Single Mode Transponder 300 pin MSA Compliant, PPigtailed ...webshox.com/pdf0303/OC-192_SFF.pdf · Single Mode Transponder 300 pin MSA Compliant, PPigtailed – IR2 9.9 – 11.1 Gbps

Single Mode Transponder 300 pin MSA Compliant, Pigtailed – IR2 9.9 – 11.1 Gbps OC-192/SDH STM-64

PRELIMINARY DATASHEET

Revision 2.9 03/18/03 1 of 11

Avrio Technologies, Inc. 990 Enchanted Way # 104 Simi Valley, CA 93065

Tel: +1 805 583 3481 Fax: +1 805 583 3406 Web: www.avrioinc.com

FEATURES:

• Compliant with SONET OC-192 SDH STM-64 and 10 GigE

• Supports all rates from 9.95 Gbit/s to 11.1 Gbit/s

• MSA 300 pin footprint - SFF package 2.2" x 3.0" x 0.53"

• Pigtailed with various connector styles

• Differential LVDS inputs and putputs

• Class 1 laser product complies with IEC 60825 – 1

• I2C Interface with flexible programming options

• includes Jitter filter

• loopback modes

• User Controlled output power Adjustment

Description: The Avrio transponders utilizing 1550nm, EAM laser are fully compliant to the SONET OC-192 SDH STM-64 standard, and designed in an MSA-compliant 300 pin package with pigtail. The transmitter section is a class 1 laser which is compliant to the International Safety Standard IEC 60825-1. ORDERING INFORMATION: PART NUMBER INPUT/OUTPUT SIGNAL DETECT VOLTAGE TEMPERATURE

A100PL3S-IR26M-RTD DC/DC LVTTL +5V/+3.3V/+1.8V/-5.2V 0 °C ~ +65 °C

ABSOLUTE MAXIMUM RATINGS: PARAMETER SYMBOL MIN MAX UNIT NOTE

STORAGE TEMPERATURE TS -40 +85 °C

SUPPLY VOLTAGE 1 VCC1 -0.5 +6 V +5.0V

SUPPLY VOLTAGE 2 VCC2 -0.5 3.6 V +3.3V

SUPPLY VOLTAGE 3 VCC3 1.65 1.95 V +1.8V

SUPPLY VOLTAGE 4 VCC4 -6 0 V -5.2V



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OPERATING ENVIRONMENT: PARAMETER SYMBOL MIN MAX UNIT NOTE

Operating Case Temperature TCASE 0 +65 °C

SUPPLY VOLTAGE 1 VCC1 4.75 5.25 V

SUPPLY CURRENT@+5.0V ICC1 0.22 TBD A





SUPPLY VOLTAGE 4 VCC4 -5.45 -4.94 V

SUPPLY [email protected] ICC4 0.29 TBD A

POWER CONSUMPTION PTOT 4.8 TBD W

TRANSMITTER ELECTRO-OPTICAL CHARACTERISTICS: PARAMETER SYMBOL MIN TYP MAX UNIT NOTE

Data Rate B 9.95328 11.1 Gbps

Output Optical Power 9/125 um fiber Pout -1 +2 dBm Average

Extinction Ratio ER 8.2 - dB

Center Wavelength λC 1530 1565 nm

Rise/Fall Time TR/TF 30 35 40 ps

Output Eye Compliant with Telecordia( Formerly Bellcore TR-NWT-253) and ITU

Recommendation G.957

Transmitter input data voltage - differential VIDIFF 200 - 1300 mV Note 2

Transmitter input data voltage - High VIH 960 - 1800 mV Note 2

Transmitter input data voltage - Low VIL 775 - 1420 mV Note 2

Differential Input Impedance ZINDIFF 80 100 120 Ω

Parallel input Clock Duty Cycle CIN 40 60 %

Note 1: Not including the terminations

Note 2: Differential LVDS, DC coupled



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RECEIVER ELECTRO-OPTICAL CHARACTERISTICS: PARAMETER SYMBOL MIN TYP MAX UNIT NOTE

