SJ-20100818110708-002-ZXSDR B8300 TL200(V2.00) TD-LTE Baseband Resource Unit Hardware Description

ZXSDR B8300 TL200TD-LTE Baseband Resource Unit

Hardware Description

Version: 2.00

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: +86-755-26771900Fax: +86-755-26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

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The ultimate right to interpret this product resides in ZTE CORPORATION.

Revision History

Revision No. Revision Date Revision Reason

R1.0 2010–11–15 First Edition

R1.1 2011–03–15 Update CC front panel

Serial Number: SJ-20100818110708-002

Publishing Date: 2011-03-15(R1.1)

ContentsAbout This Manual ......................................................................................... I

Chapter 1 Shelf ........................................................................................... 1-11.1 Shelf Structure ................................................................................................... 1-1

1.2 Shelf Modules .................................................................................................... 1-1

Chapter 2 Board and Modules................................................................... 2-12.1 Overview ........................................................................................................... 2-1

2.2 Control and Clock Board..................................................................................... 2-2

2.2.1 Function .................................................................................................. 2-2

2.2.2 Front Panel .............................................................................................. 2-2

2.2.3 Indicator .................................................................................................. 2-3

2.2.4 Buttons.................................................................................................... 2-4

2.3 Baseband Processing Board............................................................................... 2-4

2.3.1 Function .................................................................................................. 2-4

2.3.2 Front Panel .............................................................................................. 2-4

2.3.3 Indicators................................................................................................. 2-5

2.3.4 Buttons.................................................................................................... 2-6

2.4 Site Alarm Module .............................................................................................. 2-6

2.4.1 Function .................................................................................................. 2-6

2.4.2 Front Panel .............................................................................................. 2-6

2.4.3 Indicators................................................................................................. 2-6

2.5 Site alarm Extension Board................................................................................. 2-7

2.5.1 Function .................................................................................................. 2-7

2.5.2 Front Panel .............................................................................................. 2-7

2.5.3 Indicators................................................................................................. 2-7

2.6 FAN Module....................................................................................................... 2-8

2.6.1 Function .................................................................................................. 2-8

2.6.2 Front Panel .............................................................................................. 2-8

2.6.3 Indicators................................................................................................. 2-9

2.7 PM Module ........................................................................................................ 2-9

2.7.1 Function .................................................................................................. 2-9

2.7.2 Front Panel ............................................................................................ 2-10

2.7.3 Indicators............................................................................................... 2-10

2.7.4 Buttons...................................................................................................2-11

I

Chapter 3 Cables ........................................................................................ 3-13.1 DC Power Cable ................................................................................................ 3-1

3.2 PE Cable ........................................................................................................... 3-2

3.3 S1/X2 Optical Fiber ............................................................................................ 3-2

3.4 SA Panel Cable.................................................................................................. 3-3

3.5 Dry Contact Cable .............................................................................................. 3-5

3.6 GPS Jumper ...................................................................................................... 3-7

3.7 OMC/S1/X2 Cable.............................................................................................. 3-7

3.8 Optical Fiber ...................................................................................................... 3-8

Figures............................................................................................................. I

Tables ............................................................................................................ III

Glossary .........................................................................................................V

II

About This ManualPurpose

At first, thank you for choosing ZXSDR B8300 TL200 of ZTE Corporation!

ZXSDR B8300 TL200 is a LTE TDD baseband resource unit. It is based on LTE unifiedplatform of SDR, adopts the MicroTCA architecture, and supports the 3U baseband unit.

ZXSDR B8300 TL200 adopts distributed base station mode and thus saveoperation/maintenance cost and equipment room expense. When ZXSDR B8300TL200 working together with the corresponding RRU, they perform the whole functionof eNodeB.

eNodeB implements such functions as radio resource management, data stream IPheader compression and encryption, attach progress selection, user plane data routing,data scheduling and transmission, and mobility management.

The purpose of this manual is to let the carrier master the hardware description of ZXSDRB8300 TL200.

