Finisar FTLX3815M3XX network transceiver module
Contents
1. F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar EEPROM Table AOh Byte Addr LSB Description Value Hex Value 0 oo o 8 identifier Mypeofserial transceiver O CC ECA E T C T T E E E E 2 02 o 16 TempHighAlarm MSBatlowaddress O O BCT y 4 o4 0 16 TemplowAlarm _ MSBatlowaddres 6 0 16 Temp High Warnings _ MSBatlowaddres PB O 8 os o 16 Temp Low Warnings M SBatlowaddress PB o 10 oaf o 16 Aux3HighAlarm MSBatlowaddres o s 12 oc o 16 Aux3LowAlarm MSBatlowaddress 0 w 14 0 16 Aux3High Warnings MSBatlowaddres P W 16 10 0 16 Aux3LowWarning MSBatlowaddres CT w 18 12 0 16 BiasHighAlarm MSBatlowaddress 20 14 0 16 BiaslowAlarm MSBatlowaddres CT 22 16 0 16 Bias High Warnings MSBatlowaddress tC CT 24 18 0 16 BiaslowWarning ss MSBatlowaddress PS 26 1a 0 16 TXPowerHighAlarm Ss MSBatlowaddress PS 28 ac o 16 TX PowerLow Alarm __ MSBa2. FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar X PCB Layout and Bezel Recommendations oF CR EE i SEE DETAIL Z H a AA R R Masies o eemi cr e ei ee EASA a r a i E p i 4 ae ELLEN ELELLLLPELLLLLLENELLLELETCELEDE TE TS CROSS HATCHED AREA DENOTES COMPONENT AND TRACE KEEP OUT EXCEPT CHASSIS GROUND THIS AREA DENOTE EXI COMPONENT KEEP 0UT TRACES ALLOWED AN DATUM X AND ESTABLISHED BY CUSTOMER S FIDUCIALS A DATUM IS TOP SURFACE OF HOST BOARD 39 2 MIN 3 INDICATED SURFACES TO BE CONDUCTIVE AND CONNECTED TO CHASSIS GROUND XFP Host Board Mechanical Layout dimensions are in mm 1174161 Rev A02 Page 20 of 24 F i n i Sal This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar L RTS a fa oF c i MAX l4 PLE gt D I AA A F T PARRY rt l a al 95 0 05 DETAIL 2 o IOIAlx SCALE 8 1 oo XFP Detail Host Board Mechanical Layout dimensions are in mm 1174161 Rev A
3. 1174161 Rev A02 Page 8 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar VI Environmental Specifications Finisar XFP transceivers have an operating temperature range from 0 C to 70 C case temperature Case Operating Temperature Storage Temperature VII Regulatory Compliance Finisar XFP transceivers are Class 1 Laser Products They are certified per the following standards Feature Agency Standard Certificate Number FDA CDRH CDRH 21 CFR 1040 and Laser Notice 50 Safety Laser Eye EN 60825 1 1994 A11 1996 A2 2001 TBD Safety IEC 60825 1 1993 A1 1997 A2 2001 IEC 60825 2 2000 Edition 2 Safety Electrical CLASS 3862 07 Safety CLASS 3862 87 Copies of the referenced certificates are available at Finisar Corporation upon request 1174161 Rev A02 Page 9 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation th
4. 80 sof 1 1 t TxPowerHigh Alarm latched highTXPoweralarm FALSE 0 80 sof 2 1 t TxBiastowAlarm latchedlow TX Biasalarm Fase 0 80 so 3 1 t TxBiasHighAlarm latched highTXBiasalarm Fase 0 Po so 4 1 t vectowAlarm latchedlowVecalarm aise o o Po so 5 1 t vecHighAlarm latched highVecalarm FALSE o o 80 so 6 1 l TemplowAlam latched low Temperature alarm Fase 0 80 so 7 1 t TempHighAlam latched high Temperature alarm FALSE 0 Psi silo 1 ReserveD RESERVED NANA 81 51 2 1 t aux2towAlarm latched low AUX2monitoralarm FALSE 0 Pai 51 3 1 l AUX2HighAlam latched highAUX2monitoralarm FALSE 0 Pai 51 4 1 t AuxitowAlarm latched low AUX1monitoralarm FALSE 0 Par 51 5 1 t AuxiHighAlarm latched highAUXimonitoralarm Fase 0 Psi 51 6 1 t RxPowerlowAlarm latchedlowRXPoweralarm Fase 0 81 51 7 1 l RXPowerHighAlarm latched highRXPoweralarm Fase 0 1174161 Rev A02 Page 14 of 24 This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM X
