARD-T/H-.050-2X15

J2701PC-CARD-T/H-.050-2X15

123456789101112131415

161718192021222324252627282930

C270910uF16V

C270910uF16V

J2704PC-CARD-T/H-.050-2X15

J2704PC-CARD-T/H-.050-2X15

123456789101112131415

161718192021222324252627282930

C27020.01uFC27020.01uF

C272210uF16V

C272210uF16V

C27050.01uFC27050.01uF

C272410uF16V

C272410uF16V

C27280.01uFC27280.01uF

R27062.7KR27062.7K

C27290.1uFC27290.1uF

FB2706 27@100MHz

4A,8mOHM

FB2706 27@100MHz

4A,8mOHMC2706100uF6.3V

C2706100uF6.3V

C2718100uF6.3V

C2718100uF6.3V

FB2705 27@100MHz

4A,8mOHM

FB2705 27@100MHz

4A,8mOHMC27110.1uFC27110.1uF

FB2710 27@100MHz

4A,8mOHM

FB2710 27@100MHz

4A,8mOHM

FB2714 27@100MHz

4A,8mOHM

FB2714 27@100MHz

4A,8mOHM

R2708 2.7KR2708 2.7K

FB2711 27@100MHz

4A,8mOHM

FB2711 27@100MHz

4A,8mOHM

FB2715 27@100MHz

4A,8mOHM

FB2715 27@100MHz

4A,8mOHM

C27210.01uFC27210.01uF

J2703PC-CARD-T/H-.050-2X15

J2703PC-CARD-T/H-.050-2X15

123456789101112131415

161718192021222324252627282930

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

EXTIN1_DP7

EXTIN1_DP4EXTIN1_DP5EXTIN1_DP6

EXTIN1_DP2EXTIN1_DP1

EXTIN1_DP3

EXTIN1_DP0

EXTIN1_SYNP

EXTIN1_DN7EXTIN1_DN6



EXTIN1_DP6

EXTIN1_DN1

EXTIN1_DN0

EXTIN1_DP3

EXTIN1_SYNP

EXTIN1_DN3

EXTIN1_DN2

EXTIN1_CLKN

EXTIN1_DP2

EXTIN1_DN4

EXTIN1_DP1

EXTIN1_DP4

EXTIN1_DN5

EXTIN1_DN6

EXTIN1_DP0

EXTIN1_DP5

EXTIN1_DP7

EXTIN1_DP1

EXTIN1_DP7

EXTIN1_CLKP

EXTIN1_DN5

EXTIN1_VLDP

EXTIN1_VLDP

EXTIN1_CLKN

EXTIN1_DN7

EXTIN1_DN4

EXTIN1_VLDP

EXTIN1_VLDN

EXTIN1_SYNP

EXTIN1_CLKP

EXTIN1_SYNN

EXTIN1_DP6

EXTIN1_DP5

EXTIN1_DP2

EXTIN1_DP4

EXTIN1_DP0

EXTIN1_DP3

EXTIN1_DN6

EXTIN1_DN7

EXTIN1_DN0

EXTIN1_DN1

EXTIN1_DN2

EXTIN1_DN3


EXTIN1_DN[7:0]

EXTIN1_CLKP

EXTIN1_DP[7:0]

FPGA_LED_13

FPGA_LED_14

FPGA_LED_15

FPGA_LED_00FPGA_LED_01FPGA_LED_02

FPGA_LED_03FPGA_LED_04FPGA_LED_05FPGA_LED_06FPGA_LED_07FPGA_LED_08

FPGA_LED_10FPGA_LED_11FPGA_LED_12

FPGA_LED_09

TST_D31

TST_D28

TST_D30TST_D29

TST_D27

TST_D24

TST_D26TST_D25

TST_D23

TST_D20

TST_D22TST_D21

TST_D19

TST_D16

TST_D18TST_D17

TST_D15

TST_D12

TST_D14TST_D13

TST_D11

TST_D8

TST_D10TST_D9

TST_D7

TST_D4

TST_D6TST_D5

TST_D3

TST_D0

TST_D2TST_D1

TST_CLK_I

FPGA_LED_00FPGA_LED_01

ASI_SPI_CSASI_SPI_CLK

ASI_SPI_SDO

ASI_IOPROC_ENASI_JTAGHOSTASI_RESET

ASI_SPI_SDI

ASI_DATAERR ASI_STAT0ASI_STAT1ASI_STAT2ASI_STAT3

ASI_D9ASI_D8ASI_D7ASI_D6ASI_D5ASI_D4ASI_D3ASI_D2ASI_D1ASI_D0

ASI_PCLK

ASI_LOCKEDASI_DVB_ASIASI_SMPTE_BYPASI_AUTOMANbASI_FW_ENASI_FIFO_EN

ASI_LCKDb

EXTIN1_SYNN

EXTIN1_SYNN

EXTIN1_VLDN

EXTIN1_VLDN

EXTIN1_CLKN

ASI_FLS_LCK

ASI_RD_RSTASI_RD_CLK

ASI_STAT1

ASI_D0

ASI_D9ASI_D8ASI_D7ASI_D6ASI_D5ASI_D4

ASI_FW_ENASI_FIFO_EN

ASI_D1ASI_D2ASI_D3

ASI_AUTOMANb

ASI_DVB_ASIASI_SMPTE_BYP

ASI_DATAERRASI_LOCKED

ASI_STAT0

ASI_STAT3ASI_STAT2

ASI_LCKDb

ASI_IOPROC_ENASI_JTAGHOST


FPGA_LED_15

FPGA_LED_07FPGA_LED_06FPGA_LED_05FPGA_LED_04FPGA_LED_03FPGA_LED_02

FPGA_LED_12FPGA_LED_11FPGA_LED_10FPGA_LED_09FPGA_LED_08


ASI_SPI_CSASI_SPI_CLKASI_SPI_SDOASI_RD_CLK

ASI_FLS_LCKASI_RD_RST

TST0_VALIDTST0_DATATST0_SYNCTST0_CLK

TST0_ERROR

S4S3

S1S2

TST_D31

TST_D28

TST_D30TST_D29

TST_D27

TST_D24

TST_D26TST_D25

TST_D23

TST_D20

TST_D22TST_D21

TST_D19

TST_D16

TST_D18TST_D17

TST_D15

TST_D12

TST_D14TST_D13

TST_D11

TST_D8

TST_D10TST_D9

TST_D7

TST_D4

TST_D6TST_D5

TST_D3

TST_D0

TST_D2TST_D1

ASI_SPI_SDIASI_RESETASI_PCLK

TST_CLK_I

D5.0V

D3.3V

1.2V_FPGA_PLL

D3.3V

D3.3V

D1.8V

D1.8V

D3.3V

D3.3V

D1.8V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D2.5V_TXPT_TSTD2.5V

D1.2V_POD

D3.3V

D3.3V

BCM740X_RST_OUT_N (4,5,17,18,20,21,24,25,27,29,30)

ALT_PKT_VALID5(19)

ALT_PKT_ERROR5(19)

ALT_PKT_DATA5(19)ALT_PKT_SYNC5(19)

ALT_PKT_CLK5(19)

1394_TS_OUT_CLK (18)1394_TS_OUT_SYNC (18)1394_TS_OUT_DATA (18)

BSC_M3_SCL (11,27,30)BSC_M3_SDA (11,27,30)

BCM740X_CLK27_FPGA(20)

Title:

Rev:Modified:

Sheet: of

Document:


Size:

Transport Test FPGA

28 37



Custom

Title:

Rev:Modified:

Sheet: of

Document:


Size:

Transport Test FPGA

28 37



Custom

Title:

Rev:Modified:

Sheet: of

Document:


Size:

Transport Test FPGA

28 37



Custom

TS_IN

Place 100 ohm terminationresistors close to the FGPA

LOCKED

Configuration Done LED

Programming Header

Configuration EEPROM

For Diagnostics OnlyDisplays FPGA error codes

For FPGA Debug

S4 S3 S2 S1

LVDS inDVB-ASI inIEEE-1394 inTristate TS outputClk rise at Data-Out centerClk fall at Data-Out centerClk rise at Data-In centerClk fall at Data-In center

Selected input or functionSW Setting

OnOff

OnOff

OnOnOffOff

OnOffOnOff

Cable EQASI Deserializer

Force recoveryfrom false PLLlock

DVB-ASI IN

Route LVDS traces as 100 ohm differential pairs.Space pairs >= 50 mils apart.Keep traces as short as possible.

Try to keep all Test Pads on top side of board.

IEEE1394 Input

BANK 1 BANK 2

U2800BEP2C5F256C8FBGA256_16X16

BANK 1 BANK 2

U2800BEP2C5F256C8FBGA256_16X16

IO/LVDS3_PK4IO/LVDS3_NK5

IO/VREFB1N0F3

IO/LVDS2_PL1IO/LVDS2_NL2IO-L3L3

IO/VREFB1N1J4

CLK0/LVDSCLK0_PH2 CLK1/LVDSCLK0_NH1

IO/PLL1_OUT_PL4IO/PLL1_OUT_NM4

IO-M1M1IO-M2M2IO-M3M3IO/LVDS1_PN1IO/LVDS1_NN2IO/LVDS0_PP1IO/LVDS0_NP2

IO/LVDS28_N B14IO/LVDS28_P A14IO/LVDS27_N C13IO/LVDS27_P C12IO/LVDS26_N B13IO/LVDS26_P A13IO/LVDS25_N B12

IO/LVDS25_P/DPCLK8 A12

IO/LVDS24_N G10IO/LVDS24_P G11IO/LVDS23_N B10IO/LVDS23_P A10IO/LVDS22_N F10

IO/LVDS21_P D10

IO-A11 A11

IO/VREFB2N0 C11

IO/LVDS20_N A9

IO/LVDS20_P B9IO/LVDS19_N A7IO/LVDS19_P B7

IO/VREFB2N1 D8

IO/LVDS18_N F7IO/LVDS18_P F8IO/LVDS17_N B6

IO/LVDS22_P F9IO/LVDS21_N D11

CLK2/LVDSCLK1_PJ2 CLK3/LVDSCLK1_NJ1 IO-P3P3

IO/LVDS4_P/DPCLK1K2IO/LVDS4_NK1

IO/LVDS5_P/DPCLK0E1IO/LVDS5_NE2

IO/LVDS6_PD3IO/LVDS6_ND4

IO/LVDS7_PE3IO/LVDS7_NE4

IO/LVDS8_PD5IO/LVDS8_NE5

IO/LVDS17_P A6IO/LVDS16_N G6IO/LVDS16_P G7

IO-B11 B11

IO/LVDS15_N D6IO/LVDS15_P C6IO/LVDS14_N C5IO/LVDS14_P C4IO/LVDS13_N B5

IO/LVDS13_P/DPCLK10 A5IO/LVDS12_P A4IO/LVDS12_N B4IO/LVDS11_P A3IO/LVDS10_N F6IO/LVDS10_P E6

IO-A8 A8

R2817100R2817100

C28280.01uFC28280.01uF

R2810100R2810100

C28090.01uFC28090.01uF

TP2836TP2836

C13760.01uF

C13760.01uF

C13960.01uFC13960.01uF

C28181uF10V

C28181uF10V

C28160.01uFC28160.01uF

C13901uFC13901uF

TP2808TP2808

C28030.01uFC28030.01uF

C28261uF10V

C28261uF10V

TP2837TP2837

R131191 R131191

C28050.01uFC28050.01uF

R2813100R2813100

C13790.47uF

C13790.47uF

C282510uF10V

C282510uF10V

J1307BNC-75-OHM-VERTICALJ1307BNC-75-OHM-VERTICAL

1

2345

R1373 75R1373 75

R2809100R2809100

RN2807 22 (DNI)RN2807 22 (DNI)