Intended Audience

l Hardware Installation Engineerl Operation and Maintenance Engineer

Prerequisite Skill and Knowledge

To use this document effectively, users should have a general understanding of wirelesstelecommunications technology. Familiarity with LTE wireless network and its relatedcomponents is helpful.

What Is in This Manual

This manual contains the following chapters:

Chapter Summary

Chapter 1, Shelf Describes the shelf structure

Chapter 2, Boards and Modules Describes the boards and modules

Chapter 3, Cables Describes the cables connected to ZXSDR B8300

TL200

I

II

Chapter 1ShelfTable of Contents

Shelf Structure ...........................................................................................................1-1Shelf Modules ............................................................................................................1-1

1.1 Shelf StructureZXSDR B8300 TL200 shelf consists of the shelf body, backplane, and rear cover. Figure1-1 shows the external structure of the ZXSDR B8300 TL200 shelf.

Figure 1-1 External structure of the ZXSDR B8300 TL200 shelf

1. Rear cover 2. Backplane 3. Shelf body

1.2 Shelf ModulesZXSDR B8300 TL200 mainly consists of the shelf, power module, other functional moduleand fan module. Figure 1-2 shows the typical configuration of the internal structure of theZXSDR B8300 TL200 shelf.

1-1

SJ-20100818110708-002|2011-03-15(R1.1) ZTE Proprietary and Confidential

ZXSDR B8300 TL200 Hardware Description

Figure 1-2 Product Components

1. PM module2. Shelf

3. FA module4. BPL board

5. CC board6. SA module

1-2


Chapter 2Board and ModulesTable of Contents

Overview....................................................................................................................2-1Control and Clock Board ............................................................................................2-2Baseband Processing Board ......................................................................................2-4Site Alarm Module ......................................................................................................2-6Site alarm Extension Board ........................................................................................2-7FAN Module ...............................................................................................................2-8PM Module.................................................................................................................2-9

2.1 OverviewThe boards/modules of the ZXSDR B8300 TL200 are classified into the following types:

l Control and Clock module: CCl Baseband Processing Board: BPLl Power Module: PMl Site Alarm module: SAl Fan module: FAl (Optional)Site alarm Extension Board: SE

The ZXSDR B8300 TL200 is a new generation BBU based on the MicroTCA architecture.The MicroTCA architecture, also called μTCA architecture, adopts the PICMG standardand is a supplement to the ATCA specification. Compared with the ATCA architecture, theMicroTCA architecture is characterized by small size, low cost, and high flexibility, and isapplicable to eNodeBs.

According to the MicroTCA specification, the ZXSDR B8300 TL200 modules are classifiedaccording to Full-Height, Half-Height, Single-Width, and Double-Width.Table 2-1 describesthe Full-Height, Half-Height, Single-Width, and Double-Width defined in the MicroTCAspecification.

Table 2-1 Module Size Specifications (Width*Height*Depth)

Full-Height Half-Height

Single-Width 73.8 mm x 28.95 mm x 181.5

mm

73.8 mm x 13.88 mm x 181.5

mm

Double-Width 148.8 mm x 28.95 mm x 181.5

mm

148.8 mm x 13.88 mm x 181.5

mm

2-1



2.2 Control and Clock Board

2.2.1 FunctionThe CC module provides the following functions:

l Active/standby switchingl GPS system clock and RF reference clockl Supporting GE Ethernet interface (either optical interface or electric interface)l GE Ethernet switching provides switching plane for signaling flow and data flowl Rack management functionl Clock extension interface (IEEE1588 V2)l Communications extension interface (via local maintenance interface)

2.2.2 Front Panel

Panel

Figure 2-1 shows the CC panel.

Figure 2-1 CC Panel

Panel Interface

Table 2-2 describes the interfaces on the CC panel.