Data Rate B 9.95328 10.709 Gbps

Optical Input Power - Maximum PIN max - +1 dBm Note 1

Optical Receiver Sensitivity PIN min -14 - dBm Note 1

Operating Wavelength λC 1530 1565 nm

Backreflection RB - - 27 dB

Data Output Rise/Fall Time TR/TF 80 250 ps

Data Output Voltage - High VOH 1.25 1.8 V Note 2

Data Output Voltage - Low VOL 0.85 1.45 V Note 2

Data Output Voltage differential VODIFF 500 1200 mV

Data Output Duty Cycle DCO 45 50 55 %

Differential Output Impedance ZODIFF - 100 - Ω

Note 1: The input data is at 9.953 Gbps, 223-1 PRBS data pattern with 72 “1”s and 72 “0”s inserted per the ITU-T

recommendation G.958 Appendix 1. The Receiver is guaranteed to provide output data with BER better than or equal to 1X10-12.

Note 2: Differential LVDS

Note 3: The current excludes the output load current.



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BLOCK DIAGRAM

TxALMINT

RxALMINT

ALM INT

RxDATA[0:15]

TxDATA[0:15]

LsTempMon LsTEMPALM

RxPOCLK

LsPowMon

LsBiasMon LsBIASALM

RxPOWMON

TxLOCKERR

fiber optic output TxRefClk

PIN/TIA

RxRefClk

DLoopENB

CW laser

EAM

Power

LA

Jitter Filter

I2C Data I2C Clk

LLoopENB

microprocessor EEPROM

RxLOCKERR

1:16

16:1

fiber optic input

temp

modulation

Loop Control

FIFO

TxPICLK

CDR

TxFIFO ERR

Clock multipl. & PLL

Clock multipl. & PLL

TxREFSEL

LsPOWALM

TxPCLK

TxFIFO RES

RxPowALM

RxLCKREF

RxMuteMCLK RxMutePOCLK

RxMuteDout

I2CAD[0:2] RxRESET TxRESET

RxDTV

TxLINETIMSEL

3

16

16

LsENABLE



Revision 2.9 03/18/03 5 of 11



FUNCTIONAL DESCRIPTION The Avrio 10Gbps transponders features is designed based on a 300 pin 10Gb transponder document. The transponder module comprises an optical receiver and transmitter pair integrated with electrical Serdes functions. The receiver de-multiplexes a serial 9.953Gb/s to 10.709 Gbit/s optical signal back to 16 bit parallel 622Mbit/s to 670Mbit/s differential LVDS electrical signals. The receiver section includes a PIN photodiode, TIA, post amplifier and de-multiplexer with CDR. The transmitter multiplexes 16 bit parallel 622Mbit/s to 670Mbit/s differential LVDS electrical signals to a single optical signal at 9.953 to 10.709Gbit/s data rate launched into a single mode fiber pigtail. The transmitter section includes EAM laser, laser driver and multiplexer. The transponder module package is a multi-source agreement (MSA) with compliant 300 pin Berg MEG-ARRAY connector. The power consumption is 4W (typical) and voltages supply are -5.2V, +5.0V and +3.3V. A jitter filter cleans up the TX REF clock to compensate for excessive board noise. Access through I2C offers several options to monitor and control the transponder through software. The programming is compliant to the related document released by the 300pin MSA group. For easy system-debugging the transponder offers a serial loop mode and a parallel loop mode. I²C PROGRAMMING This paragraph gives an overview of all I2C functionalities currently provided by AVRIO. It also describes the supported ALARM Signals and Vendor Protected Commands in this program version. For more details about the MSA I2C functionality please refer to the following document: I2C REFERENCE DOCUMENT FOR 300PIN 10G and 40G TRANSPONDER (Edition 3). For more details about the I2C implementation please refer to the related AVRIO app note.

SUPPORTED MSA COMMANDS IN CURRENT FIRMWARE REVISION :

CMD MSA Protection Hard Alloc Soft Description

0x40

Set TX Command Register

0x41

Read TX Command Register

0x42

Save TX Command Register

0x43 Restore TX Command Register

0x44 Set RX Command Register

0x45 Read RX Command Register



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0x46 Save RX Command Register

0x47 Restore RX Command Register

0x60 Laser Bias Current Monitor

0x61 Laser Output Power Monitor

0x62 Laser Temperature Monitor

0x64 Receiver Signal Monitor Average Optical Power

0x66 Transponder Temperature Monitor

0x80 Read TX Alarm Status Register

0x81 Read RX Alarm Status Register

0xA0 Read Supplier Identifier Code

0xA1 Read Module Type Code

0xA2 Read Customer Parameters (64 Byte)