1234 13

141516

5678

1211109

R280310KR280310K

TP2838TP2838

C1372 1uFC1372 1uF

C28270.01uFC28270.01uF

C1373 1uFC1373 1uF

C13930.01uFC13930.01uF

C13890.01uFC13890.01uF

C28121uF10V

C28121uF10V

C1375 1uFC1375 1uF

TP2835TP2835

C13830.01uFC13830.01uF

TP2816TP2816

C28060.01uFC28060.01uF

TP2846TP2846

R2816100R2816100

RN280233 RN280233

12345

678

TP2839TP2839

R280410KR280410K

TP2834TP2834

ON

SW2801DIP-SWITCH-SMT-4

ON

SW2801DIP-SWITCH-SMT-4

1236

5 4

78

C13861uFC13861uF

C13770.01uFC13770.01uF

U1310GS9090BQFN56

U1310GS9090BQFN56

LF_N1PLL_GND2PLL_VDD3BUFF_VDD4DDI_P5DDI_N6BUFF_GND7TERM8NC_99VBG10NC_1111IOPROC_EN12JTAG/HOST13RESET14

CO

RE

_VD

D15

CS

/TM

S16

SC

LK_T

CK

17C

OR

E_G

ND

18S

DO

UT_

TDO

19S

DIN

_TD

I20

IO_V

DD

21D

ATA

_ER

RO

R22

STA

T023

IO_G

ND

24S

TAT1

25S

TAT2

26S

TAT3

27IO

_GN

D28

IO_VDD 29RD_CLK 30RD_RESET 31DOUT0 32DOUT1 33DOUT2 34DOUT3 35DOUT4 36DOUT5 37DOUT6 38DOUT7 39DOUT8 40DOUT9 41IO_GND 42

IO_V

DD

43P

CLK

44C

OR

E_V

DD

45LO

CK

ED

46D

VB

_AS

I47

CO

RE

_GN

D48

SM

PTE

_BY

PA

SS

49A

UTO

/MA

N50

FW_E

N51

FIFO

_EN

52V

CO

_VD

D53

LB_C

ON

T54

VC

O_G

ND

55LF

_P56

GN

DH

S

TP2806TP2806

TP2833TP2833

C1374 1uFC1374 1uF

C13870.01uFC13870.01uF

C13710.1uFC13710.1uF

RN2806 22 (DNI)RN2806 22 (DNI)

1234 13

141516

5678

1211109

C28190.01uFC28190.01uF

TP2847TP2847

U2800AEP2C5F256C8FBGA256_16X16

NC

= B

8,C

15,C

16,D

1,D

2,D

7,D

9,E

13,E

15,F

5,F1

3,F1

4,G

4,H

6,J6

,J10

,K6,

K7,

K8,

K13

,N3,

N4,

N6,

N7,

P6,

R6

U2800AEP2C5F256C8FBGA256_16X16

NC

= B

8,C

15,C

16,D

1,D

2,D

7,D

9,E

13,E

15,F

5,F1

3,F1

4,G

4,H

6,J6

,J10

,K6,

K7,

K8,

K13

,N3,

N4,

N6,

N7,

P6,

R6

CONF_DONEL13STATUSM13CONFIGJ5

DCLKH4 DATA_0F1

CEG5

IO/LVDS41_P/CEO N14

IO/ASDOC3 IO/CSOF4 IO/LVDS41_N/INIT_DONE N13

IO/LVDS9_N/CLKUSR C2

IO/LVDS11_N/DEV_CLR B3IO/LVDS58_N/DEV_OE R3

MSEL0 J13MSEL1 K12

TMS G1TDI H5

TCK F2TDO G2

VCCIO1B1VCCIO1G3VCCIO1K3VCCIO1R1

VCCIO3B16VCCIO3G14

VCCIO4T2VCCIO4T15

VCCINTG9VCCINTH10VCCINTH7VCCINTJ7

GND A1GND A16GND B15GND B2GND C8GND C9GND E8GND E9GND G8GND H14GND H3GND H8

VCCA_PLL1M5 GNDA_PLL1 M6GND_PLL1 L5

VCCIO2A15VCCIO2A2VCCIO2C7VCCIO2C10VCCIO2E7VCCIO2E10

VCCIO3K14VCCIO3R16

VCCIO4P7VCCIO4P10

VCCIO4M7VCCIO4M10

VCCD_PLL1L6

VCCA_PLL2E12VCCD_PLL2F11

GND H9GND J14GND J3GND J8GND J9GND K9GND M8GND M9GND P8GND P9GND R15GND R2GND T1GND T16

GND_PLL1 N5

GNDA_PLL2 E11GND_PLL2 D12GND_PLL2 F12

IO/LVDS9_P/CRC_ERROR C1

TP2840TP2840

TP2832TP2832

C28130.01uFC28130.01uF

L1310 6.8nHL1310 6.8nH

C13824700pFC13824700pF

TP2807TP2807

C28021uF10V

C28021uF10V

BANK 3 BANK 4

U2800CEP2C5F256C8

FBGA256_16X16

BANK 3 BANK 4

U2800CEP2C5F256C8

FBGA256_16X16

IO/LVDS38_NM15IO/LVDS38_PM16

IO/LVDS37_NL15IO/LVDS37_PL16IO/LVDS36_NK16IO/LVDS36_P/DPCLK6K15IO/LVDS35_NH12IO/LVDS35_P/DPCLK7J12IO/LVDS34_NG16IO/LVDS34_PG15IO/LVDS33_NF15

CLK5/LVDSCLK2_NH15CLK4/LVDSCLK2_PH16

IO/VREFB3N1M14

IO-E16E16IO/LVDS32_NJ11IO/LVDS32_PH11IO/LVDS31_NG12IO/LVDS31_PG13

IO/VREFB3N0H13

IO/LVDS30_ND15IO/LVDS30_PD16IO/LVDS29_NC14IO/LVDS29_PD13

IO/LVDS54_P T7IO/LVDS54_N R7IO/LVDS53_P T8IO/LVDS53_N R8IO/LVDS52_P T9IO/LVDS52_N R9IO/LVDS51_P T11IO/LVDS51_N R11

IO-T6 T6

IO/LVDS50_P L9IO/LVDS50_N L10IO/LVDS49_P R10IO/LVDS49_N T10

IO/VREFB4N1 N8

IO/LVDS47_P P12IO/LVDS47_N P13

IO/LVDS46_P/DPCLK4 T12IO/LVDS46_N R12

IO/VREFB4N0 N11

IO-P11 P11

IO/LVDS45_P T13IO/LVDS45_N R13IO/LVDS44_P T14IO/LVDS44_N R14IO/LVDS43_P M11IO/LVDS43_N L11

IO/LVDS48_P K11IO/LVDS48_N K10

IO/LVDS33_PF16

IO-L14L14

IO-P14P14

IO/PLL2_OUT_ND14IO/PLL2_OUT_PE14

IO/LVDS42_NN12IO/LVDS42_PM12

IO/LVDS40_NP15IO/LVDS40_PP16IO/LVDS39_NN15IO/LVDS39_PN16

CLK6/LVDSCLK3_PJ15 CLK7/LVDSCLK3_NJ16

IO/LVDS60_P L7IO/LVDS60_N L8IO/LVDS59_P N9IO/LVDS59_N N10IO/LVDS58_P T3IO/LVDS57_P P5IO/LVDS57_N P4IO/LVDS56_P T4IO/LVDS56_N R4

IO/LVDS55_P/DPCLK2 T5

IO/LVDS55_N R5

IO-L12 L12

TP2831TP2831

R2819100R2819100

R2811100R2811100

C13800.47uF

C13800.47uF

JP2802

S-M-.100-2X13-SHRD

JP2802

S-M-.100-2X13-SHRD

13579

246810

11 121416

131517 1819 2021 2223 2425 26

R280533 R280533

C28330.047uFC28330.047uF

RN28012.7KRN28012.7K

1 2 3 45678

TP2830TP2830

TP2848TP2848

TP2841TP2841

R2824 0R2824 0

C13941uFC13941uF

TP2855TP2855

R280610KR280610K

C13921uFC13921uF

R1376 33R1376 33

TP2829TP2829

D1302GRN/ORG-SMT

D1302GRN/ORG-SMT

C2832

0.047uF

C2832

0.047uF

FB1308

27@100MHz

FB1308

27@100MHz

C28140.01uFC28140.01uF

C13950.01uFC13950.01uF

FB2800 220@100MHzFB2800 220@100MHz

TP2828TP2828

C28170.01uFC28170.01uF

TP2849TP2849

R2801

300

R2801

300

FB1309

27@100MHz

FB1309

27@100MHz

RN2804 47KRN2804 47K1234 5

678

R2815100R2815100

U2802EPCS1SI8SO8

U2802EPCS1SI8SO8

VC

C7

DCLK 6CS 1

VC

C3

VC

C8

DATA2 ASDI 5

GN

D4

C28150.01uFC28150.01uF

RN2808 22 (DNI)RN2808 22 (DNI)

1234 13

141516

5678

1211109

J2802S-M-.100-2X5J2802S-M-.100-2X5

13579

246810

TP2827TP2827

R1323 0R1323 0

C281110uF10V

C281110uF10V

TP2842TP2842

TP2819TP2819

C13850.01uFC13850.01uF

C28290.01uFC28290.01uF

C13910.01uFC13910.01uF

J1306MICTOR-RCPT-38-VERT-.236-HIGH (DNI)

J1306MICTOR-RCPT-38-VERT-.236-HIGH (DNI)

D15e7D14e9D13e11D12e13D11e15D10e17D9e19D8e21

D15o 8D14o 10D13o 12D12o 14D11o 16D10o 18D9o 20D8o 22

D7e23D6e25 D7o 24

D6o 26

+5VDC1GND3 SCL 2

SDA 4

CLKo 6CLKe5

D5e27D4e29D3e31D2e33D1e35D0e37

D5o 28D4o 30D3o 32D2o 34D1o 36D0o 38

G1

39G

240

G3

41G

442

G5

43

TP2850TP2850

TP2818TP2818

C28070.01uFC28070.01uF

C280110uF10V

C280110uF10V

TP2817TP2817

R2818100R2818100

C13780.01uFC13780.01uF

C13840.01uFC13840.01uF

C283110uF10V

C283110uF10V

R131291 R131291

C28040.01uFC28040.01uF

R137275

R137275

R2812100R2812100

R2807 33R2807 33

TP2843TP2843

RN2803 33RN2803 33

1234 5

678

D2801

GREEN

D2801

GREEN

TP2851TP2851

D1303

GREEN

D1303

GREEN

GS9074A

U1311

GS9074A

U1311

VEE_A1

SDI2

SDIb3

VEE_A4

AG

C5

AG

Cb

6

BY

PA

SS

7

MC

LAD

J8

VEE_D 9

SDOb 10

SDO 11

VEE_D 12

VC

C_D

13

MU

TE14

CD

b15

VC

C_A

16

GND HS

C28200.01uFC28200.01uF

RN2805 22 (DNI)RN2805 22 (DNI)

