Finisar FTLX0011D4BNL network transceiver module
Contents
1. Length 50um MMF imeter l0 f IE Ere tS ERE Ree enm Gasum MMF ameter Roo ie 146 92 O 8 Length Copper km Length Copper imeter 0 f O0 Ce o eret ee m LL 164 A4 O 1 XFILoopback Supported CDbRsupot TRUE Lineside Loopback Mode 164 A4 Supported CDR support TE erja 2 1 RESERVED RESERVED I x6 4 3 1 eor suppor ar TIT GbE ODF supper Fe 1 3 164 A4 4 1 CDR supportfor 10 7 Gbs CDRsupprt FALSE 0 164 AA e 1 CDR support for i03 Gbis ODR support RUE a a MEINE EINE 190 BE O 8 MaxCaseTemp MaxCaseTemp 191 BF O 8 CC BASE JChecksum 128to 190 Maximum Power TN Max power aE PITE T Maximum Total Power Dissipation in PH gi Mode value 10 mW Pu Max Current 3 3v Supply Max current is 4 bit value 100 3 3 Maximum current required by 45V EE epep pema E Maximum current required by 5 2V MAMA DONE 2 A P Wn Max Current 5v mA 500 mA max Maximum current required by 4 1 8V MEN P FIFI EN Supply Max current is 4 bit value 100 Deje I o oo a CO is c RESERVEE RESERVE 1 220 DC 4 1 FEC BER support jSpeciafuncions FALSE 0 220 DC 5 1 RESERVED JRESERVED EC 220 DC 6 1 RESERVED RESERVED o cee 220 DC 72. 137 89 1 1 DWDM DWDM JFALISE OO j 137 89 2 1 G 9591P1L1 2D2 Sonet Long Haul Link codes FALSE 137 89 3 1 L643 SonetLongHaullinkcodes FALSE 137 89 4 1 jL 642c jSonetLongHaulLinkcodes FALSE 137 89 5 1 jL642b jSonetLongHaulLinkcods FALSE 137 89 6 1 L 64 2a SonetLongHaullinkcodes FALSE 137 89 7 1 jL 641 jSonetLongHaullinkcodes FALSE 1388 BA 0 5 RESERVED J RESERVEDD p P 138 BA 5 1 V 64 3 9 SonetVeryLongHaullinkcodes FALSE 138 BA 6 1 V 642b SonetVeryLongHaullinkcodes FALSE TO 138 BA 7 1 V 64 2a jSonetVeryLongHaullinkcodes FALSE 0 139 8B 0 3 RESERVED RESERVED p 139 8B 3 1 RZ EncodngSupot FALSE 0 139 8B 6 1 8B 10B_ EncodngSupot TRUE 1 Finisar Corporation July 2010 Rev B1 Page 7 FTLX0011D4BNL Laserwire XFP Adapter Product Specification July 2010 F fmitisar Byte Hex Addr LSB Description Value Value 140 8C O 8 JBR minimum Minimum Supported Bitrate 100Mb 996 a Se SIS RR ma __ MaxirmumSupported Strate 10ND I _ _69 142 8E O 8 Length SMF km Length standard singlemode fiber km_ O_O ias te o Lengih EMV soum meter Legit levtended bre 80 um MMF amy 18 OF 144 90 O 8 jLength 50 mete
3. 1 RESERVED RESERVED 221 DD 0O 1 Optional CMU support mode Enhanced Options FALSE Wavelength Tunability an oo 1 1 mpemeted _ enranced Options raise Active FEC control function bug 7 Lan foo 2 1 umpemenei o e enancedOpiors ras Support VPS bypass regulator ZEN jeer oo s t moe emancedOpiors frase Lm 00 a 1 supon ves tv requir moge ennanees pions fws o 221 DD 5 1 SoftP Down Enhanced Options FALSE 221 DD 6 1 Soft TX DISABLE Enhanced Options FALSE mimirlal isi EE Pe a Auxiliary monitoring not ae oe o a lawan mpna ennarceg options mgema o Auxiliary monitoring not Lao oe a a lawan pui ennanceg options mpiomanted 0 r A ER Oe Finisar Corporation July 2010 Rev B1 Page 8 FTLX0011D4BNL Laserwire XFP Adapter Product Specification July 2010 F fmitisar IX References 1 Directive 2002 95 EC of the European Council Parliament and of the Council on the restriction of the use of certain hazardous substances in electrical and electronic equipment January 27 2003 2 Application Note AN 2038 Finisar Implementation Of RoHS Compliant Transceivers Finisar Corporation January 21 2005 3 10 Gigabit Small Form Factor Pluggable Module SFF Document Number INF 80771 Revision 4 5 August 31 2005 X For More Information Finisar Corporation 1389 Moffett Park Drive Sunnyvale CA 94089 1133 Tel 1 408 548 1000 Fax 1 408 541 6138 sales f