5. ASCII Variable 186 BA 16 Wavelength Wavelength value 20 in nm Variable Variable Guaranteed range of laser wavelength value from Nominal wavelength 188 BC 16 Wavelength Tolerance Wavelength Tol value 200 in nm 20 00 14 190 BE o 8 Max Case Temp MAXIMUM CASE TEMPERATURE O o 4 k 191 BF o 8 cc Base Checksum 128 to 190 P Maximum Power Dissipation Max power is las 192 CO Maximum Power bit value 20 mW Maximum Total Power Dissipation in Power Down Mode Max Power is 8 bit value 10 193 C1 Max Power in Power Down Mode wlaloltmome a a 194 C2 Max Current 3 3v Max current is 4 bit value 100 mA Maximum current required by 5V Supply Max current is 4 bit value 50 mA 194 C2 Max Current 5v 500 mA max Maximum current required by 5 2V Supply Max current is 4 bit value 50 mA 195 C3 Max Current 5v 500 mA max ala akena a a g 195 C3 Max Current 1 8v Max current is 4 bit value 100 mA 196 ca o 128 Vendor SN Serial number provided by vendor ASCII 212 16 Date Code Year ASCII code Variable Variable 214 16 maoae o Month code Variable Variable f 216 D8 o 16 Date Code Day Digits of day 01 31 ASCII code Vendor specific lot code may be left blank 218 DA 16 Date Code Vendor specific lot code ASCII code 220 oc o 3 RESERVED RESERVED NANA Fav oc sua een e a lt P a 220 oc 4 1 FECBERsupport Special functions FALS
6. MSA requires 300ms e XFI loopback operation o When XFI Loopback is enabled the Transmitter output is disabled o When Line Loopback is enabled the Receiver input is disabled e 8 5Gb s operation requires configuration change via I2C vendor reserved command XII References l 10 Gigabit Small Form Factor Pluggable Module XFP Multi Source Agreement MSA Rev 4 5 August 2005 Documentation is currently available at http www xfpmsa org 2 Application Note AN 2035 Digital Diagnostic Monitoring Interface for XFP Optical Transceivers Finisar Corporation December 2003 3 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 4 Application Note AN 2038 Finisar Implementation Of ROHS Compliant Transceivers Finisar Corporation January 21 2005 1174161 Rev A02 Page 23 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specificatio
7. 54 L LOS signal FALSE 834 54 a a J RXNR o 34 54 5 1 L TXCDRnotlocked latched TX CDR Lossof Lock FALSE dbe maoe u lal 54 L TX_Fault laser safety system FALSE 84 54 7 a Jb NR latched TX_NRStatus FASE O a or 35 55 5 1 Jl Wavelength Unlocked latched Wavelength Unlocked Condition Faise 0 835 55 6 a ft TECFaut latchedTECFault LSE o O 35 55 7 1 l APDSupply Fault latched APDSupply Fault FALSE 0 e 36 56 o 16 REseRveo RESERVED NANA 38 58 o 1 M TXPowerLow Alarm Masking bitforlow TX Poweralarm Faise 0 38 58 1 1 MTX Power high Alarm Masking bitfor high TX Poweralarm Fase 0 38 58 2 1 M TX Bias Low Alarm Maskingbitforlow TX Biasalarm FALSE 0 88 58 3 1 MTX Bias High Alarm Masking bitfor high TX Bias alarm FALSE 0 88 ss 4 1 M VcclowAlam Masking bitforlowVccalarm FALSE 0 88 58 5 1 M VecHighAlarm Masking bitforhighVccalarm FALSE 0 e 88 58 6 1 M Temp LowAlarm Maskingbitforlow Temperaturealarm Faise 0 38 58 7 1 M Temp High Alarm Masking bitfor high Temperature alarm Faise 0 so 59 o 1 RESERVED 39 59 1 1 reserved RESERVED NANA 39 59 2 1 M AUX2LowAlarm Masking bitforlowAUX2monitoralarm FALSE 39 59 3 1 M AUX2HighAlarm Masking bitfor high AUX2 monitor alarm Faise 39 59 4 1 M AUX1LowAlarm Masking bitforlowAUXimonitoralarm Faise 0 39 59 5 1