0xA3 Write Customer Parameters (64 Byte)

0xC0 Read Link Status Byte

0xC1 Enter Hard Mode

CMD MSA Protection Hard Alloc Soft Description

0xC2 Read Maximum I2C Rate

0xC3 Enter Protected Mode

0xC4 Exit Protected Mode

0xC5 1 Allocate Module

0xC6 Enter Soft Mode

1 Allocated Module is not protected while the module is in hard mode



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AVRIO SUPPLIER RESERVED CODES, ON REQUEST ONLY CMD MSA Protection Had Alloc Soft Description

0xF0 Calibration Laser Bias Monitor

0xF1 Calibration Laser Power Monitor

0xF3 Calibration Laser Temp. Monitor

0xF6 Calibration Transp. Temp. Monitor

0xF7 Calibration Receiver Pow. Monitor

0xF8 Save Alarm Levels

0xF9 Set changed values in EEPROM

0xFA Change LD BIAS CURRENT

0xFB Change EYE CROSSING

0xFC Change EAM MODULATION

0xFD Change EAM BIASING

Password protected

Further description of I2C commands is provided in the dedicated AVRIO I2C application note: - SUPPORTED MSA COMMANDS - AVRIO SUPPLIER RESERVED CODES - SET TX COMMAND REGISTER BITS - READ TX ALARM STATUS REGISTER BITS - SET RX COMMAND REGISTER BITS - READ RX ALARM STATUS REGISTER BITS - DESCRIPTION SUPPLIER RESERVED CODES - STATUS REPLYING IN PROGRAM REVISION - EXAMPLES OF DATA COMMUNICATION VIA I2C



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PIN DESCRIPTION

Data I/O Configuration Pin Name Level I/O Description TxPin[15:0]P/N LVDS

I Parallel input data. A 16-bit parallel data input, 622.08Mb/s data,(or equivalent 10GbE or FEC rate) aligned to the Parallel Input Clock(PICLK). Internally biased and terminated with 100 -to-line. Reference Clock Input. A 155.52MHz / 622.08MHz (or equivalent FEC rates) clock, which is used as the reference for the internal bit clock frequency synthesizer. Internally AC coupled and terminated with 100 -to-line. Duty Cycle: Min. 45% and Max 55% Rise & Fall Times: Min. 0.1ns and Max 0.3ns

TxREFCLKP/N (See Table 4.1)

Diff. LVPECL

I

Ref. Clock Frequency Tolerance: +/-100 ppm (Note 1) TxPICLKP/N LVDS I Parallel input clock. A 622.08MHz (or equivalent FEC rate) clock, to

which TxPIN[15:0] is aligned. TxPICLK is used to transfer the parallel data into a FIFO. Internally terminated 100Ω line to line. This input is not internally biased. DC coupled.

TxPCLKP/N LVDS O Parallel clock. A 622.08MHz (or equivalent FEC rate) clock output. DC coupled.

RxPout[15 :0]P/N

LVDS

O

Parallel output data. Re-timed data from the DeMux at a rate of 622.08Mb/s (or equivalent 10GbE or FEC rate). DC coupled.

RxPOCLKP/N

LVDS

O

Parallel output clock. Regenerated 622.08MHz (or equivalent FEC rate) differential output clock, synchronized to the parallel output data. DC coupled.

RxREFCLKP/N (See Table 4.2)

Diff. LVPECL

O

Reference clock. Differential reference clock input at 155.52MHz (or equivalent FEC rate). Internally biased and terminated with 100 line-to-line.



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Analog Control Signals Pin Name Pin In/Out Description Voltage Range LsBiasSet D18 I Controls the laser optical power output proportional to

analog voltage to achieve other optical power levels than specified.