Table 2-2 CC Panel Interface Description

Interface Name Description

ETH0 S1/X2 interface, GE/FE self-adaptive electrical interface

DEBUG/CAS/LMT Cascading, debugging or local maintenance interface, GE/FE

self-adaptive electrical interface

TX/RX S1/X2 interface, GE/FE optical interface (ETH0 and TX/RX interface

cannot be used at the same time)

EXT It is an external communication interface to connect external receiver.

The interfaces are mainly 485 and 1PPS+TOD.

REF It is an external GPS antenna interface.

USB Data updating

2-2


Chapter 2 Board and Modules

2.2.3 IndicatorTable 2-3 describes the indicators on the CC panel.

Table 2-3 CC Indicator Description

LED Color Meaning Description

RUN Green Indicates the

running state

l On: Indicates that the CC is in reset state.

l 1Hz Blinking: Indicates that the CC runs

normally.

l Off: Indicates that the self-check fails.

ALM Red Indicates the

alarm

l On: Indicates that alarms occur.

l Off: Indicates that no alarms occur.

MS Green Indicates the

active/standby

state

l On: Indicates that the board is in the

active state.

l Off: Indicates that the board is in the

standby state.

REF Green Indicates theGPS

antenna status

l On: Indicates that the antenna feeder

system works normally.

l Off: Indicates that the antenna feeder

system works normally and the GPS

module is being initialized.

l Blinking slowly (1 Hz): Indicates that the

antenna feeder system is disconnected.

l Blinking quickly (2 Hz): Indicates that the

antenna feeder system works normally

but can not receive signals from the

satellite.

l Blinking slowly (0.5 Hz): The antenna

feeder is short circuit.

l Blinking quickly (5 Hz): Indicates that

no messages are received during the

initialization.

ETH0 Green Indicates the

link status of the

S1/X2

l On: Indicates that the physical link of the

S1/X2 network port, electrical port, or

optical port is normal.

l Off: Indicates that the physical link of the

S1/X2 network port is disconnected.

ETH1 Green Indicates the

link status of the

Debug interface

l On: Indicates that the physical link of the

network port is normal.

l Off: Indicates that the physical link is

disconnected.

E0S-E3S - – Reserved

HS - – Reserved

2-3



2.2.4 ButtonsTable 2-4 describes the buttons on the CC panel.

Table 2-4 CC Button Description

Button Name Description

M/S Indicates the active/standby switch.

RST Indicates the reset switch.

2.3 Baseband Processing Board

2.3.1 FunctionThe BPL board provides the following functions:

l Providing interface connecting with RRU.l User plane protocol processing and physical layer protocol processing, including

PDCP, RLC, MAC, PHY.l Providings IPMI interface.

2.3.2 Front Panel

Panel

Figure 2-2 shows the BPL front panel.

Figure 2-2 BPL Front Panel

Panel Interface

Table 2-5 describes the interface on the BPL panel.

Table 2-5 BPL Panel Interface Description

Port Name Description

TX0 RX0~TX2 RX2

Three 2.4576G/4.9152G OBRI/Ir optical interfaces, used for

connecting RRU.

2-4



2.3.3 IndicatorsTable 2-6 describes the indicators on the BPL panel.

Table 2-6 BPL Indicator Description


HS - - Reserved

BLS Green Indicates the

backboard link

status

l On: Indicates that the back board IQ links

are not configured or all of the link statuses

are normal.

l Off: Indicates that at least one of the back

board IQ link statuses is abnormal.

BSA Green Indicates the

board alarm

l On: Indicates that the board alarms occur.

l Off: Indicates that no board alarms occur.

CST Green Indicates the

cpu status

l On: Indicates that the communication

between CPU and MMC is normal.

l Off: Indicates that the communication

between CPU and MMC is disconnected.

RUN Green Indicates the

running state

l On: Indicates that the board is in reset state.

l 1Hz Blinking: Indicates that the board runs

normally.


ALM Red Indicates the

alarm

l On: Indicates that alarms occur.

l Off: Indicates that no alarms occur.