1234 13

141516

5678

1211109

C13811uFC13811uF

R280210KR280210K

R1313

300

R1313

300

TP2852TP2852

C13881uFC13881uF

C28100.01uFC28100.01uF

R2814100R2814100

C13120.1uFC13120.1uF

U1305RED-5X7-4-CHAR (DNI)

U1305RED-5X7-4-CHAR (DNI)

A08A17

BL 18

CE11CE22

CLR 3

CU5

CUE 4D011D112D213D314D417D516D615

WR6

GND

10

VDD

9

R1377100KR1377100K

TP2844TP2844

R137437.4R137437.4

VCC

GND

U2801NC7SZ04SC70-5VCC

GND

U2801NC7SZ04SC70-5

24

5

3

FB2801 220@100MHzFB2801 220@100MHz

TP2853TP2853

U1312MAX4626EUKSOT23-5

U1312MAX4626EUKSOT23-5

COM 1

VCC

5

IN4

GND

3

NO 2

R1321 0R1321 0

TP2845TP2845

C28080.01uFC28080.01uF

C283010uF10V

C283010uF10V

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

PC_D2PC_D3

PC_D0

OB_CRX_A8OB_DRX_A9

PC_A3

PC_A11PC_A10

PC_RD_N

VCC_POD

TX_CLK_A4TX_I_A5

PC_WE0_NPC_DS_NPC_WE1_N

TX_EN_A6TX_Q_A7

PC_CE1_N

PC_D4

PC_CE2_N

PC_D6PC_D5

PC_D7

PC_D1

PC_WAIT_N

DVB_MCLKO_VS2_N

POD_VPP1_EN1POD_VPP1_EN0VPP1_MPOD_LOGIC

POD_VPP2_EN1POD_VPP2_EN0

IRQ3_POD_N

DVB_MCLKO_VS2_N

DVB_EN_N

SS_EN_N

OB_CRX_A8OB_DRX_A9

TX_CLK_A4GLUELESS_MPOD_ONLY_N

IRQ3_POD_N

SS_EN_N

POD_VPP2_EN1

PC_A3PC_WAIT_N

PC_CE1_NPC_CE2_NPC_WE0_NPC_WE1_N

PC_RD_NPC_DS_N

PC_A11PC_A10

POD2CHIP_SDO_INPACK_N

POD_VPP1_EN1

PC_D6

PC_D4PC_D5

PC_D3

PC_D7

POD_VPP2_EN0

POD_VPP1_EN0

TX_CLK_A4TX_I_A5TX_EN_A6TX_Q_A7

PC_D2PC_D1PC_D0

OB_CRX_A8OB_DRX_A9

POD_MCLKO_A14

MS_EN_NDVB_EN_N

3255_POD_US_CLK

3255_POD_OOB_DT

EBI_ADDR3

EBI_ADDR1

3255_POD_OOB_CK

EBI_ADDR4

EBI_ADDR0



EBI_ADDR14

EBI_ADDR5EBI_ADDR6

EBI_ADDR8EBI_ADDR9

EBI_ADDR7

EBI_ADDR15

EBI_ADDR2

EBI_DATA13

EBI_DATA8



EBI_DATA9EBI_DATA10

GLUELESS_MPOD_ONLY_N

POD_MCLKO_A14

POD_VCC_ON

D3.3V

D3.3V

D5.0VD3.3V

D3.3V

D3.3V

D3.3V

D3.3VD3.3V

D3.3V

D3.3V

D3.3V

D3.3VD5.0V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3V

D3.3VD3.3V

POD_IOIS16_N (24)

POD_RMXP_OUT_SYNC(14)

POD_RMXP_OUT_DATA5(14)POD_RMXP_OUT_DATA4(14)

POD_RMXP_OUT_DATA2(14)





POD_RMXP_OUT_VALID(14)


POD_PPKT_IN_DATA5(14)

POD_PPKT_IN_DATA7(14)POD_PPKT_IN_DATA6(14)

POD_PPKT_IN_DATA4(14)


POD_PPKT_IN_VALID(14)


POD_PPKT_IN_SYNC(14)

POD_VS1_N (24)

POD_RST (24)IRQ3_POD_N(24)


POD_CD2_N (30)

GP_POD_VCC_ON(11)

DVB_MCLKO_VS2_N(24)

POD_VPP2_EN0 (10)POD_VPP2_EN1 (10)

POD_VPP1_EN0 (10)POD_VPP1_EN1 (10)

EBI_DATA[15:0](21)

EBI_ADDR[15:0](21)EBI_ADDR[25:16](13,20,21)

EBI_CS2_POD1A_N(21)

EBI_TA2_N(21)

BCM740X_RST_OUT_N(4,5,17,18,20,21,24,25,27,28,30)

CLK27_CPLD(20)

EBI_CS3_POD1B_N(21)

EBI_RD_N(13,20,21)EBI_WE1_N(13,21)EBI_WE0_N(13,20,21)

EBI_DS_N(13,20,21)

EBI_RW_N(13,21)

BSC_M2_SDA (11,27)BSC_M2_SCL (11,27)

GP_PKT_ERROR3(10,19)

POD2CHIP_SDO_INPACK_N(14)

CHIP2POD_SDI_A0 (14)CHIP2POD_SCLK_A1 (14)CHIP2POD_SCTL_A2 (14)

MS_MICLK_A12 (14)MS_MOCLK_A13 (14)

POD_CD1_N (24)

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Size:

Glueless-MPOD, S-POD CPLD

29 37



Rev:Modified:

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Size:


29 37



Rev:Modified:

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29 37



For MPOD only interface, LTC1471can be changed to LTC1470.

Keep the jammingsignals like this one really short

This default configuration of this circuit supports MPOD and SPOD.For Glueless MPOD-only interface, Install the 0 ohms below (in this box) which will:1. Tri-states all outputs of the CPLD and 74LV125 (CPLD and 74LV125 can be removed optionally).2. Connects POD signals without any glue logic/buffer.

74XX_SDO dirves POD_SDI

Layout must keep the stubs short due to these0-ohms and signal jamming to/from 74LVC125.

Insert jumper plug to force Vcc Onfor MII daughter board testing

PC_DVB_A13PC_DVB_A12

PC_DVB_A7PC_DVB_A6PC_DVB_A5PC_DVB_A4

LED_Test

Keep RMXP and PPKT stubs short

Cut pin 5

PC_EN_N

Add 33 ohm termination on GP_PKT_ERROR3 at Bcm7405.

Do I need this?

This design supports SCARD, MCARD, and DVB-CI. To understand details of how tointerface the Bcm7405 to each of these standards, please see the App Note "740X-AN400-Dx" "Cable Card Interface for the BCM7400, BCM7401, BCM7403, and BCM7405".


(30) IRQ10_3510_N

(23) UART_0_TXD

(24) POD_VCC_ON

C29090.01uFC29090.01uF

C29180.01uFC29180.01uF

C29030.01uFC29030.01uF

U2901LC4128V-75TN144CTQFP-144

NC

= 1

7,2

0,3

8,4

5,7

2,8

9,9

2,1

10,1

17,1

44

U2901LC4128V-75TN144CTQFP-144

NC

= 1

7,2

0,3

8,4

5,7

2,8

9,9

2,1

10,1

17,1

44

IO_A139139IO_A140140IO_A141141IO_A142142IO_A143143IO_B44IO_B55IO_B66IO_B77IO_B88IO_B99

IO_C2525IO_C2626IO_C2828IO_C2929IO_C3030IO_C3131IO_C3232IO_C3333IO_D3939IO_D4040IO_D4141IO_D4242

IO_A131131IO_A132132IO_A133133IO_A134134IO_A135135IO_A138138

IO_B1111IO_B1212IO_B1313IO_B1414IO_B1515

GN

D1_

118

118

IO_H123 123IO_H124 124

GN

D1_

9090

GN

D1_

6565

GN

D0_

137

137

GN

D_1

1

GN

D0_

1818

GN

D0_

1010

GN

D0_

4646

GN

D1_

9999

GN

D1_

5555

GN

D_3

737

GN

D0_

127

127

GN

D1_

8282

VC

CO

0_3

3V

CC

O0_

1919

VC

CO

0_34

34V

CC

O0_

4747

VC

CO

1_64

64V

CC

O1_

7575

VC

CO

1_91

91V

CC

O1_

106

106

VC

CO

1_11

911

9

VC

CO

0_13

613

6

VC

C_1

2912

9

IO_B1616IO_C2121IO_C2222IO_C2323

GN

D0_

2727

IO_C2424

IO_D4343IO_D4444IO_D4848

CLK1 / I54

IO / GOE1125

CLK2 / I56

TCK 35

TDI 2TDO 107

TMS 74

IO_D5050 IO_D4949

IO_H116 116IO_H115 115IO_H114 114

IO_G102 102IO_G101 101IO_G100 100

IO_G98 98IO_G97 97IO_G96 96

IO_G93 93IO_F88 88IO_F87 87IO_F86 86

IO_F84 84IO_F83 83IO_F81 81IO_F80 80IO_F79 79IO_F78 78

IO_E71 71IO_E70 70IO_E69 69IO_E68 68IO_E67 67IO_E66 66IO_E63 63

IO_D5252 IO_D5151

IO_D5353

IO_E61 61IO_E62 62

IO_E59 59IO_E60 60

IO_E58 58

IO_F76 76IO_F77 77

IO_F85 85

IO_G94 94IO_G95 95

IO_G103 103IO_G104 104IO_G105 105

IO_H113 113

IO_H111 111IO_H112 112

IO_H121 121IO_H120 120

IO_H122 122

VC

C_3

636

VC

C_5

757

GN

D_7

373

VC

C_1

0810

8G

ND

_109

109

CLK3 / I126CLK0 / I128

IO / GOE0130

RN29110 (DNI)RN29110 (DNI)

1234 5

678

V2908V2908

RN290610KRN290610K

1 2 3 45678

V2905V2905

V2914V2914

R29272.2KR29272.2K

R2902 1KR2902 1K

R29054.7KR29054.7K

R2929 10KR2929 10K

R2932 10KR2932 10K

R29041KR29041K

V2920V2920

R2906 1KR2906 1K

R2920 0R2920 0

U2902A74LVC125ASO14

U2902A74LVC125ASO14

2 3

14 17

R2919 0R2919 0

R2933 10KR2933 10K

V2912V2912

C29131uF10V

C29131uF10V

R2918 0R2918 0

J2902S-M-.100-1X8

J2902S-M-.100-1X8

12345678

U2903LTC1477CS8SO8

U2903LTC1477CS8SO8

EN4

VIN12VIN27VIN36

VINS3

VOUT 8VOUT 1

GND 5

R2908 33R2908 33

R2928 10KR2928 10K

R291027K (DNI)R291027K (DNI)