4. 48SR Lower speed link compliance code FALSE 134 86 4 1 J2xFCSMF Lowerspeedlinkcompliancecode FALSE 0 134 86 5 1 J2xFCMMF Lowerspeedlinkcompliance code FALSE 0 134 86 6 1 J1000BASELX txFC SMF Lowerspeedlinkcompliance code FALSE n 0 134 86 7 1 1000BASE SX 1xFC MMF Lower speed link compliance code FALSE 0 135 87 0 2 RESERVED RESERVED Py 135 87 2 1 jF 45 j Soetcoes FALSE 135 87 3 1 J643 Soetcoes FALSE 135 87 4 1 jF642 jSontcoes CALS 135 87 5 1 jF 42r jSontcoes FALSE 0 135 87 6 1 JF641 jSonetcoes FALSE 135 87 7 1 jF64ir Soetcodes FALSE 0 136 88 O 1 RESERVED J RESERVED p P 136 88 1 1 9 645b jSonetShortHaullinkcodes FALSE 136 88 2 1 j 9 645a SonetShortHaullinkcodes FALSE 136 88 3 1 S 64 3b jSonetShortHaullinkcodes FALSE 136 88 4 1 9 6433 jSonetShortHaullinkcodes FALSE 136 88 5 1 S 64 2c SonetShortHaullinkcodes FALSE 136 88 6 1 S 64 2a JSonetShortHaullinkcodes FALSE 136 88 7 1 9 641 SonetShortHaullinkcodes FALSE 137 89 O 1 RESERVED J RESERVED Py
5. Finisar Product Specification RoHS 6 Compliant Laserwire XFP Adapter FTLX0011D4BNL PRODUCT FEATURES e Hot pluggable XFP footprint e Supports Laserwire data rates of 9 95 Gb s to 10 3 Gb s e RoHS 6 compliant lead free e Extended temperature range po won APPLICATIONS e Single 3 3V power supply e Adapts Laserwire plug for XFP e Customizable EEPROM ports Finisar s FTLX0011D4BNL 10Gb s Laserwire XFP Adapters are designed for use in conjunction with Finisar s Laserwire cables Part Numbers FCBP110LD1Lxx and FCBCIIOLDILxx The FTLX0011DABNL XFP Adapter allows a Laserwire cable to be plugged into an XFP port The XFP Adapter incorporates a customizable EEPROM The Adapter is RoHS compliant and lead free per Directive 2002 95 EC and Finisar Application Note AN 2038 PRODUCT SELECTION FTLX0011DABNL Finisar Corporation July 2010 Rev B1 Page 1 FTLX0011D4BNL Laserwire XFP Adapter Product Specification July 2010 F fmitisar I Background Figure 1 illustrates the application of the FTLX001IDABNL XFP Adapter Pin descriptions for the FTLX0011D4BNL interface to the host board are shown in Section II Please refer to the FCBPIIOLDILxx Laserwire datasheet for details of the interface between the FTLX0011D4BNL XFP Adapter and the Laserwire cable The Laserwire connector pin out is also shown in Section II for reference Laserwire XFP Adapter FCBP110LD1Lxx FTLX0011D4BNL XFP port cage on
6. d on the host board Not required EU B Reference Clock inverted input AC coupled a Ri on the host board Not required Mida Mad ia E 26 GND Module Ground Connected to Laserwire VEE Grounded in adapter 271 GND Module Ground Connected to Laserwire VEE Grounded in adapter 30 GND ModueGrond Connected to Laserwire VEE Grounded in adapter Notes 1 Adapter circuit ground is isolated from adapter chassis ground within the adapter 2 Pulled up with 10kQ in adapter 3 Open collector should be pulled up with 4 7kQ 10kQ on host board to a voltage between 3 15V and 3 6V 4 Pulled low with 100Q in adapter 5 Per XFI electrical specs 6 A Reference Clock input is not required If present it will be ignored Differential 100Q termination in adapter Finisar Corporation July 2010 Rev B1 Page 3 FTLX0011D4BNL Laserwire XFP Adapter Product Specification July 2010 8 TOWARD ASIC 16 17 18 19 20 21 22 24 25 26 27 28 w e TUT VCC2 P DOWN VCC2 GND REFCLK REFCLK GND GND TD TD GND GND RX LOS Mon NR Mop ABS SDA SCL vcc3 SERET f GND VCC5 E TX_DIS E INTERRUPT if Moo DESEL VEE5 Cn 14 13 12 11 10 Finisar TOWARD BEZEL Figure 1 Diagram of Host Board Connector B