LNK Green Indicates

network port

status with CC

l On: Indicates that the physical link is normal.

l Off: Indicates that the physical link is

disconnected.

OF2 Green Indicates the

link status of

optical port2

l On: Indicates that the optical signal is

normal.

l Off: Indicates that the optical signal is lost.


link status of

optical port1


normal.


2-5





link status of

optical port1


normal.


2.3.4 ButtonsTable 2-7 describes the button on the BPL panel.

Table 2-7 BPL Button Description

Button Name Description

RST Reset switch.

2.4 Site Alarm Module

2.4.1 FunctionThe SA modul provides the following functions:

l Fan alarm monitoring and rotation speed controll Providing eight E1/T1 portsl Providing one RS485 and one RS232 full duplex interface for external monitoring

equipment respectivelyl Providing six dry-contact input ports and two dry-contact input/output ports

2.4.2 Front PanelFigure 2-3 shows the SA panel.

Figure 2-3 SA Panel

2.4.3 IndicatorsTable 2-8 describes the indicators on the SA panel.

2-6



Table 2-8 SA Indicator Description


HS - - Reserved

RUN Green Indicates the running

state

l On: Indicates that the board is

in reset state.

l 1Hz Blinking: Indicates that

the board runs normally.

l Off: Indicates that the

self-check fails.

ALM Red Indicates the alarm state l On: Indicates that alarms

occur on the board.

l Off: Indicates that no alarms

occur on the board.

2.5 Site alarm Extension Board

2.5.1 Functionl Providing eight E1/T1 portsl Providing one RS485 and one RS232 full duplex interface for external monitoring

equipment respectivelyl Providing six dry-contact input ports and two dry-contact input/output ports

2.5.2 Front PanelFigure 2-4 shows the SE panel.

Figure 2-4 SE Panel

2.5.3 IndicatorsTable 2-9 describes the indicators on the SE panel.

Table 2-9 SE Indicator Description


HS - - Reserved

2-7





state

l On: Indicates that the board is

in reset state.

l 1Hz Blinking: Indicates that

the board runs normally.

l Off: Indicates that the

self-check fails.

ALM Red Indicates the alarm state l On: Indicates that alarms

occur on the board.

l Off: Indicates that no alarms

occur on the board.

2.6 FAN Module

2.6.1 FunctionThe FAN panel provides the following functions:

l Provides fan control function and interface.l Provides a temperature sensor to detect temperature of air intake.l Provides display of fan status.

2.6.2 Front PanelFigure 2-5 shows the FAN panel.

2-8



Figure 2-5 FAN Panel

2.6.3 IndicatorsTable 2-10 describes the indicators on the FAN panel.

Table 2-10 FAN Indicator Description



state

l On: Indicates that the board is in reset

state.

l 1Hz Blinking: Indicates that the board

runs normally.


ALM Red Indicates the alarm

state

l On: Indicates that alarms occur on the

board.

l Off: Indicates that no alarms occur on the

board.

2.7 PM Module

2.7.1 FunctionThe PM module mainly provides the following functions:

l Input over-voltage, under-voltage measurement and protectionl Output over-current protection and overload power management

2-9



2.7.2 Front Panel

PanelFigure 2-6 shows the PM panel.

Figure 2-6 PM panel

Panel InterfaceTable 2-11 describes the Interfaces on the PM panel.

Table 2-11 PM Interface Description

Interface Name Description

MON Debugging interface, RS232 interface

-48V/-48VRTN -48 V input/-48 V GND input

2.7.3 IndicatorsTable 2-12 describes the indicators on the PM panel.

Table 2-12 PM Indicator Description



state

l On: Indicates that the PM is in

reset state.

l 1Hz Blinking: Indicates that the

PM runs normally.

l Off: Indicates that the self-check

fails.

ALM Red Indicates the alarm

state

l On: Indicates that alarms occur

on the board.

l Off: Indicates that no alarms occur

on the board.