R293510KR293510K

V2901V2901

R29212.7KR29212.7K

V2906V2906

R29074.7KR29074.7K

U2902C74LVC125ASO14

U2902C74LVC125ASO14

9 8

14 107

D2901GREEND2901GREEN

R2925 0R2925 0

R293010KR293010K

R2914 33R2914 33

V2904V2904

3V

J2901

PCMCIA-SOCKET-3V

3V

J2901

PCMCIA-SOCKET-3VGND1

D3 2D4 3D5 4D6 5D7 6

CE17

A10 8

OE9

A11 10

DRX(A9) 11CRX(A8) 12

A13 13

MCLKO(A14)14

WE15

IREQ(READY)16

VCC 17

VPP-1 18

MIVAL(A16)19 MCLKI(A15)20

A12 21

QTX(A7) 22ETX(A6) 23ITX(A5) 24CTX(A4) 25A3 26A2 27A1 28A0 29

D0 30D1 31D2 32

IOIS16(WP) 33

GND34 GND35

CD1 36

MDO3(D11)37MDO4(D12)38MDO5(D13)39MDO6(D14)40MDO7(D15)41

CE242

VS1 43IORD(RFU)44IOWR(RFU)45

MISTRT(A17)46MDI0(A18)47MDI1(A19)48MDI2(A20)49MDI3(A21)50

VCC 51

VPP-2 52

MDI4(A22)53MDI5(A23)54MDI6(A24)55MDI7(A25)56

VS2 57

RESET 58

WAIT 59

INPACK60

REG61

MOVAL(BVD2)62MOSTRT(BVD1)63MDO0(D8)64MDO1(D9)65MDO2(D10)66

CD2 67

GND68

U2902D74LVC125ASO14

U2902D74LVC125ASO14

12 11

14 137

V2918V2918

+ C29231uF16V

+ C29231uF16V

C29150.01uFC29150.01uF

C291210uF10V

C291210uF10V

U2902B74LVC125ASO14

U2902B74LVC125ASO14

5 6

14 47

C29190.1uFC29190.1uF

V2917V2917

C29140.01uFC29140.01uF

C29060.01uFC29060.01uF

V2911V2911

R2903300R2903300

V2902V2902

V2907V2907

R2909 1K (DNI)R2909 1K (DNI)

V2916V2916

R2911 4.7KR2911 4.7K

V2919V2919

RD29010RD29010

A B

C

R292410KR292410K

R29222.7KR29222.7K

R2915100KR2915100K

R2901 1KR2901 1K

+C2921

1uF16V

+C2921

1uF16V

C29160.01uFC29160.01uF

J2906S-M-.100-1X2

J2906S-M-.100-1X2

12

C29200.1uFC29200.1uF

R293410KR293410K

R293110KR293110K

R2916 33R2916 33

V2903V2903

V2913V2913

R2926 0R2926 0

+ C29241uF16V

+ C29241uF16V

V2915V2915

RN290210KRN290210K

1 2 3 45678

U2904LTC1471

SO-16

U2904LTC1471

SO-16

AVOUT1 AEN0 4AEN1 3AVOUT16

B5V

10

A3V

14

A3V

15

GND

5

B3V

7

B3V

6

A5V

2

GND

13

BEN0 12BEN1 11BVOUT8

BVOUT9

V2909V2909

C2922 0.1uFC2922 0.1uF

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

IRQ2_TEST_N

VO_656_D5

VO_656_CLK

VO_656_D7

VO_656_D2

I2S_CLK_OUT

VO_656_CLK

VO_656_D7

VO_656_D6

VO_656_D6VO_656_D5

VO_656_D4

VO_656_D4

VO_656_D3

VO_656_D3VO_656_D2

VO_656_D1

VO_656_D1

VO_656_D0

VO_656_D0

GP_VI_656_D1GP_VI_656_D7GP_VI_656_D6

I2S_LR_OUT

VI_656_D4

VI_656_CLK

GP_VI_656_D6

I2S_DATA_INI2S_CLK_IN

VI_656_D3GP_VI_656_D7

VI_656_D7

VI_656_D1

GP_VI_656_D1

VI_656_D2

GP_PKT_SYNC5

VI_656_D0

GP_PKT_CLK5

AUD_FS_CLK

GP_PKT_DATA5

VI_656_D6

I2S_DATA_OUT

VI_656_D5

GP_PKT_SYNC5

I2S_LR_INEXT_I2S_256FS_CLK

GP_VI_656_D0GP_VI_656_D1GP_VI_656_D2GP_VI_656_D3

GP_PKT_DATA5GP_PKT_CLK5

D3.3V

D3.3V

D5.0VD2.5V

BCM740X_RST_OUT_N (4,5,17,18,20,21,24,25,27,28,29)

VO_656_D0 (13)

VO_656_D2 (13)VO_656_D1 (13)

VO_656_D3 (13)

AUD_FS_CLK (10)

BSC_M3_SDA(11,27,28)BSC_M3_SCL(11,27,28)

VO_656_D4 (13)

VO_656_D6 (13)VO_656_D5 (13)

VO_656_D7 (13)

VO_656_CLK (13)

IRQ2_TEST_N (24)

AGS_TP_IN23(31)AGS_TP_OUT24(31)


AGS_TP_OUT27(31)

AGS_TP_IN24(31)

PKT_ERROR4(19)PKT_ERROR5(19)PKT_VALID0(19)PKT_VALID1(19)

PKT_VALID2(19)PKT_VALID3(19)PKT_VALID4(19)PKT_VALID5(19)

GP_VI_656_D0 (10)GP_VI_656_D1 (10)GP_VI_656_D2 (10)GP_VI_656_D3 (10)GP_VI_656_D4 (10)GP_VI_656_D5 (10)GP_VI_656_D6 (10)GP_VI_656_D7 (10)

GP_VI_656_CLK (10)

GP_PKT_CLK5(11,19)GP_PKT_DATA5(11,19)GP_PKT_SYNC5(11,19)

POD_CD2_N(29)

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CCIR-656

30 37



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Size:

CCIR-656

30 37



Rev:Modified:

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CCIR-656

30 37



Signals go into CCIR-656VDEC-VEC-AAC-I2S daughter card

Signals come from CCIR-656VDEC-VEC-AAC-I2S daughter card

CCIR-656VDEC-VEC-AAC-I2SDaughter CardConnector

J3001 pin36 and 38 are connected to activesignals on CCIR-656 VDEC-VEC-AAC-I2Sdaughter card, so they cannot be used forother signals.

Strap Bits

GPIO_055/Ext_TP_In_23GPIO_056/Ext_TP_Out_24GPIO_057/Ext_TP_Core_Sel_0GPIO_058/Ext_TP_Core_Sel_1

GPIO_059/Ext_TP_Core_Sel_2GPIO_060/Ext_TP_In_25GPIO_061/Ext_TP_In_26GPIO_062/Ext_TP_Out_27GPIO_024/Ext_TP_In_24

Place all the above resistors and rpacks next to BCM740Xto minimize stub.

BCM7405

Digital Video InputBCM7405

Teletext signals are on GPIO57/58.

Jumper wire. See P9 Rework Instructions.

(10) IRQ10_3510_N

Digital Video Output

U100-3


Digital Video Output

U100-3


VO_656_0 / LED_LD_0 / EXT_GFX_00 AN33VO_656_1 / LED_LD_1 / EXT_GFX_01 AN34VO_656_2 / LED_LD_2 / EXT_GFX_02 AM33VO_656_3 / LED_LD_3 / EXT_GFX_03 AM34VO_656_4 / LED_LD_4 / EXT_GFX_04 AL32VO_656_5 / LED_LD_5 / EXT_GFX_05 AL33VO_656_6 / LED_LD_6 / EXT_GFX_06 AL34VO_656_7 / LED_LD_7 / EXT_GFX_07 AK32

VO_656_CLK / LED_LS_4 / EXT_GFX_08 AK33

R3003 33R3003 33

RN3014 0 (DNI)RN3014 0 (DNI)1234 13

141516

5678

1211109

TP3001TP3001

R3013 0R3013 0

RN3005 33RN3005 331234 5

678

RN3007 0 (DNI)RN3007 0 (DNI)12345

678

J3001MICTOR-RCPT-38-VERT.25-HIGH

J3001MICTOR-RCPT-38-VERT.25-HIGH

D15e 7D14e 9D13e 11D12e 13D11e 15D10e 17D9e 19D8e 21

D15o8D14o10D13o12D12o14D11o16D10o18D9o20D8o22

D7e 23D6e 25D7o24

D6o26

+5VDC 1GND 3SCL2

SDA4

CLKo6 CLKe 5

D5e 27D4e 29D3e 31D2e 33D1e 35D0e 37

D5o28D4o30D3o32D2o34D1o36D0o38

G1

39G

240

G3

41G

442

G5

43

C300110uF6.3V

C300110uF6.3V

R3012 0 (DNI)R3012 0 (DNI)

RN3011 0 (DNI)RN3011 0 (DNI)12345

678

R3011 0 (DNI)R3011 0 (DNI)

RN3002 0 (DNI)RN3002 0 (DNI)12345

678

RN3013 0RN3013 012345

678

R3001 33R3001 33

R3021 33R3021 33

J3011S-M-.100-2X5

J3011S-M-.100-2X513579

246810

RN3004 33 (DNI)RN3004 33 (DNI)1234 5

678

RN3021 33RN3021 331234 13

141516

5678

1211109

R3014 0 (DNI)R3014 0 (DNI)

C30034.7uFC30034.7uF

R3002 33R3002 33

C30024.7uFC30024.7uF

RN3001 0 (DNI)RN3001 0 (DNI)12345

678

RN3012 0RN3012 0

12345

678

R30042.7KR30042.7K

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A



AGS_TP_OUT05(10)

AGS_TP_OUT02(10)AGS_TP_OUT01(26)AGS_TP_OUT00(26)

AGS_TP_OUT08(10)AGS_TP_OUT09(10)AGS_TP_OUT10(10)AGS_TP_OUT11(24)AGS_TP_OUT12(10)AGS_TP_OUT13(10)AGS_TP_OUT14(10)AGS_TP_OUT15(10)



AGS_TP_OUT20 (19)

AGS_TP_OUT23 (10)AGS_TP_OUT22 (19)AGS_TP_OUT21 (14)

AGS_TP_OUT24 (30)AGS_TP_OUT25 (14)AGS_TP_OUT26 (14)AGS_TP_OUT27 (30)AGS_TP_OUT28 (14)AGS_TP_OUT29 (14)AGS_TP_OUT30 (14)AGS_TP_OUT31 (14)