TBD

Analog Monitor Signals Pin Name Pin In/Out Description Voltage Range LsPOWMON D18 O Monitor laser optical power output proportional to analog

voltage

TBD LsBIASMON F18 O Laser bias current monitor TBD LsTEMPMON D21 O Laser temperature monitor TBD RxPOWMON F3 O Monitor optical power input proportional -to analog

voltage TBD

DIGITAL CONTROL SIGNALS AND ALARMS Pin Name Pin I/O Description Logic RxRESET K6 I Master reset. Active low. Reset input for the device. This

input is in OR conjunction to TxRESET. LVTTL

RxMuteDout B6 I 0: mutes the Receiver Data RxDout[15:0] it will force the outputs to logic ‘0’ 1: normal operation

LVTTL

RxMuteMClk K12 I 0: mutes the RxMCLKP/N 1: normal operation

LVTTL

RxMutePOClk K9 I 0: mutes the RxPOCLKP/N 1: normal operation

LVTTL

RxLckRef B9 I 0: locks the RxPOCLKP/N to RxREFCLKP/N 1: normal operation

LVTTL

TxRESET K24 I Master reset. Active low. Reset input for the device. This input is in OR conjunction to RxRESET.

LVTTL

TxREFSEL F30 I Selects a TxREFCLK frequency of 155MHz when signal is low, 622MHz when signal is high.

LVTTL

TxFIFO ERR K30 O Indicates overflow of internal FIFO LVTTL TxFIFO RES K27 I Resets internal FIFO LVTTL LsENABLE F21 I ENABLE/DISABLE Laser

Logic 1: Laser ENABLE Logic 0: Laser DISABLE

LVTTL

DLOOPENB H6 I 0: enables diagnostic loopback 1: normal operation

LVTTL



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LLOOPENB H27

I 0: enables line loopback 1: normal operation

LVTTL

TxLineTimeSel H30

I 0: selects line timing mode (TxRefClk=RxPOClk). RxClock will be internally routed directly to the TxClock.

LVTTL

DIGITAL ALARM SIGNALS Pin Name Pin I/O Description Logic LsBIASALM F24 O Laser Bias Alarm.

Logic 0: Transmitter is not ready or in alarm Logic 1: Normal operation within spec.

LVTTL

LsTEMPALM F27 O Indicates an open or short-circuit condition from thermistor Logic 1:Normal Operation Logic 0: Alarm

LVTTL

RxPOWALM F6 O Rx Loss of average optical power alarm LVTTL RxLOCKERR B15 O Lock Detect. Active high. Active when the internal clock

recovery has locked onto the incoming data stream LVTTL

TxLOCKERR B30 O Lock/phase error. Active low. Goes inactive after the PLL has locked to the clock provided on the REFCLK pins

LVTTL

TxALM INT O 0: indicates alarm active ( OR conjunction of internal transmitter alarms)

1: normal operation

LVTTL

RxALM INT O 0: indicates alarm active ( OR conjunction of internal receiver alarms)