2-10



2.7.4 ButtonsThe ON/OFF button is used to turn on or turn off PM module.

2-11



This page intentionally left blank.

2-12


Chapter 3CablesTable of Contents

DC Power Cable ........................................................................................................3-1PE Cable....................................................................................................................3-2S1/X2 Optical Fiber ....................................................................................................3-2SA Panel Cable..........................................................................................................3-3Dry Contact Cable ......................................................................................................3-5GPS Jumper ..............................................................................................................3-7OMC/S1/X2 Cable......................................................................................................3-7Optical Fiber...............................................................................................................3-8

3.1 DC Power CableUsage

The DC power cable is used for accessing external -48 V DC power to equipment.

Appearance

Figure 3-1 shows the appearance of a DC power cable.

Figure 3-1 Power Cable

Signal Description

Table 3-1 describes the relations of cable signals.

Table 3-1 Connection of a Power Cable

Name Signal Description Pin (End A) Pin (End B)

-48 V RTN Voltage: 0 V DC A1 Black conductor

-48 V Voltage: -48 V DC A2 Blue conductor

3-1



Connection DescriptionConnect the power device to the PM of the ZXSDR B8300 TL200.

3.2 PE CableUsageThe protection earth cable is used for connecting equipment to the grounding network toprovide equipment protection and ensure personal safety.

AppearanceFigure 3-2 shows the appearance of a protection earth cable. The cable is of 16 mm2 typewith wire in yellow and green. In addition, it has the TNR terminals at both ends.

Figure 3-2 PE Cable

Connection DescriptionConnect the protection earth point on the equipment chassis to the grounding strip.

3.3 S1/X2 Optical FiberUsageThe Gigabit Ethernet optical fiber for S1/X2 ports is used to connect the ZXSDR B8300TL200 with core network, eNodeB, or transmission equipment.

AppearanceFigure 3-3 shows the appearance of an Ethernet cable for optical ports. The two ends ofthe cable are LC-type optical connectors.

3-2


Chapter 3 Cables

Figure 3-3 S1/X2 Cable Appearance

Connection Description

Connect the TX/RX port on the CC panel to the core network, eNodeB, or transportequipment.

3.4 SA Panel CableAppearance

Figure 3-4 SA Cable

The connectors of the SA panel cable are defined as follows:

3-3



l End A: SCSI50 connectorl End B2: RS232/RS485 connectorl End B3: dry-contact connectorl End B4: grounding connector

Signal Description

Table 3-2 describes the signals of a SA panel cable.

Table 3-2 SA Cable Signal Description

Signal EndA Cable#2 EndB2 Cable#3 End B3

232RX 38 Blue(mark11) 2

232TX 36 Orange 3

GND 40 White/White (mark12) 5

485_RX+ 42 White 8

485_RX- 44 Green 9

485_TX+ 46 White 6

485_TX- 48 Brown 7

GND 50 Red(mark13) 1

I_SWI0 43 Blue (mark1) 1

I_SWI1 45 Orange (mark2) 2

I_SWI2 47 Green (mark3) 3

I_SWI3 49 Brown (mark4) 4

I_SWI4 26 Blue (mark5) 5

I_SWI5 28 Orange (mark6) 6

GND 34 White (mark7) 14

B_SWIO1 30 Green (mark8) 7

B_SWIO2 32 Brown (mark9) 8

GND 34 Red (mark10) 20

• () indicates a twisted pair.• Blue/Red 1 indicates that there are certain red marks on the wire in blue. The same is true for other wires.• Mark 11 indicates the wires in blue and orange of the twisted pairs (white and blue, white and orange). Mark 12

indicates the wires in white of the twisted pairs (white and blue, white and orange). Mark 13 indicates the wire inred of the twisted pair (red and blue).