AGS_TP_IN15(24)AGS_TP_IN14(24)AGS_TP_IN13(24)AGS_TP_IN12(24)AGS_TP_IN11(10)AGS_TP_IN10(14)AGS_TP_IN09(14)AGS_TP_IN08(14)AGS_TP_IN07(10)AGS_TP_IN06(14)AGS_TP_IN05(14)AGS_TP_IN04(14)AGS_TP_IN03(10)


AGS_TP_IN00(14)

AGS_TP_IN26 (30)AGS_TP_IN25 (30)AGS_TP_IN24 (30)AGS_TP_IN23 (30)AGS_TP_IN22 (10)AGS_TP_IN21 (19)AGS_TP_IN20 (14)



AGS_TP_IN27 (14)AGS_TP_IN28 (19)AGS_TP_IN29 (19)AGS_TP_IN30 (19)AGS_TP_IN31 (19)

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Size:31 37


BCM97405MBv00 SchematicTest ConnectorsTitle:

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BCM97405MBv00 SchematicTest ConnectorsTitle:

Rev:Modified:

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BCM97405MBv00 SchematicTest Connectors

J3102MICTOR-RCPT-38-VERT-.236-HIGH




D7e23D6e25 D7o 24

D6o 26

+5VDC1GND3 SCL 2

SDA 4

CLKo 6CLKe5


D5o 28D4o 30D3o 32D2o 34D1o 36D0o 38

G1

39G

240

G3

41G

442

G5

43





D7e23D6e25 D7o 24

D6o 26

+5VDC1GND3 SCL 2

SDA 4

CLKo 6CLKe5


D5o 28D4o 30D3o 32D2o 34D1o 36D0o 38

G1

39G

240

G3

41G

442

G5

43

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

POWER_OKPOWER_ON_N

AUD1T

5.0V 3.3V

5.0V-12.0V 3.3V12.0V-5.0V5VSTBY

A

A

-5.0V

A-5.0V

A

D5.0V

A5.0V

-5.0V -12.0V 5VSTBY

1.2V

5.0V

D1.2V_BCM740X

A1.2V_BCM740X

A

D1.2V_POD

12.0V

12.0V

D5.0V

A

1.2V_FPGA_PLL

D1.5V

1.5VD3.3V

D5.0V

POWEROK(21)

Title:

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Power Supply Regulation

32 37



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2.32 A

1.60 A

420 mA

260 mA

3.28 A 2.53 A

12.0V

Short all GNDs together after layout

Filter for NMI noiserejection from ATXpower supply.

Power ONLED

5.0V

Place these TPs & caps near J201 ATX connector.

3.3V

A-5.0V

The trace width from J201 ATX connector to L202 andpower plane should be > 200 mils. Add multiple vias onthe trace to the power plane.

D5.0V

750 mA

-12.0V-5.0V

D1.2V_BCM7405

A1.2V_BCM7405

A5.0V

A1.2V

D1.2V

D1.2V_POD

300 mA

Place J216 near U100.

ATX Power Supply Connector

Heatsink Fan Connector

Power (W)

0.14

1.2 1.60

BCM7405A0 Worst Case Power Measurements(Preliminary - sample of one)

1.920

Total Power

Voltage Rail Supply (V) Current (A)

A1.2V_BCM740X 0.42 0.504

D1.2V_BCM740X

D2.5V_BCM740X

D3.3V_BCM740X

1.2

2.5

3.3 0.25

5.724

0.350

0.825

D1.8V_BCM740X 0.88 1.5841.8

A3.3V_BCM740X

3.3 0.02 0.066

2.5

A2.5V_BCM740X

0.19 0.475

Probably could delete. Enpirion datasheetdoes not call for it.

VOUT

INV

Vout =0.75 ( 1240 / 2000 ) + 0.75 = 1.215v

Amperage notes need to be updated.

5 MHz operating frequency

87 mA

U203 need to have 0.25"square heatsink pad ontop and bottom layers.

D1.5V

IEEE1394: 87 mA

Vref = 1.25V

587 mA

RF

D1.2V

A1.2V

Connection between Pins 9 and 12 added by rework. See rework instructions for P7.

RoHS-compliant ATX Power SupplyBRCM P/N: 533942-00Vendor: Channel Well TechnologyVendor P/N: PSG300C-D0-GA02-I601-0000FF

P.S. Output-----------------------------------------+12V Max 18A, Min 0.3A.+5V Max 35A, Min 1A.+5VSB Max 2A, Min 0A.+3.3V Max 28A, Min 0.3A.-5V Max 0.5A, Min 0A.-12V Max 1A, Min 0A.

Power-up sequence is NOT required for Broadcom65nm chip such as BCM7405. If there are othernon-65nm technology based Broadcom chips usedon the same board, then the board designer shouldfollow the power-up sequence recommended bythose other chips.

Board designer should check carefully and makesure if they need power-up sequence or not whendesigning the power supply. Inappropriate powersequences may result in chip lock-up, and/or buscontention if other output (to this chip) devices arealso driving the signals during power up or down.

C239

0.1uF

C239

0.1uF

TP240REDTP240RED

+ C220470uF16V

+ C220470uF16V

U203LM1117MPX ADJSOT223

U203LM1117MPX ADJSOT223

INI

ADJ

A

OUT OH/S OUT H

MH2014-40X3/4in-SCREW

MH2014-40X3/4in-SCREW12

43

5678


1 2 3

R2121KR2121K

L202

1.5uH6.4A,10mOHM

L202

1.5uH6.4A,10mOHM

TP212REDTP212RED

C24522uF6.3V

C24522uF6.3V

C24222uF6.3V

C24222uF6.3V

R2072KR2072K

TP203REDTP203RED

TP200BLACK TP200BLACK

+ C248100uF6.3V

+ C248100uF6.3V

FB209

4A,8mOHM27@100MHz

FB209

4A,8mOHM27@100MHz

MH14-40X3/4in-SCREW

MH14-40X3/4in-SCREW

FB208

6A,0.6mOHM42@100MHz

FB208

6A,0.6mOHM42@100MHz

TP256REDTP256RED

C2270.1uF

C2270.1uF

J281

MALE-4-PIN-LOCK (DNI)

J281


1234



43

5678


TP211REDTP211RED

TP239REDTP239RED

FB217

4A,8mOHM27@100MHz

FB217

4A,8mOHM27@100MHz

TP219BLACK TP219BLACK TP230BLACK TP230BLACK

J282


J282


1234

R2171211%

R2171211%

TP213REDTP213RED

TP238REDTP238RED

FB219

4A,8mOHM27@100MHz

FB219

4A,8mOHM27@100MHz

TP257REDTP257RED


C24322uF6.3V

C24322uF6.3V


TP255REDTP255RED

D201GREEND201GREEN

TP281TP281

C2300.01uFC2300.01uF


C2511000pFC2511000pF


+ C209330uF6.3V

+ C209330uF6.3V

+ C255220uF6.3V

+ C255220uF6.3V

MH34-40X3/4in-SCREW

MH34-40X3/4in-SCREW

R2061.24KR2061.24K


R202300R202300

+ C221330uF6.3V

+ C221330uF6.3V



C2440.01uFC2440.01uF

C22522uF6.3V

C22522uF6.3V

C2230.015uFC223

0.015uF

FB203

4A,8mOHM27@100MHz

FB203

4A,8mOHM27@100MHz

U202ER5336QIqfn50p400x400_26_hs250n

U202ER5336QIqfn50p400x400_26_hs250n

PVIN7PVIN8PVIN9

PGND 15PGND 6PGND 5PGND 4PGND 3PGND 2

AGND13

AVIN12

BTMP11

POK 22

VDDB 14

VDRAIN 24

VDRAIN 26

VDRAIN 23

VDRAIN 25

PGND 1

XOV 17XFB 16

ENABLE21

EAOUT 20EAIN19PG10

SS18

J201ATX-POWERJ201ATX-POWER

3V113V22

GND1 3

5V1 4

GND2 5

5V2 6

GND3 7

PW-OK8

5VSB9

12V10

5V3 195V4 20

-5V18

GND4 13GND5 15GND6 16

PS-ON14

GND7 17

-12V12

3V311


R2011KR2011K

J213S-M-.100-1X2J213S-M-.100-1X2

12

+ C22222uF16V

+ C22222uF16V

+ C254220uF4V

+ C254220uF4V



+ C205330uF6.3V

+ C205330uF6.3V

+ C206470uF6.3V

+ C206470uF6.3V

J215S-M-.100-1X2

J215S-M-.100-1X2

12



43

5678

TP216BLACKTP216BLACK

FB218

4A,8mOHM27@100MHz

FB218

4A,8mOHM27@100MHz



C2800.01uFC2800.01uF



+ C224330uF6.3V

+ C224330uF6.3V

+ C207330uF6.3V

+ C207330uF6.3V

TP280TP280

+ C2411000uF6.3V

+ C2411000uF6.3V

TP236BLACK TP236BLACK C24947uF6.3V

C24947uF6.3V

J205S-M-.100-1X2J205S-M-.100-1X2

12


C2261000pFC2261000pF C247

0.01uFC2470.01uF

+ C27933uF10V

+ C27933uF10V

J204S-M-.100-1X2J204S-M-.100-1X2

12



TP204REDTP204RED




43

5678


R21824.91%

R21824.91%

TP282TP282


TP254REDTP254RED

MH24-40X3/4in-SCREW

MH24-40X3/4in-SCREW

L203 100nHL203 100nH1

2

3

4

C229100uF6.3V

C229100uF6.3V

R2092KR2092K

C21210uF6.3V

C21210uF6.3V

TP202REDTP202RED

C2281000pFC2281000pF

TP210TP210

C2500.1uFC2500.1uF

C2160.01uFC2160.01uF

R2081.24KR2081.24K

TP208TP208

+ C21733uF10V

+ C21733uF10V

C2131uF10V

C2131uF10V



C2461000pFC2461000pF

TP201REDTP201RED

C20847uF6.3V

C20847uF6.3V

C2040.015uFC204

0.015uF


5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

3.3V

2.5V

A

A

A2.5V_BCM740X

D2.5V_BCM740X

DDR_VTT

DDR_VREF15.0V

D3.3V

A3.3V_BCM740X

D3.3V_BCM740X

3.3V

D2.5V

1.8V

D3.3V

D1.8V_BCM740X

D1.8V_VTT

D1.8V

1.8V_AUX

DDR_VTT_OUT

DDR_VREF0

DDR_VREF_OUT

D3.3V

Title:

Rev:Modified:

Sheet: of

Document:


Size:


33 37



Rev:Modified:

Sheet: of

Document:


Size:


33 37



Rev:Modified:

Sheet: of

Document:


Size:


33 37



1.23 A

190 mA

140 mA

Vref = 1.25V

900 mA

(Shoulder)

12.27 A


The trace width from U206 to U201 should be > 200mils. Add multiple vias on the trace to the VTT power plane. The power plane should be a solid island plane on the topand/or bottom layers so that termination resistors and VTTdecoupling caps do not require vias on one side.See LP2996 datasheet for layout notes.

DDR_VTT

DDR_VREF1D1.8V_VTT

D3.3V

12 A

20 mA

250 mA

D3.3V_BCM7405

A3.3V_BCM7405

A2.5V_BCM7405

D2.5V_BCM7405

D2.5V

Total current on D1.8V_BCM7405 = 880 mA= I(Bcm7405) + 4 x I(DDR2 chip)= X + (4 x Y)X and Y are unknown at this time.