8. NO Reset The falling edge initiates a complete reset of the module including the 2 wire serial interface equivalent to a power cycle Ss VCC2 1 8V Power Supply Not used ee GND Module Ground host board Not Required board Not Required Transmitter inverted data input _ _ Transmitter non inverted data input Module Ground dT es 1 Module circuit ground is isolated from module chassis ground within the module 2 Open collector should be pulled up with 4 7k 10kohms on host board to a voltage between 3 15V and 3 6V 1174161 Page 2 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp GND GND TD TD ND G WIN IN NM dy NO NINN OIVni n AIIN Z zi Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar Gao T 15 16 Gro RX LOS 14 17 RD Moo NR jo 13 18 RD l Mon Ass yj 12 19 GNO l i 9 SDA 1 20 vcc2 SCL 10 TE P_DOWN e j VEC3 9 99 F vcec2 E ren 4 mee 18 Towarp ASIC a i ii Go M 24 RerCLK ra oe vccs 6 25 REFCLK T
9. Warning Masking bit for high RX Power warning Faise 0 92 5cf 0 1 M Reset Complete Masking bitfor Reset Complete Flag Faise 0 TEnTTIE esting for ieret MoO Wf ___ __false fg f 92 sc 2 1 M RXCDRnotlocked Masking bit for RX CDR Loss of Lock FAISE arne e l 92 5C M LOS loss of signal FALSE 92 scf 4 a MRXNR o f 92 scf 5 1 MTX COR not Locked Masking bit for TX CDR Loss of Lock FAISE ae Pe la 92 5C M TX_Fault Generated by laser safety system FALSE 92 sc 7 1 MX NR_ i 1174161 Rev A02 Page 15 of 24 This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar EEPROM Table AOh continued 93 sp o 5 Reserven RESERVED NANA Kee cece 93 5D M Wavelength Unlocked Condition FALSE 93 sp 6 1 M TEC Faut o ao a ee S 94 5E o 16 RESERVED 60 o 8 Temperature msB fmtemally measured module temperature 0 0o 97 61 o 8 Temperature isg internally measured module temperature 0 de e a Tg tg 62 Vcc MSB transceiver alalofe
10. be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar OSNR Performance Data rate Dispersion snm Max OSNR w dispersion at Power Pee Gb s P 7 to 18dBm dB justm Required 107 ted 5009130 Ves ui les ee 500 to 1100 Notes 1 Corresponds to approximately 0 8 nm 2 X Specified ITU Grid wavelength Wavelength stability is achieved within 10 seconds of power up 3 Measured with a host jitter of 50 mUI peak to peak 4 Measured with a host jitter of 7 mUI RMS 5 Measured at 1528 1600nm with worst ER PRBS31 6 All OSNR measurements are performed with 0 1nm resolution 1174161 Rev A02 Page 6 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar Part Numbers for Amplified OSNR Applications Frequency THz 191 7 191 8 191 9 192 0 192 1 192 2 192 3 192 4 192 5 192 6 192 7 192 8 192 9 193 0 193 1 193 2 193 3 193 4 193 5 193 6 193 7 1
11. for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar EEPROM Table 02h Filled with 00 unless otherwise specified by customer requirements IX Mechanical Specifications Finisar s XFP transceivers are compliant with the dimensions defined by the XFP Multi Sourcing Agreement MSA z 77 99 18 35 1 95 N Finisar Sunnyvale CA 94089 nm SMF geg 0 BASE LRILW Te 1 6 00 oc isa SR 4 gto rp 0 LUCA 0 SM LL L we Class 1 21GFR1040 10 5 i LINBSO 7 04 C E MADE IN MALAYSIA us B1 NS ataa piamaan UNLATCHED N O0 on i 39 00 R1 00 XFP Transceiver dimensions are in mm 1174161 Rev A02 Page 19 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision
12. reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar EEPROM Table 01h Byte Addr LSB Description Value Hex Value 128 80 o 8 identifier Typeofserial transceiver FP ofe o ls lesee nese No CLEI code presentin 129 81 CLEI code present in Hable 02h CLEI code present in Table 02h Table oan Tazo Tar 4 1 ef cock input Required ef Clock nput Required Not Required Fa ee a 129 81 6 2 extldentifier Defines Module Power Class Power level 3 lt 3 5W 2 130 82 o 8 Connector SS Code forconnectortype 7 131 83 o 1 Reserven RESERVED NANA 131 83 1 1 jiosBaseew _ hocBaseew OE y Oo 131 83 2 1 1ocBasetw poeaseiw S S OE O O 131 83 3 1 jiosBasesw _ hogBasesw SE y Oo 131 83 4 1 10GBAsELRM poceaseirm O O OE O O O 131 83 5 1 1ocBaseeR pocBaseeR OE O O O 131 83 6 1 jiosBasetR ss I0GBasEIR SE y Oo 131 83 7 1 fjiosBase srR poaeasesR OE O O O 132 84 o 4 ReseRVeED CRESERVED NANA 132 s4 4 1 intermediate Reach1300nmFP_ intermediate Reach1300nmFp_ Fase 0 132 84 5 1 Extented Reach 1550nm Extented Reach1550nm Fas 0 132 84 6 1 1200smut OSM ALE O O 132 s4 7 1 jo0omxsni 0 moomksni S
13. with SCL to mark the start and end of serial protocol activation The memories are organized as a series of 8 bit data words that can be addressed individually or sequentially The 2 wire serial interface provides sequential or random access to the 8 bit parameters addressed from 000h to the maximum address of the memory For more detailed information including memory map definitions please see the XFP MSA documentation Receiver Threshold Adjustment The FTLX3815M3xx also provide access to receiver decision threshold adjustment via 2 wire serial interface in order to improve receiver OSNR performance based on specific link conditions It is implemented as follows e Rx Threshold of XFP transceivers will be factory set for optimized performance in non FEC applications This will be the default value during both cold start power up and warm start module reset 1174161 Rev A02 Page 10 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar e The transceiver supports
14. 02 Page 21 of 24 F i n i Sal This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar RO S MAX TYP ZN FOR PCI APPLICATIONS RECOMMENDED DIMENSION IS O 420 1 MINIMUM PITCH ILLUSTRATED AN SEE SECTION 6 8 FOR CALCULATION OF GASKET THICKNESS AFTER COMPRESSION XFP Recommended Bezel Design dimensions are in mm 1174161 Rev A02 Page 22 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar XI Notes amp Exceptions e The FTLX3815 product family has the following exceptions to the XFP MSA o Initialize time of 2 sec maximum