7. host board Figure 1 Top View From left to right Laserwire XFP Adapter XFP cage on host board Insertion sequence 1 XFP Adapter is plugged into XFP port 2 Laserwire is plugged into Adapter Extraction sequence 1 Depress tab on top of Laserwire plug and extract cable from Adapter 2 Pull on Adapter bail release lever and extract Adapter from host port Finisar Corporation July 2010 Rev B1 Page 2 FTLX0011D4BNL Laserwire XFP Adapter Product Specification July 2010 F InHISUCrF II Pin Descriptions Pin Logic Symbol Name Description per INF 8077i Laserwire Adapter Interface Adapter XFP Port Interface 1 GND Module Ground Connected to Laserwire VEE Grounded in adapter 2 VEES Optional 5 2 Power Supply Not required NC CNC Pulled high in adapter Mod Module De select When held low allows the 3 LVTTL I Desel module to respond to 2 wire serial interface commands Interrupt bar Indicates presence of an 4 intenni important condition which can be read over the serial 2 wire interface NOT IMPLEMENTED Transmitter Disable Transmitter laser source H VCCS 5 Power Supply Not used re h ne 7 GND Module Ground Connected to Laserwire VEE Grounded in adapter aa Ps fo VCC3 3 3V Power Supply Connected to Laserwire VCC pin 5 Pass through mE 9 VEG 3 3V Power Supply Connected to Laserwire VCC pin 5 Pass through NEN LVTTL I E Serial 2 wire inte
8. inisar com www finisar com Finisar Corporation July 2010 Rev B1 Page 9
9. ion 2 7 1 in the XFP MSA Specification INF 8077i V Environmental Specifications The FTLX0011D4BNL XFP Adapter has an operating temperature range from 5 C to 85 C case temperature Note that the Laserwire cable has an operating temperature range of 0 C to 60 C Parameter Symbol Min Typ Max Unis Ref Case Operating Tempere a 3 fes c Siomge Temperawre Te 9 s l VI Regulatory Compliance These products are certified by TUV and CSA to meet the Class 1 eye safety requirements of EN IEC 60825 and the electrical safety requirements of EN IEC 60950 Copies of certificates are available at Finisar Corporation upon request Finisar Corporation July 2010 Rev B1 Page 5 FTLX0011D4BNL Laserwire XFP Adapter Product Specification July 2010 F fmisar VII Mechanical Specifications Finisar s Laserwire XFP Adapters are compatible with the dimensions defined by the XFP Mechanical Specifications in INF 8077i with the exception of the port design to accommodate the Laserwire plug PRODUCT LABEL DIMENSIONS IN MILUMETERS INCHES UNLESS OTHERWISE STATED Figure 3 FTLX0011D4BNL Mechanical Dimensions Finisar Corporation July 2010 Rev B1 Page 6 FTLX0011D4BNL Laserwire XFP Adapter Product Specification July 2010 F fmitisar VIII EEPROM Table Address AOh Byte Hex Addr LSB Description Value Value 128 80 0 8 Identifier Ss Type of serial tran