D1.8V_BCM7405

3.00 A

The trace width from J201 ATX connector to L201 andpower plane should be > 200 mils. Add multiple vias onthe trace to the power plane.

Vref = 0.5V

(DDR_VTT / Rterm) x # of resistors= (0.9V / 51 Ohm) x 50= 0.88 A

880 mA

880 mA

D1.8V

Vref=1.21V


1.06 A 1.06 A

J281-J287 Power Test Connectors:

These are used by internal test for providing and sensing power.Pin 1 is where external power is provided.Pin 2 is the voltage sense line. (Vsense)Pins 3, 4 are GND.

PCB routing (applies to all of these power test connectors):Connect Pin 1 to its power plane with thick trace.Route Pin 2 (Vsense) wire as a narrow trace from the power planeunder the BCM7405 chip back to the 4-pin power test connector, sothat the voltage reading at the connector will be the same as what thechip receives. Do not connect this narrow trace directly to Pin 1 or tothe voltage plane near the power test connector. Attach Pins 3, 4 directly to the GND plane.

Do NOT hook up external power to these connectors unless using theBroadcom DC Power sequencer platform. Use TPxxx instead.

TPxxx External Power Input:Place these test points on the thick traces so that they canbe used as external power inputs.

DDR_VREF0

270 mA

330 mA

Separate regulator for layout reasons.

D3.3V_BCM7405

A3.3V

D2.5V

A2.5V

D1.8V

J207S-M-.100-1X2J207S-M-.100-1X2

12

J286


J286


1234

C2780.1uFC2780.1uF

J209S-M-.100-1X2J209S-M-.100-1X2

12

C26510uF6.3V

C26510uF6.3V

C27510uFC27510uF

C2721uF10V

C2721uF10V

FB212

4A,8mOHM27@100MHz

FB212

4A,8mOHM27@100MHz

+ C27633uF10V

+ C27633uF10V

+ C211220uF4V

+ C211220uF4V

L201

1uH15.3A

L201

1uH15.3A

R214100KR214100K


C2191000pFC2191000pF

U206LT1580CT ADJTO220-5-LAY-DOWN

U206LT1580CT ADJTO220-5-LAY-DOWN

SENSE SADJA

VCTRLC

H/S-VOUT

H

VOUT OVPWR

P

R21195.31%

R21195.31%

C2730.01uFC2730.01uF

R204390K (DNI)R204390K (DNI)

ZU206_54-40-HEX-NUTZU206_54-40-HEX-NUT

J214S-M-.100-1X2J214S-M-.100-1X2

12


C2151uF10V

C2151uF10V

R213

0

R213

0

+ C270330uF6.3V

+ C270330uF6.3V

TP241REDTP241RED

R203

0

R203

0

C237470pFC237470pF

J285


J285


1234

U207LT1963EQ ADJTO263

U207LT1963EQ ADJTO263

SHDN1

IN2

GN

D3

OUT 4

ADJ5

GN

D H

/S6

C2400.1uFC2400.1uF

+ C271220uF4V

+ C271220uF4V


+ C231220uF4V

+ C231220uF4V


+ C263220uF4V

+ C263220uF4V

TP207REDTP207RED

FB214

4A,8mOHM27@100MHz

FB214

4A,8mOHM27@100MHz

C2021000pFC2021000pF

C26422uF6.3V

C26422uF6.3V

J203S-M-.100-1X2J203S-M-.100-1X2

12

C2320.01uFC2320.01uF



R2154.12K1%

R2154.12K1%

R2161K1%

R2161K1%

U201LP2996PSOP8

U201LP2996PSOP8

VDDQ5

AVin6

PVin7

GND 1

VTT 8

VREF 4

VSense 3

HS

HS

SD2

FB213

6A,0.6mOHM42@100MHz

FB213

6A,0.6mOHM42@100MHz

+ C262220uF4V

+ C262220uF4V


J212S-M-.100-1X2J212S-M-.100-1X2

12

C26610uF6.3V

C26610uF6.3V

U204MAX8556ETEqfn16_5p1m5p1_p8mm_ep_3p1m3p1

U204MAX8556ETEqfn16_5p1m5p1_p8mm_ep_3p1m3p1

POK12

IN_11G

ND

14OUT_7 7

EN16

N.C

.15

IN_22IN_33IN_44IN_55IN_66

FB 13

OUT_8 8OUT_9 9

OUT_10 10OUT_11 11

HS

HS

R2241K1%

R2241K1%

ZU206_1COMPACT-HEAT-SINKZU206_1COMPACT-HEAT-SINK

FB204

4A,8mOHM27@100MHz

FB204

4A,8mOHM27@100MHz

C26710uF6.3V

C26710uF6.3V

ZU206_3NYLON-WASHERZU206_3NYLON-WASHER

C26847uF6.3V

C26847uF6.3V


+ C234220uF4V

+ C234220uF4V

+ C277100uF6.3V

+ C277100uF6.3V

C21410uF6.3V

C21410uF6.3V

FB207

4A,8mOHM27@100MHz

FB207

4A,8mOHM27@100MHz J284


J284


1234

C23510uF6.3V

C23510uF6.3V

J287


J287


1234

R219

0

R219

0

J208S-M-.100-1X2J208S-M-.100-1X2

12

TP228REDTP228RED

TP248REDTP248RED

TP245REDTP245RED

C2811uF (DNI)10V

C2811uF (DNI)10V

J283


J283


1234

TP244REDTP244RED

C2380.1uFC2380.1uF

J210S-M-.100-1X2J210S-M-.100-1X2

12

+ C210220uF4V

+ C210220uF4V

ZU206_2SILICON-PADZU206_2SILICON-PAD

C2521000pFC2521000pF

TP246REDTP246RED

TP209REDTP209RED

TP227REDTP227RED

R205

0

R205

0


J202S-M-.100-1X2J202S-M-.100-1X2

12

FB215

4A,8mOHM27@100MHz

FB215

4A,8mOHM27@100MHz

R2204991%

R2204991%

C2530.1uFC2530.1uF

C2741uF10V

C2741uF10V


C2030.01uFC2030.01uF

+ C233100uF6.3V

+ C233100uF6.3V

ZU206_44-40X3/8in-SCREWZU206_44-40X3/8in-SCREW

C2011000pFC2011000pF

C2361uF10V

C2361uF10V

R210 2001%

R210 2001%

FB211

6A,0.6mOHM42@100MHz

FB211

6A,0.6mOHM42@100MHz

+ C25933uF10V

+ C25933uF10V

TP242REDTP242RED

C218100uF6.3V

C218100uF6.3V

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

EPHY_BIAS_VDD25

CLK54_XVDD25

PLL_AVDD12

VDAC_AVDD25

VDAC_AVDD33

USB_AVDD12

VDAC_DVDD12

XTAL_VDD12

UHF_AVDD12

SATA_PLLVDD12

HDMI_PLL_VDD12

DDR0_BVDD12_0

HDMI_AVDD12

UHF_AVDD33

USB_AVDD25

HDMI_AVDD25

USB_PLLVDD12

AUD0_VDDO25

AUD1_VDDO25

DDR0_BVDD12_1

RFM_AVDD1P2

UHF_AVDD25

EPHY_AVDD12

SATA_AVDD12

HDMI_AVDD33

EPHY_PLLVDD12

RFM_AVDD2P5

RFM_PLLCAP

USB_AVDD33

AUD1

A3.3V_BCM740X A2.5V_BCM740X A1.2V_BCM740XVDAC_AVDD33

A

A

AUD1

A

A

A

A

Title:

Rev:Modified:

Sheet: of

Document:


Size:

BCM7400 Analog Supply Filtering

34 37



Rev:Modified:

Sheet: of

Document:


Size:


34 37



Rev:Modified:

Sheet: of

Document:


Size:


34 37



(Typical: 8mA, Max: 11mA)Use internal voltage regulator by default

Place all of the power supplyfilter networks near BCM740X.

Use internal voltage regulator by default

(Typical: 8mA, Max: 11mA)

C114 not needed. RFM_PLLCAP now a test port as of 7405B0.

FB117 600@100MHz200mA,500mOHM

FB117 600@100MHz200mA,500mOHM

C1264.7uFC1264.7uF

C1364.7uFC1364.7uF

C111

DNI

C111

DNI

FB121 120@100MHz200mA,200mOHM

FB121 120@100MHz200mA,200mOHM

R105 0R105 0

R128 0R128 0

C1461000pFC1461000pF

R123 0R123 0

FB119 120@100MHz200mA,200mOHM

FB119 120@100MHz200mA,200mOHM

R104 0 (DNI)R104 0 (DNI)

C1390.1uFC1390.1uF

C1410.1uFC1410.1uF

R111 0R111 0

FB111 600@100MHz200mA,500mOHM

FB111 600@100MHz200mA,500mOHM

C160

DNI

C160

DNI

C14010uF6.3V

C14010uF6.3V

C105

DNI

C105

DNI

C1374.7uFC1374.7uF

C1310.1uFC1310.1uF

R121 0R121 0

C10210uF6.3V

C10210uF6.3V

R122 0R122 0

C1430.1uF (DNI)C1430.1uF (DNI)

C1250.1uFC1250.1uF

C112

DNI

C112

DNI

R117 0R117 0

C1290.1uFC1290.1uF

R101 0R101 0

R126 0R126 0

C1100.1uFC1100.1uF

C1454.7uFC1454.7uF

R109 0R109 0

FB113 600@100MHz200mA,500mOHM

FB113 600@100MHz200mA,500mOHM

C109

DNI

C109

DNI

R110 0R110 0

C127

4.7uF (DNI)

C127

4.7uF (DNI)

FB118600@100MHzFB118600@100MHz

FB120600@100MHzFB120600@100MHz

C10310uF6.3V

C10310uF6.3V

C1190.1uFC1190.1uF

C1280.1uFC1280.1uF

R103 0R103 0

R115 0 (DNI)R115 0 (DNI)

R125 0R125 0

C101

DNI

C101

DNI

R106 0R106 0

C1160.1uFC1160.1uF

C11410uF

6.3V

C11410uF

6.3V

C1070.01uFC1070.01uF

C10810uF6.3V

C10810uF6.3V

FB108 600@100MHz200mA,500mOHM

FB108 600@100MHz200mA,500mOHM

C1300.1uFC1300.1uF

C1180.1uFC1180.1uF

C1240.1uFC1240.1uF

UHF

Video

HDMI

RFM

AUDIO

DDR

USB

ETHERNET

SATA

3rd OT

VCXO

SYS PLL

(NOT USED)

U100-11


UHF

Video

HDMI

RFM

AUDIO

DDR

USB

ETHERNET

SATA

3rd OT

VCXO

SYS PLL

(NOT USED)