15. 7 89 2 1 G 959 1P1L1 2D2 SonetlongHaul Linkcodes TRUE 1 a37 s9 3 a eas Sone bongHaullinkcodes FALSE O O0 a37 sofa 1 fl642c SonetlongHaul Linkcodes FALSE 0 O t137 89 5 1 fl 64 2b Sone longHaullinkcodes FALSE O0 O 137 89 6 1 ieaza SonetlongHaul Linkcodes FALSE O O t137 89 7 1 joan CSonettongHaullinkcodes FALSE 0 O 138 sa o 5 RESERVED RESERVED NAN ss jsa 5 f 1 v ea3 Sone VeryLongHaullinkcodes FALSE 0 f138 sa 6 1 v 642b Sone VeryLongHaullinkcodes _ FALSE 0 138 sa 7 1 v 64 2a Sone VerylongHaullinkcodes FALSE 0 139 B o 2 REseRveD RESERVED NANA 139 8B 2 1 TxDitherSupported PTR Piso sef 3 a JR o Encoding Support SE OP s9 jef a a NR o Encoding Support ORE O t O 130 B 5 1 SonetScrambled Encoding Support TWE 1 O 139 sB 6 1 sep EncodingSupport S TRUE 139 B 7 f 1 64B 6eB EncodingSuppot o ORE 140 ec o 8 BR minimum Minimum Supported Bitrate 100Mb 9 6B 1m sD 0 8 BR maximum MaximumSupported Bitrate 100Mb 138 PT AERA Length SMF km LENGTH STANDARD SINGLE MODE FIBER KM Dele LENGTH EXTENDED BANDWIDTH 50 um 143 8F Length EMM 50um meter MULTIMODE FIBER 2m 1174161 Rev A02 Page 17 of 24 This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied rep
16. 93 8 193 9 194 0 194 1 194 2 194 3 194 4 194 5 194 6 194 7 194 8 194 9 195 0 195 1 195 2 195 3 195 4 195 5 195 6 195 7 195 8 195 9 60 FTLX3815M360 196 0 196 1 1174161 Rev A02 Page 7 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar V Additional Specifications and Response Timing Bire oo o ooo o ao s e s o Maximum Supported Link Length Lux 0 mp Notes 1 Amplified SONET OC 192 10G Ethernet SONET OC 192 with FEC 10G Ethernet with FEC 10GFC and 8GFC 2 Distance indicates dispersion budget Optical amplification may be required to achieve maximum distance Response timing Min Typ Max Units Ref Fa FAN De assert a 2 De assert 100 us ee twee e De assert Interrupt Asset 200 De o 00 P_Down RST a Time Sa f teii Start up time Initialize tim 0 so ms it 1 Time required for transponder to be ready to begin I2C communication with host from a cold start or a hardware reset condition
17. E P 220 ocf 5 f 3 Aux3 Finisar SS Aux3minitor 16120nly RESERVED 0o e 221 DD o 1 Optional CMU supportmode Enhanced Options FALSE 0 e 221 DD 1 1 Wavelength Tunability implemented Enhanced Options mse 0 e 221 DD 2 1 Active FEC control function umplemented__ Enhanced Options TRUE 221 DD 3 f 1 Support VPS bypass regulatormode Enhanced Options FALSE 0o e 221 DD 4 1 Suport VPS LV regulatormode Enhanced Options FALSE O e 221 DD 5 1 SoftP_Down Enhanced Options TRUE 221 DD 6 1 softTx DISABLE Enhanced Options me 1 221 DD 7 1 Variable Power Supply Support Enhanced Options mse 0o 222 DE 0 4 AuxA Dinput2 Enhanced Options 33V Supply Voltage 7 222 DE 4 4 AuxA D Inputa Enhanced Options laserTemperature 4 223 or 0 8 cc ExT Check code for bytes 192to222 Variable 000000000000000 000000000000000 000000000000000 000000000000000 224 EO 256 Vendor Specific Vendor Specific EEPROM 0000 1174161 Rev A02 Page 18 of 24 This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile
18. E y Oo 133 85 o 8 Reserven RESERVED NANA 134 86 o 1 ReseRVeED RESERVED NANA 134 s6 1 1 focasin flowerspeediinkcompliancecode FALSE 0 134 86 2 1 jocasin fLowerspeediinkcompliancecode FALSE 0 134 s6 3 1 locassR i fLowerspeediinkcompliancecode FALSE 0 134 86 a 1 axrcsmF Ss Lowerspeediinkcompliancecode FALSE 0 134 86 5 1 JaxFemmF__ lowerspeedlink compliance code FALSE 0 134 s6 6 1 1000BASE Lx 1xFCSMF__ lowerspeed link compliance code FALSE 0 134 86 7 1 1000BASE SX 1xFCMMF_ _ lowerspeedlink compliance code FALSE 0 135 87 o 2 Reserven RESERVED NANA 135 87 2 1 reas Sonetcodes wE y Oo 135 87 3 1 reas Sonetcodes TALS O O 135 87 a 1 roa2 o Soneteodes TALS 135 87 5 a reazr o Sonetcodes OE y Oo 135 87 6 1 Jtet o Sonetcodes TALS O