10. lock Pin Numbers and Names for pin out reference Details of host board connector specifications can be found in INF 8077i Or refer to Finisar XFP datasheet e g FTLX8511D3 Vee TX TX Cable End View a Towards Bezel o Q 1 Q O Towards ASIC b Figure 2 Pinout a Laserwire cable plug end view b Adapter pin out Laserwire port endview Finisar Corporation July 2010 Rev B1 Page 4 FTLX0011D4BNL Laserwire XFP Adapter Product Specification July 2010 F fmitisar III Absolute Maximum Ratings Exceeding the limits below may damage the transceiver module permanently Maximum Supply Voltage Vve 05 40 V zcMA E E 8 4 8 i I Non condensing IV Electrical Characteristics Top 5 to 85 C Vcc 3 14 to 3 46 Volts Electrical characteristics assume a Laserwire cable 1s inserted into the Adapter port Supply Voltage L We ose sag Y SuplyCurn re 40 m Transmitter to Laserwire Transmitter to Laserwire o0 Differential data input swing Vinpp 120 1000 mV Differential data output swing Voutpp 600 650 800 mV 1 Power Supply Rejection PSR See Note 2below 2 Notes 1 Into 100 differential termination 2 Per Sect
11. rface clock b NC Connected to adapter EEPROM Ea us Er SDA Serial 2 wire interface data line PNG Connected to adapter EEPROM E LVTTL O Mod Abs Module Absent Indicates adapter not present Absent Indicates adapter not present Module Absent Indicates adapter not present NC Pulled low in adapter LVTTL O Mod NR Module Not Ready Po NCS Loss of lock in Tx Rx E LVTTL O RX LOS Receiver Loss of Signal indicator ODEO as Paultgutput Pass through B o GND MedueGrund Ceneiediolaserwire VEE Grounded in adapter RR ee ee H 17 CML O RD Receiverinverted data output Laserwire RX pin 11 Retimedoutptt 5 19 GND Module Ground Connected to Laserwire VEE Groundedinadapter 1 20 VCC2 L8VPowerSupp Notued Notued NC Power Down When high places the module in the low power stand by mode and on the falling edge of P Down initiates a module P Down reset NOT IMPLEMENTED T d bd RST Reset The falling edge initiates a complete xi PRISE yas reset of the module including the 2 wire serial interface equivalent to a power cycle NOT IMPLEMENTED m vec sisVPowerSuply Notued Nosa wo 23 GND Module Ground Connected to Laserwire VEE Grounded in adapter Reference Clock non inverted input AC PECI j RefCLK couple
12. sceiver E e 729 81 0 3 RESERVED RESERVED NO code present in 129 81 CLEI code present in Table 02h CLEI code present in Table 02h Table 02h 29 81 1 3 1 34 TX Ref Clock Input Required TX Ref Clock Input Required Not Required 129 81 5 1 Module with CDR Module with CDR with CDR Power level 1 1 5W 129 81 2 Ext ldentifier Defines Module Power Class power dissipation 130 82 O 8 Connector Codeforconnectortpee Unknown 0 131 83 O 1 RESERVED RESERVED Py 131 83 1 1 JOGBASEEW tOGBASEEW FALSE 131 83 2 1 JOGBASELW tOGBASELW JFALSE 0 131 83 4 1 Jt0GBASELRM J t0GBASELRM JFALSE 0 j 131 83 5 1 pOGBASEER J tOGBASEER FALSE 0 131 83 6 1 OGBASELR J t0GBASELR JFALSE 0 132 84 0 4 RESERVED J RESERVED Jo f 132 84 4 1 Intermediate Reach 1300 nm Intermediate Reach 1300 nm FP FALSE 132 84 5 1 Extented Reach 1550 nm Extented Reach 1550nm FALSE 132 84 6 1 j12009M1LL J t200SM1LL FALSE 133 85 0 8 RESERVED J RESERVED P 134 86 O 1 RESERVED J RESERVED P 134 86 1 1 JOC 481R Lowerspeedlinkcompliancecode FALSE 0 134 86 2 1 jOC 48 R Lowerspeedlinkcompliancecode FALSE 0 134 86 3 1 JOC
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