U100-11


UHF_AVDD33C31

RFM_AVDD2P5_0C27

RFM_AVDD1P2D27

RFM_PLLCAPB29

USB_PLLVDD12C12

USB_AVDD33_0D13

USB_AVDD12_0D10

USB_AVSS_0 E12

SATA_AVDD12_1J30

SATA_AVSS_0 G32

SATA_PLLVDD12J31

XTAL_VDD12D34

VDAC0_AVDD33C26 VDAC_AVSS_0 E26

VDAC_AVSS_1 E24

HDMI_AVDD33D18

HDMI_AVDD12C18

HDMI_PLL_VDD12C19

HDMI_AVSS_0 E17

AUD0_VSSO_0 E22

UHF_AVDD25D31

UHF_AVDD12B31 UHF_AVSS_3 E29

VDAC_AVDD12C24

AUD0_VDDO25_0D21

UHF_LNA_GND C29UHF_PLL_GND D30

RFM_AVSS_0 E28

UHF_AVSS_0 B30UHF_AVSS_1 C30UHF_AVSS_2 D29

VDAC_AVSS_2 E25

RFM_AVDD2P5_1C28

RFM_AVSS_2 E27

SATA_AVDD12_0H31

USB_AVSS_1 E11

USB_AVDD33_1C13

HDMI_AVDD25D19

VDAC_AVDD25_0D23

USB_AVDD12_1D11

USB_AVSS_2 E10

UHF_AVSS_4 E30

EPHY_PLLVSS E16

AUD0_VDDO25_1D22

DDR_BVDD0AL6

DDR_BVDD1C6

DDR_BVSS0 AK6

DDR_BVSS1 D7

USB_AVDD25_0C11

EPHY_BIAS_VDD25D16

CLK54_XVSS_0 F31

CLK54_XVSS_1 F30

VDAC1_AVDD33D26

VDAC_AVDD25_1C23

RFM_AVSS_1 D28

AUD0_VSSO_1 C22

EPHY_AVSS_0 E15

AUD0_VSSO_2 E21

EPHY_AVDD12_0C15

EPHY_AVDD12_1D15

PLL_AVDD12_0F32 PLL_AVSS_0 H30

PLL_AVDD12_1G31

CLK54_XVDD25_0D32

CLK54_XVDD25_1D33

CLK54_XVSS_2 G30

EPHY_PLLVDD12D14

FB112 600@100MHz200mA,500mOHM

FB112 600@100MHz200mA,500mOHM

C122

DNI

C122

DNI

C1000.01uFC1000.01uF

R112 0R112 0

R108 0R108 0

FB115 600@100MHz200mA,500mOHM

FB115 600@100MHz200mA,500mOHM

R113 0R113 0

C121

DNI

C121

DNI

C106

DNI

C106

DNI

R102 0 (DNI)R102 0 (DNI)

C1384.7uFC1384.7uF

C1044.7uFC1044.7uF

C1420.1uFC1420.1uF

R119 0R119 0

C1130.1uFC1130.1uF

C1234.7uFC1234.7uF

C115

DNI

C115

DNI

C1334.7uFC1334.7uF

C120

DNI

C120

DNI

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

D1.2V_BCM740X

D3.3V_BCM740X

D1.8V_BCM740X

D2.5V_BCM740X

D1.2V_BCM740X

D3.3V_BCM740X

D1.8V_BCM740X

D2.5V_BCM740X

A

ATitle:

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Size:

BCM7400 Digital Decoupling

35 37



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35 37



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35 37



Place all of the decouplingcapacitors near BCM740X.

Make corner holes of socket footprint .125" toaccommodate heat sink push pins.


C1511000pFC1511000pF

C1711000pFC1711000pF


C1820.01uFC1820.01uF

C121uF (DNI)C121uF (DNI)

C1670.01uFC1670.01uF



C17610uFC17610uF

C17547uF6.3V

C17547uF6.3V

DGND

AGND

U100-21


DGND

AGND

U100-21


DVSS AJ12DVSS AJ11DVSS AJ10

DVSS AJ22

DVSS AJ9DVSS AH28DVSS AH26DVSS AH24DVSS AH20DVSS AH18DVSS AH16

DVSS AH11DVSS AH10DVSS AH9DVSS AH6DVSS AG7DVSS AG6DVSS AF29DVSS AF28DVSS AE1DVSS AD34DVSS AD7DVSS AD6DVSS AC29DVSS AC28DVSS AC7DVSS AC6DVSS AB29DVSS AB28DVSS AB22DVSS AB21DVSS AB20

DVSS AA21DVSS AA20

DVSS AJ20

DVSS AJ26DVSS AJ28

DVSS AL1DVSS AN7DVSS AP23DVSS AP34

DVSSV22 DVSSV21 DVSSV20 DVSSV19 DVSSV18 DVSSV17 DVSSV16 DVSSV15 DVSSV14

DVSSD1

DVSSG1

DVSSG7

DVSSL6DVSSL7

DVSSN1DVSSN13DVSSN14DVSSN22

DVSSP13DVSSP14DVSSP15DVSSP16DVSSP17DVSSP18DVSSP19DVSSP20DVSSP21DVSSP22DVSSR13DVSSR14DVSSR15DVSSR16DVSSR17DVSSR18DVSSR19DVSSR20DVSSR21DVSSR22

DVSSR34

DVSST13DVSST14DVSST15DVSST16DVSST17DVSST18DVSST19DVSST20DVSST21DVSST22

DVSSU13DVSSU14DVSSU15DVSSU16DVSSU17DVSSU18DVSSU19

DVSS AJ29

DVSS AJ14

DVSS AJ18DVSS AJ15

DVSS AJ24

DVSSG6

DVSSU20DVSSU21

CLK54_XVSSJ28

DVSS W13

DVSSB6

DVSSV13 DVSSU22

DVSSW6

DVSS AA15

DVSSD6

DVSSF6DVSSF7DVSSF8DVSSF9

DVSSH7 DVSSH6

DVSSM6

DVSSP6DVSSP7

DVSST6DVSST7

DVSS AB17DVSS AB16

DVSS AB13DVSS AA22

DVSS AA17

DVSS W7

DVSS AA13

DVSS Y15

DVSS Y29

DVSS Y13

DVSS Y28

DVSS W22

DVSS Y22DVSS Y21

DVSS W20

DVSS Y20

DVSS W19

DVSS W17

DVSS Y18

DVSS W16

DVSS Y17

DVSS W15DVSS W14

DVSS AA19DVSS AA18

DVSS AB19DVSS AB18

DVSS AH14DVSS AH12

DVSSV28DVSSV29

DVSST28DVSST29

DVSSM13

DVSSC9

DVSS W18

DVSS Y19

UHF_AVSSK25UHF_AVSSL25

UHF_AVSSM25 UHF_AVSSM24

UHF_AVSSN24UHF_AVSSP23

UHF_AVSSH28 UHF_AVSSG29

RFM_AVSSK23

VDAC_AVSSF25

RFM_AVSSL23RFM_AVSSM23

VDAC_AVSSK21VDAC_AVSSK22VDAC_AVSSL21VDAC_AVSSL22VDAC_AVSSM20VDAC_AVSSM21VDAC_AVSSM22

VDAC_AVSSF22

VDAC_AVSSG22

VDAC_AVSSF23

VDAC_AVSSG23

VDAC_AVSSF24

VDAC_AVSSG24

AUD_AVSSK19AUD_AVSSK20AUD_AVSSL19AUD_AVSSL20AUD_AVSSM19

AUD_AVSSF20

AUD_AVSSG20 AUD_AVSSF21

AUD_AVSSG21

HDMI_AVSS K17HDMI_AVSS K18HDMI_AVSS L17HDMI_AVSS L18HDMI_AVSS M18

HDMI_AVSS F17

HDMI_AVSS G17

HDMI_AVSS F18

HDMI_AVSS G18

HDMI_AVSS F19

HDMI_AVSS G19

EPHY_AVSS K15

EPHY_AVSS L15EPHY_AVSS K16

EPHY_AVSS L16EPHY_AVSS M16

EPHY_AVSS F14

EPHY_AVSS G14

EPHY_AVSS F15EPHY_AVSS F16

EPHY_AVSS G15EPHY_AVSS G16

USB_AVSS K13USB_AVSS K14USB_AVSS L13USB_AVSS L14USB_AVSS M14USB_AVSS M15

USB_AVSS F10USB_AVSS F11USB_AVSS G11USB_AVSS G12USB_AVSS G13

PLL_AVSS K28

SATA_AVSS M29

SATA_AVSS K29SATA_AVSS L28

SATA_AVSS N28

SATA_AVSS T24SATA_AVSS T25SATA_AVSS U23

DVSSM17

DVSS AB15

DVSSW1

DVSS AB14

DVSS AA14

DVSS AA6

DVSS Y16

DVSS W21

DVSSN29

DVSSR29

DVSSE31

DVSS Y14

CLK54_XVSSR23 CLK54_XVSSP24 CLK54_XVSSN25

UHF_AVSSN23

VDAC_AVSSN20VDAC_AVSSN21

AUD_AVSSN19

HDMI_AVSS N18

EPHY_AVSS N17

USB_AVSS N15USB_AVSS N16

PLL_AVSS P25

DVSSL24

SATA_AVSS R24SATA_AVSS R25SATA_AVSS T23

DVSS AA16

C1840.01uFC1840.01uF


C1940.1uFC1940.1uF

C1851000pFC1851000pF

C1531000pFC1531000pF

D3.3V

U100-17


D3.3V

U100-17


VDDO AH29

VDDO AP22VDDOAH13

VDDO AJ13

VDDO AH27VDDO AH25

VDDO AH17

VDDO AH21

VDDO AJ17

VDDOAG28

VDDOAE28VDDOAE29

VDDOAA28

VDDOW28

VDDOAA29

VDDOW29

VDDOAG29

VDDO AJ21

VDDO AJ25VDDO AJ27

VDDOT34

VDDOAE34

VDDO AH19

VDDO AJ19

VDDO AJ23

VDDOU29 VDDOU28

VDDO AP7

VDDO AH23

VDDO AP33

VDDOAD29

VDDO AJ16

VDDOG10VDDOP28VDDOP29

C1800.1uFC1800.1uF

C1770.1uFC1770.1uF

C19047uF6.3V

C19047uF6.3V

C1680.01uFC1680.01uF


C1700.01uFC1700.01uF

C1871000pFC1871000pF

C1500.01uFC1500.01uF

D1.2V

U100-20


D1.2V

U100-20


VDDCAA25VDDCAB10VDDCAB11VDDCAB12

VDDC AB23VDDC AB24VDDC AB25

VDDC AC16VDDC AC17VDDC AC18VDDC AC19VDDC AC20VDDC AC21VDDC AC22VDDC AC23VDDC AC24VDDC AC25

VDDC AD16VDDC AD17VDDC AD18VDDC AD19VDDC AD20VDDC AD21VDDC AD22VDDC AD23VDDC AD24VDDC AD25

VDDC AE16VDDC AE17VDDC AE18VDDC AE19VDDC AE20VDDC AE21VDDC AE22VDDC AE23VDDC AE24VDDC AE25

VDDCN10

VDDCP10VDDCP11VDDCP12VDDCR10VDDCR11VDDCR12VDDCT10VDDCT11VDDCT12VDDCU10VDDCU11VDDCU12VDDCU24VDDCU25VDDCV10VDDCV11VDDCV12VDDCV23VDDCV24VDDCV25VDDCW10VDDCW11VDDCW12VDDCW23VDDCW24VDDCW25VDDCY10VDDCY11VDDCY12VDDCY23VDDCY24VDDCY25VDDCAA10VDDCAA11VDDCAA12VDDCAA23VDDCAA24