O 135 87 7 1 reaar o Sonetcodes S wE O O 136 s8 o 1 RESERVED RESERVED NANA 136 88 1 1 5 64 50 Sone ShortHaul Linkcodes FALSE 0 136 s8 2 1 soasa Sone ShortHaulllinkcodes FALSE O O0 136 88 3 1 5 64 30 Sone ShortHaul Linkcodes FALSE 0 136 88 a 1 soa3a Sone ShortHaul Linkcodes FALSE 0 136 88 5 1 soar Sone ShortHaullinkcodes FALSE O0 136 88 6 1 S 64 2a Sone ShortHaul Linkcodes FALSE 0 136 88 7 1 sear Sone ShortHaul Linkcodes FALSE 0 137 89 0 1 RESERVED RESERVED NAN 137 sofa 1 powom fm SE i OO O 13
19. FP Product Specification December 2013 Finisar EEPROM Table AOh continued 82 52 o 1 L TxPowerlowWarning latchedlow TX Powerwarning FALSE 0 e 82 52 1 1 Jl TX Power High Warning latched highTXPowerwarning FALSE 0 e 82 52 2 1 Jl TXBiasLow Warning latched low TX Bias warning FALSE 0 e 82 52 3 1 Jl TXBias High Warning latched high TX Bias warning FALSE 0 82 52 4 1 l VcclowWwarnings latchedlowVcecwarning FALSE 0 e 82 52 5 1 t vecHighwarning latched highVccwarning FALSE 0 e 82 52 6 1 Jl TempLow Warming latched low Temperature warning Fase 0 e 82 52 7 1 l TempHigh Warning latched high Temperature warning Fase 0 83 53 o 1 REsERveo RESERVED NANA 83 53 2 1 Jl AUX3LowWarnins latched low AUX2 monitor warning Fase 0 83 53 3 1 L AUX2HighWaming latched high AUX2 monitor warning Fase 0 83 53 4 1 Jl AUX1 Low Warning latched low AUX1 monitor warning Fase 0 e 83 53 5 1 Jl AUX1HighWarning latched high AUX1 monitor warning Fase 0 e 83 53 6 1 l RXPowerLow Warning latched low RX Powerwarning FALSE 0 e 83 53 7 1 L RXPowerHighWaming latched high RX Power warning FALSE 0 e 34 54 o 1 L ResetComplete latched Reset Complete Flag FALSE 0 e Aei eeo fetes Moreton Ren o a E jk 34 54 2 1 L RXCDRnotLlocked latched RX CDR Loss of Lock FALSE Cbe a a lG
20. Finisar Product Specification Multiprotocol 80Km 10Gb s DWDM XFP Optical Transceiver FTLX3815M3xx PRODUCT FEATURES e Supports 8 5Gb s to 11 35Gb s e Hot pluggable XFP footprint e RoHS 6 Compliant lead free e 100GHz ITU Grid C Band e Duplex LC connector e Power dissipation lt 3 5W e Built in digital diagnostic functions APPLICATIONS e Temperature range 0 C to 70 C e ITU G 698 1 DW100S 2Dx compliant e Point to Point amp OSNR optimized DWDM 10G SONET SDH a e ITU G 698 2 DW100C 2Ax compliant e Reference Clock Not Required DWDM 10G SONET SDH e DWDM IEEE 10OGBASE ZR based Ethernet e l1OGFC SM 1200 LL L amp 8GFC SM 800 LC L compliant e ITU G 709 OTN FEC applications Finisar s FTLX3815M3xx Small Form Factor 10Gb s XFP transceiver complies with the XFP Multi Source Agreement MSA Specification It supports amplified DWDM 10Gb s SONET SDH 10 Gigabit Ethernet and 10 Gigabit Fibre Channel applications over 80km of fiber without dispersion compensation Digital diagnostics functions are available via a 2 wire serial interface as specified in the XFP MSA The transceiver is RoHS compliant and lead free per Directive 2002 95 EC and Finisar Application Note AN 2038 PRODUCT SELECTION FTLX3815M3xx xx 100GHz ITU T channel 1174161 Page of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and