1: normal operation

LVTTL

ALM INT O 0: indicates alarm active 1: normal operation

LVTTL



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PINOUT Pin# K J H G F E D C B A 1 +5.0V Analog NIC GND RxDout12P +1.8V Digital RxDout8P GND RxDout4P GND RxDout0P 2 +5.0V Analog FFU GND RxDout12N +1.8V Digital RxDout8N GND RxDout4N GND RxDout0N 3 NIC NIC FFU GND RxPOWMON GND I2CAD0 GND RxDTV GND 4 +3.3V Analog NUC GND RxDout13P +3.3V Digital RxDout9P GND RxDout5P GND RxDout1P 5 +3.3V Analog NUC GND RxDout13N +3.3V Digital RxDout9N GND RxDout5N GND RxDout1N 6 RxRESET NIC DLoopENB GND RxPOWALM GND I2CAD1 GND RxMuteDout GND 7 +3.3V Analog GND RxDout14P +3.3V Digital RxDout10P GND RxDout6P GND RxDout2P 8 +3.3V Analog GND RxDout14N +3.3V Digital RxDout10N GND RxDout6N GND RxDout2N 9 RxMutePOCLK NIC FFU GND RxSIGMON GND I2CAD2 GND RxLCKREF GND 10 -5.2V Analog GND RxDout15P NIC RxDout11P GND RxDout7P GND RxDout3P 11 -5.2V Analog GND RxDout15N NIC RxDout11N GND RxDout7N GND RxDout3N 12 RxMuteMCLK NIC FFU GND RxSIGALM GND FFU GND NIC GND 13 -5.2V Analog FFU GND FFU NIC RxPOCLKP GND RxMCLKP GND RxREFCLKP 14 -5.2V Analog RxALMINT GND FFU NIC RxPOCLKN GND RxMCLKN GND RxREFCLKN 15 I2CClock NIC ALM INT GND NIC GND FFU GND RxLOCKERR GND 16 +5.0V Analog TxALMINT GND TxDin12P +1.8V Digital TxDin8P GND TxDin4P GND TxDin0P 17 +5.0V Analog (LsBiasSet) GND TxDin12N +1.8V Digital TxDin8N GND TxDin4N GND TxDin0N 18 I2CData NUC NIC GND LsBIASMON GND LsPowMon GND NIC GND 19 +3.3V Analog GND TxDin13P +3.3V Digital TxDin9P GND TxDin5P GND TxDin1P 20 +3.3V Analog GND TxDin13N +3.3V Digital TxDin9N GND TxDin5N GND TxDin1N 21 NIC NIC NIC GND LsENABLE GND LsTempMon GND NIC GND 22 +3.3V Analog GND TxDin14P +3.3V Digital TxDin10P GND TxDin6P GND TxDin2P 23 +3.3V Analog GND TxDin14N +3.3V Digital TxDin10N GND TxDin6N GND TxDin2N 24 TxRESET NUC NIC GND LsBIASALM GND NIC GND LsTWEAK GND 25 -5.2V Analog NUC GND TxDin15P NIC TxDin11P GND TxDin7P GND TxDin3P 26 -5.2V Analog NUC GND TxDin15N NIC TxDin11N GND TxDin7N GND TxDin3N 27 TxFIFO RES NIC LLoopENB GND LsTEMPALM GND NIC GND NIC GND 28 -5.2V Analog NIC GND TxPICLKP NIC TxPCLKP GND TxMCLKP GND TxREFCLKP 29 -5.2V Analog NIC GND TxPICLKN NIC TxPCLKN GND TxMCLKN GND TxREFCLKN 30 TxFIFO ERR NIC TxLINETIMSEL GND TxREFSEL GND LsPOWALM GND TxLOCKERR GND

Italics: MSA optional future feature use FFU: Future feature use NUC: No User Connection NIC: No Internal Connection (optional)



Revision 2.9 03/18/03 12 of 11



OUTLINE DRAWING DIMENSIONS IN MM [INCHES]



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REGULATORY COMPLIANCE

Feature Test Method Performance

Electrostatic Discharge ( ESD) to pins Mil-Std 883D Method 3015.7 Class1(>1KV) Human body model

Electromagnetic interference ( EMI) FCC Class B Immunity. Radio Frequency Electro-Magnetic Field

Variation of IEC801-3

Eye safety FDA 21CFR 1040.10 and 1040.11 Class1 FDA Accession Number xxxxxxxx

EN60825-1 TUV License Number xxxxxxxxx

EYE SAFETY MARK

The A032 series Single Mode transceiver is a class 1 laser product. It complies with IEC 60825-1 and FDA 21 CFR 1040.10 and 1040.11. In order to meet laser safety requirements the transceiver shall be operated within the Absolute Maximum Ratings.

Required Mark

Class 1 Laser Product

Complies with

21 CFR 1040.10 and 1040.11

Caution All adjustments have been done at the factory before the shipment of the devices. No maintenance and user serviceable part is required. Tampering with and modifying the performance of the device will result in voided product warranty.

PRODUCT DISCLAIMER In order to improve the design and/or performance Avrio reserves the right, at it’s sole discretion, to change the information contained in this document or discontinue the product, without notice. Avrio warrants its products, to be defect free, for one year from the date of shipment. Avrio assumes no liability and does not grant license, either express or implied, under any patent right, copyright, or intellectual property right, and makes no representations or warranties that the product(s) described herein are free from patent, copyright, or intellectual property rights. Customer agrees that Avrio is not liable for any actual, consequential, exemplary, or other damages arising directly or indirectly from any use of the information contained, or the use of product being referred to in this document. Products described in this document are NOT intended for use in implantation or other life support applications where malfunction may result in injury or death to persons. Users of this product do so at their own risk and agree to fully defend and indemnify Avrio for any damages resulting from such use or sale. (c) Avrio, Inc. 2002 All rights reserved

Documents

Single Mode Transponder 300 pin MSA Compliant, PPigtailed ...webshox.com/pdf0303/OC-192_SFF.pdf · Single Mode Transponder 300 pin MSA Compliant, PPigtailed – IR2 9.9 – 11.1 Gbps