VDDC AD12

VDDC AC12

VDDC AD11

VDDC AC11

VDDC AD10

VDDC AC10

VDDC AE10VDDC AE11VDDC AE12

VDDC AD13VDDC AD14VDDC AD15

VDDC AC13VDDC AC14VDDC AC15

VDDC AE13VDDC AE14VDDC AE15

VDDCK12

VDDCK10VDDCK11

VDDCL12

VDDCL10VDDCL11

VDDCM12

VDDCM10VDDCM11

VDDCN12 VDDCN11

C15547uF6.3V

C15547uF6.3V

C1950.1uFC1950.1uF

C1861000pFC1861000pF

C1921uFC1921uF

C1630.1uFC1630.1uF

C1690.01uFC1690.01uF

C1881000pFC1881000pF

C16210uFC16210uF


C1721000pFC1721000pF

C1660.1uFC1660.1uF


C1810.01uFC1810.01uF

ZU100HEAT-SINK-35mmSQ-25mmHTZU100HEAT-SINK-35mmSQ-25mmHT

C1741000pFC1741000pF

C1970.01uFC1970.01uF

C1980.01uFC1980.01uF

C1521000pFC1521000pF

C16147uF6.3V

C16147uF6.3V

C1591000pFC1591000pF

C1541000pFC1541000pF

C1780.1uFC1780.1uF

C1650.1uFC1650.1uF

C1640.1uFC1640.1uF

C15610uFC15610uF

C1790.1uFC1790.1uF

C1830.01uFC1830.01uF

C1990.01uFC1990.01uF

DDR2 1.8V

U100-18


DDR2 1.8V

U100-18


DDRV Y1

DDRVH1

DDRVP1 DDRV AF7

DDRV Y7DDRV Y6

DDRVV7 DDRVV6

DDRVK7 DDRVK6

DDRV AF1

DDRVC1

DDRV AM1

DDRV AH8

DDRVJ6DDRVJ7

DDRVN6DDRVN7

DDRVR6DDRVR7DDRVU6DDRVU7

DDRV AB6DDRV AB7DDRV AE6DDRV AE7

DDRV AF6

DDRV AH7

DDRV AJ6DDRV AJ7DDRV AJ8

DDRVG8



D2.5V

U100-19


D2.5V

U100-19


VDDPG9 VDDP AA7VDDP AD28VDDPK24VDDP AH15VDDPM7

VDDPR28 VDDP AH22C1580.01uFC1580.01uF

C1960.1uFC1960.1uF

C19110uFC19110uF

C141uF (DNI)C141uF (DNI)

C18947uF6.3V

C18947uF6.3V


C1570.1uFC1570.1uF


C1930.1uFC1930.1uF

C1731000pFC1731000pF

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

Title:

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Size:

PCB Stack-up & Impedance Model

36 37



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36 37



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36 37



Bottom Signal

5

6

Power Plane

3

GND Plane2

Top Signal

4

BCM97405MBV00 PCB Stack-up and Impedance Model

1

Signal

Signal

Dielectric Thickness (mil) Layer Definition Copper (oz) Target Impedance Calculated ImpedanceLine / Space (mil)

1.5 oz

1.5 oz

PCB Material: FR-4 170 Tg with Er (Dielectric Constant) = 4.3

1.0 oz5.2

5.2

6.0

6.0

46.0

Overall Thickness = 0.078 +/- 10% mils

1.0 oz

1.0 oz

1.0 oz

60.5 Ohms

60.5 Ohms

59.7 Ohms

90.5 Ohms75.6 Ohms

100.1 Ohms

149.8 Ohms

50.2 Ohms

Where used

110 Ohms

100.1 Ohms

149.8 Ohms110 Ohms

59.7 Ohms

90.5 Ohms75.6 Ohms

50.2 Ohms

CH3_4_RF_OUT, VDAC_COMP, VDAC_CHROMA, VDAC_LUMA, VDAC_RED, VDAC_GREEN, VDAC_BLUE

DIFF_RA_I1_P_C/DIFF_RA_I1_N_C, DIFF_RA_Q1_P_C/DIFF_RA_Q1_N_C, RFM_DAC_P/N

DDR_ADDR, DDR_BA, DDR_DQ, DDR_DQM, DDR_RASb, DDR_CASb, DDR_WEb, DDR_CKE, DDR_ODT

DDR_DQS/DQSb, DDR_CK/CKb, DIFF_HDMI_P/N, DIFF_HDMI_CLKP/N, DIFF_ENET_TX_P/N, DIFF_ENET_RX_P/N,DIFF_SATA_TX_P/N, DIFF_AUD_RIGHT_P/N, DIFF_AUD0_LEFT_P/N

DIFF_UHF_IN_P, DIFF_UHF_IN_N

DIFF_USBD_P/N

DIFF_JEDI_TPA0P/N, DIFF_JEDI_TPB0P/N

DDR_ADDR, DDR_BA, DDR_DQ, DDR_DQM, DDR_RASb, DDR_CASb, DDR_WEb, DDR_CKE, DDR_ODT

50 Ohms +/- 10% differential references to layer 2 7 / 12

100 Ohms +/- 10% differential 5 / 7



100 Ohms +/- 10% differential 5 / 7

150 Ohms +/- 10% differential references to layer 3 5 / 20110 Ohms +/- 10% differential 5 / 11.5

60 Ohms +/- 10% single-ended 575 Ohms +/- 10% co-planar90 Ohms +/- 10% differential 5.5 / 5.5

5.5 / 12

60 Ohms +/- 10% 5

60 Ohms +/- 10% 5

110 Ohms +/- 10% differential 5 / 11.5

60 Ohms +/- 10% single-ended 575 Ohms +/- 10% co-planar90 Ohms +/- 10% differential 5.5 / 5.5

5.5 / 12

5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

D1.8V_VTT 3.3V

DDR_VREF_OUT

DDR_VTT_OUT

3.3V 1.8V

3.3V

2.5V

5.0V 1.2V

Title:

Rev:Modified:

Sheet: of

Document:


Size:

Backup Power Supplies

37 37



Rev:Modified:

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Document:


Size:


37 37



Rev:Modified:

Sheet: of

Document:


Size:


37 37



Backup regulator for U201. 2nd source experiment.

Vfb = 0.8V

U206 is Backup Regulator for this.

3.49 A

2.08 A

U204 is Backup Regulator for this.

Vfb = 0.8V

Backup regulator for U202.

Vfb = 0.8V

4.33 A

300 KHz, 5 A

4 MHz, 8 A

600 KHz, 3 A

Semtec

(DDR_VTT / Rterm) x # of resistors= (0.9V / 51 Ohm) x 50= 0.88 A

0.88 A

C37131uF10V

C37131uF10V

C37440.022uFC37440.022uF

R376733.2K1%

R376733.2K1%

C37420.22uFC37420.22uF

R371210K1%

R371210K1%

L3741

10uH (DNI)3.4A

L3741

10uH (DNI)3.4A

U3741SC4519 (DNI)SO8

U3741SC4519 (DNI)SO8

EN5

IN2

GND4

COMP 7

FB 6

SW 3

BST 1

SYNC8

HSHS

C37702.2uFC37702.2uF

C3768100uF6.3V

C3768100uF6.3V

C3721100uF6.3V

C3721100uF6.3V

R37241.1K1%

R37241.1K1%

U3761LTC3418EUHF (DNI)QFN38_5X7+EP

U3761LTC3418EUHF (DNI)QFN38_5X7+EP

PVIN24

SW7 30

PG

ND

518

PG

ND

619

VFB 25

PVIN410 PVIN39

SW1 1SW2 2SW3 11SW4 12

PG

ND

833

PG

ND

732

PG

ND

934

PVIN623 PVIN522

VREF 16

SW8 31PVIN728

PVIN13

PG

ND

417

SW5 20SW6 21

PVIN829

SVIN24TRACK35

SYNC/MODE 27

PG

ND

1238

PG

ND

1137

PG

ND

1036

PG

ND

315

PG

ND

214

PG

ND

113

SG

ND

8

RT6

RUN/SS7

ITH26

PGOOD5

HS

HS

C3711470pFC3711470pF

R3741 10KR3741 10K

D3742 1N4448HWT-7D3742 1N4448HWT-7

R37233KR37233K

R374510K1%

R374510K1%

R3763 100R3763 100

R3713100KR3713100K

R372120KR372120K

D3721MBRA340T3D3721MBRA340T3

C3743560pFC3743560pF

U3711MAX1510 (DNI)TDFN10

U3711MAX1510 (DNI)TDFN10

AGND 3

SHDN7

VCC2

PGOOD5

REFIN4

PGND 8

REFOUT 1IN10

OUTS 6

OUT 9

HS

HS

R3762100KR3762100K

C3741100uF6.3V

C3741100uF6.3V

L3721

4.7uH (DNI)5.5A

L3721

4.7uH (DNI)5.5A

R37433.3KR37433.3K

R3766261K1%

R3766261K1%

R3764 4.99K

1%

R3764 4.99K

1%

C3726100uF6.3V

C3726100uF6.3V

C376647pFC376647pF

C37240.1uFC37240.1uF D3741

MBRA340T3D3741MBRA340T3

L3761

0.2uH (DNI)24A

L3761

0.2uH (DNI)24A

R3768169K1%

R3768169K1%

R37222.2R37222.2

R3711 10K

1%

R3711 10K

1%

C37691000pFC37691000pF

R376516K5%

R376516K5%

C37121uF10V

C37121uF10V

C37230.1uFC37230.1uF

R37612.2MR37612.2M

R37252K1%

R37252K1%

C37652200pFC37652200pF

R374411K1%

R374411K1%

R37420R37420 C3745

100uF6.3V

C3745100uF6.3V

U3721AP1511 (DNI)SO16

U3721AP1511 (DNI)SO16

OCSET5 FB 3

VC12

OUTPUT1 7OUTPUT2 8OUTPUT3 9OUTPUT4 10

VREF 13

PVCC11

GN

D4

16

VCC6

COMP 14

GN

D3

15G

ND

22

GN

D1

1

EN4

C3762100uF6.3V

C3762100uF6.3V

C37631uF10V

C37631uF10V

C3767100uF6.3V

C3767100uF6.3V

C3761100uF6.3V

C3761100uF6.3V

C37220.1uFC37220.1uF

C37641000pFC37641000pF

C37250.022uFC37250.022uF

Documents

BCM97405 AVC/MPEG/VC-1 HD/SD, Graphics, Digital PVR, … · 2016. 4. 17. · for Flash/ROM Size1, Flash Type, USB Mode Change strapping for CPU frequency to 405 MHz-Pg 32 Add D5.0V