• Mark 1 indicates the wire in blue of the twisted pair (white and blue). Mark 2 indicates the wire in orange of thetwisted pair (white and orange). Mark 3 indicates the wire in green of the twisted pair (white and green). Mark 4indicates the wire in brown of the twisted pair (white and brown). Mark 5 indicates the wire in blue of the twistedpair (red and blue). Mark 6 indicates the wire in orange of the twisted pair (red and orange). Mark 7 indicates thewire in white of the twisted pair (white and blue). Mark 8 indicates the wire in green of the twisted pair (red andgreen). Mark 9 indicates the wire in brown of the twisted pair (red and brown). Mark 10 indicates the wire in red ofthe twisted pair (red and green).

3-4


Chapter 3 Cables

Note:

SE cable is the same as SA cable.


Connect end A to SA panel connector, end B2 to the RS232/RS485 serial-port cable, endB3 to the dry-contact signal cable, and end B4 to the grounding cable.

3.5 Dry Contact CableUsage

The input/output dry-contact cable is used for accessing dry-contact signals of externaldevices or outputting dry-contact signals of the local equipment.

Appearance

Figure 3-5 shows the appearance of an input/output dry-contact cable. End A of the cableis a DB25 straight-through connector.

Figure 3-5 Input/Output Dry-contact Cable

Signal Description

Table 3-3 describes the signals of an input/output dry-contact cable.

3-5


ZXSDRB8300TL200Hard

ware

Descrip

tion

Table 3-3 Signal Description of an Input/Output Dry-contact Cable

Signal I_SWIO0 GND I_SWIO1 GND I_SWIO2 GND I_SWIO3 GND I_SWIO4 GND

Pin (end A) 1 14 2 15 3 16 4 17 5 18

Cable

spectrum

(White Blue) (White Orange) (White Green) (White Brown) (Red Blue)

Signal I_SWIO5 GND B_SWIO1 GND B_SWIO2 GND – – – –

Pin (end A) 6 19 7 20 8 21 9 22 10 23

Cable

spectrum

(Red Orange) (Red Green) (Red Brown) – – – –

• () indicates a twisted pair.• B_SWIO1~B_SWIO2 indicates channels 1-2 dry-contact input/output and I_SWIO0–I_SWIO5 indicates the channels 1-6 dry-contact input.

3-6

SJ-20100818110708-002|2011-03-15(R1.1)

ZTEPro

prietary

andConfidential

Chapter 3 Cables


Connect End B to external monitoring equipment and connect End A to SA interface ofZXSDR B8300 TL200.

3.6 GPS JumperUsage

The GPS antenna cable is used for accessing GPS satellite signals to the ZXSDR B8300TL200.

Appearance

The SMA(M)-SMA(M) GPS antenna cable is used to connect to the power splitter. Figure3-6 shows the appearance of the GPS antenna cable.

Figure 3-6 GPS Antenna Cable


Connect the REF port on the CC panel to the lightning arrester or power splitter.

Figure 3-7 shows the GPS lightning arrester.

Figure 3-7 Structure of Embedded GPS Lightning Arrester

3.7 OMC/S1/X2 CableUsage

The OMC cable uses the super category 5 shielded twisted pair and is used for connectingthe ZXSDR B8300 TL200 to the operation and maintenance end.

3-7



Appearance

Figure 3-8 shows the appearance of an OMC cable. The two ends of the cable are RJ45connectors.

Figure 3-8 OMC Cable

Signal Description

Table 3-4 describes the signals of an OMC cable.

Table 3-4 Signal Description of an OMC Cable

Pin (end A) Definition Cable Spectrum Pin (end B)

1 ETH-TR1+ White/Orange 1

2 ETH-TR1- Orange 2

3 ETH -TR2+ White/Green 3

4 ETH -TR3+ Green 4

5 ETH -TR3- White/Blue 5

6 ETH -TR2- Blue 6

7 ETH -TR4+ White/Brown 7

8 ETH -TR4- Brown 8


Connect the OMC cable to the ETH0 port on the CC panel.

3.8 Optical FiberUsage

The baseband-RF optical fiber is used for transmitting data between an RRU and theZXSDR B8300 TL200.