21. M AUX1HighAlarm Masking bitfor high AUX1 monitor alarm Faise 0 f 39 59 6 1 MRX Power Low Alarm Masking bitforlow RX Poweralarm Fase 0 89 so 7 1 MRX Power High Alarm Masking bitfor high RX Poweralarm FALSE 0 90 sav O 1 M TX Power Low Warning Masking bitfor low TX Powerwarning Faise 0 P90 5af 1 1 M TX Power High Warning Masking bit for high TX Power warning Faise 0 90 5A 2 1 MTX Bias Low Warning Masking bitfor low TX Bias warning Faise 0 f 90 sal 3 1 M TX Bias High Warning Masking bitfor high TX Bias warning Faise 0 f 90 sat 4 1 M VecLow Warning Masking bitforlowVccwarning Fase 0 O f 90 sats 1 M VecHigh Warning Maskingbitfor high Vecwarning FALSE 0 e f 90 sal 6 1 M Temp Low Warning Masking bitfor low Temperature warning FALSE 0 f 90 sal 7 1 M Temp High Warning Masking bit for high Temperature warning Faise 0 for spo 1 RESERveED RESERVED NANA 91 5B 2 1 M AUX2Low Warning Masking bitforlowAUX2monitorwarning FALSE 0 91 5Bf 3 1 M AUX2High Warning Masking bitfor high AUX2 monitor warning FAISE 0 91 5B 4 1 M AUX 1 Low Warning Masking bitfor low AUX1 monitor warning False 91 5B 5 1 M AUX 1 High Warning Masking bitfor high AUX1 monitor warning False 0 91 5B 6 1 MRX Power Low Warning Masking bit for low RX Power warning Faise 0 f 91 5B 7 1 M RX Power High
22. X_DIS 5 96 GNO J INTERRUPT 74 27 Gao l p Moo DESSEL 3 28 M T VEE5 2 29 TD GND 1 30 Guo i Diagram of Host Board Connector Block Pin Numbers and Names IT Absolute Maximum Ratings Maximum Supply Voltage 1 Vee3 05 40 v Maximum Supply Voltage 2 Vee 05 60 v Storage Temperature Tas ee Case Operating Temperature T 0 7 Receiver Damage Threshold Pram 5 Bm 1174161 Rev A02 Page 3 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar Il Electrical Characteristics Top 5 to 70 C Vecs 4 75 to 5 25 Volts FTLX3815M3xx Parameter Supply Voltage 1 Vee3 313 346 V Supply Voltage 2 Vees 475 5235 V Supply Current Vcc5 supply Tees J 450 ma Supply Current Vec3 supply o e3 50 A Module total power dissipation P J Z 35 w I Transmitter Input differential impedance Rae 10 f Qa 2 Differential data input swing V
23. adjustment of Rx Threshold value by the host through register 76d table Olh This is intended to be used in FEC applications e Register 76d table Olh is a volatile memory Therefore if the transceiver is power cycled the register starts up with a value of 00h which corresponds to the default Rx Threshold value e The threshold adjustment input value is 2 s complement 7 bit value 128 to 127 The default Rx threshold value will be approximately 0 Full range of adjustment provides at least a 10 change in Rx threshold from the default value SBS suppression dither tone Set Address 111 bit 1 to 0 to enable tone 1 to disable dither tone defaults frequency 40kHz tone is disabled Please contact your Finisar RSM or PLM if specific amplitudes and frequencies are needed for SBS suppression 8 5Gb s Fibre Channel CDR Bypass rate select For 8G FC operation write 1 to Byte 116 bit 1 Every time that the module is power cycled this will need to be re written bit goes back to 0 and CDR is now set for 10Gb s operation in order to operate properly at 8G FC Contact your Finisar RSM or PLM for details on the CDR Bypass 1174161 Rev A02 Page 11 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed o