Appearance

Figure 3-9 and Figure 3-10 show the appearance of a baseband-RF optical fiber.

3-8


Chapter 3 Cables

Figure 3-9 Optical Fiber Type 1

Figure 3-10 Optical Fiber Type 2


Connect the optical port on the BPL panel to an RRU.

3-9




3-10


FiguresFigure 1-1 External structure of the ZXSDR B8300 TL200 shelf................................ 1-1

Figure 1-2 Product Components ............................................................................... 1-2

Figure 2-1 CC Panel ................................................................................................. 2-2

Figure 2-2 BPL Front Panel ...................................................................................... 2-4

Figure 2-3 SA Panel ................................................................................................. 2-6

Figure 2-4 SE Panel ................................................................................................. 2-7

Figure 2-5 FAN Panel ............................................................................................... 2-9

Figure 2-6 PM panel ............................................................................................... 2-10

Figure 3-1 Power Cable ............................................................................................ 3-1

Figure 3-2 PE Cable ................................................................................................. 3-2

Figure 3-3 S1/X2 Cable Appearance......................................................................... 3-3

Figure 3-4 SA Cable ................................................................................................. 3-3

Figure 3-5 Input/Output Dry-contact Cable................................................................ 3-5

Figure 3-6 GPS Antenna Cable................................................................................. 3-7

Figure 3-7 Structure of Embedded GPS Lightning Arrester ....................................... 3-7

Figure 3-8 OMC Cable.............................................................................................. 3-8

Figure 3-9 Optical Fiber Type 1................................................................................. 3-9

Figure 3-10 Optical Fiber Type 2............................................................................... 3-9

I

Figures


TablesTable 2-1 Module Size Specifications (Width*Height*Depth) ..................................... 2-1

Table 2-2 CC Panel Interface Description.................................................................. 2-2

Table 2-3 CC Indicator Description............................................................................ 2-3

Table 2-4 CC Button Description ............................................................................... 2-4

Table 2-5 BPL Panel Interface Description ................................................................ 2-4

Table 2-6 BPL Indicator Description .......................................................................... 2-5

Table 2-7 BPL Button Description ............................................................................. 2-6

Table 2-8 SA Indicator Description ............................................................................ 2-7

Table 2-9 SE Indicator Description ............................................................................ 2-7

Table 2-10 FAN Indicator Description ........................................................................ 2-9

Table 2-11 PM Interface Description........................................................................ 2-10

Table 2-12 PM Indicator Description........................................................................ 2-10

Table 3-1 Connection of a Power Cable .................................................................... 3-1

Table 3-2 SA Cable Signal Description...................................................................... 3-4

Table 3-3 Signal Description of an Input/Output Dry-contact Cable ........................... 3-6

Table 3-4 Signal Description of an OMC Cable ......................................................... 3-8

III

Tables


GlossaryATCA- Advanced Telecommunications Computing Architecture

CC- Control and Clock Module

FA- Foreign Agent

GPS- Global Positioning System

IP- Internet Protocol

IPMI- Intelligent Platform Management Interface

LTE- Long Term Evolution

MAC- Medium Access Control

MMC- Module Management Controller

MicroTCA- Micro Telecommunication Computing Architecture

PDCP- Packet Data Convergence Protocol

PHY- Physical layer

PICMG- PCI Industrial Computer Manufacture Group

PM- Power Module

RLC- Radio Link Control

RRU- Remote Radio Unit

RTN- Return

V


SA- Site Alarm Module

SCSI- Small Computer System Interface

SDR- Software Defined Radio

SE- Selection Element

TDD- Time Division Duplex

TNR- Non Insulated Ring Terminals

UART- Universal Asynchronous Receiver/Transmitter

eNodeB- Evolved NodeB

VI

Documents

SJ-20100818110708-002-ZXSDR B8300 TL200(V2.00) TD-LTE Baseband Resource Unit Hardware Description