24. any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar I Pin Descriptions IT Symbol GND VEES respond to 2 wire serial interface commands LVTTL O Interrupt bar Indicates presence of an important condition kana Ae which can be read over the serial 2 wire interface LVTTL I TX DIS Transmitter Disable Transmitter laser source turned off Name Description Ref o CCS D pT VCC pT VCC SCL LVTTL SDA Serial 2 wire interface data line I O LVTTL O Mod _ Abs Module Absent Indicates module is not present Grounded in the module LVTTL O Mod NR Module Not Ready Finisar defines it as a logical OR between RX LOS and Loss of Lock in TX RX LVTTL O RX LOS Receiver Loss of Signal indicator OSS GND Module Ground Oo S N Module Ground SS D Module Ground Receiver inverted data output U9 CML O CML O RD Receiver non inverted data output GND Module Ground VCC2 1 8V Power Supply Not used LVTTL I P Down RST 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 reset N m
25. bems amare g S oo 63 Vcc LSB transceiver 100 64 o 8 TxBiasmsB Intemally measured TXBiasCurrent 0 Prot 6s 0 8 rxeiesise intemally T 0 0 E 102 66 o 8 TXPowermsB Measured TXoutputpower 0 103 67 o 8 TXPowertsB_ Measured TXoutputpower 0 104 68 o 8 RxXPowermsB Measured RXoutputpower 0 105 69 0 8 RXPowertsB Measured RXoutputpower 0 _ _ 0 alea o a umans o a 106 6A AUX 1 MSB Page O1h fur fosfo s umuse rogram mee 107 AUX 1LSB Page O1h PARN pogrom ee 108 6C AUX 2 MSB Page O1h jue feofols fuse rage 109 AUX 2 LSB Page O1h Indicates transceiver has achieved power up and data is ready Bit remains high until data is ready to be read at which time the device 110 6E 1 Data_Not_Ready sets the bit low Indicates Optical Loss of Signal per relevant optical link standard Updated within 110 6E 1 1 LOS 100msec of change on pin FALSE Digital state of the Interrupt output pin FALSE a O Read write bit that allows the module to be placed in the power down mode This is identical to the P_Down hardware pin function except that it does not initiate a 110 6E 3 1 Soft P_Down system reset FALSE fuolse a a booms nn tumsecctcoeongin ease 110 6E 4 1 P_Down State within 100msec of change on pin FALSE fuolse s boone nn tumsecctcnonronpn mae 110 6E 5 1 MOD_NR State within 100msec of change on pin FALSE Read write bit that allows softwa
26. ereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar VIII Digital Diagnostics Functions As defined by the XFP MSA Finisar XFP transceivers provide digital diagnostic functions via a 2 wire serial interface which allows real time access to the following operating parameters Transceiver temperature Laser bias current Transmitted optical power Received optical power Transceiver supply voltage TEC Temperature It also provides a sophisticated system of alarm and warning flags which may be used to alert end users when particular operating parameters are outside of a factory set normal range The operating and diagnostics information 1s monitored and reported by a Digital Diagnostics Transceiver Controller DDTC inside the transceiver which is accessed through the 2 wire serial interface When the serial protocol is activated the serial clock signal SCL pin is generated by the host The positive edge clocks data into the XFP transceiver into those segments of its memory map that are not write protected The negative edge clocks data from the XFP transceiver The serial data signal SDA pin is bi directional for serial data transfer The host uses SDA in conjunction
27. inpp 120 3820 my 2 3 Transmit Disable Voltage V p 20 Vee V Transmit Enable Voltage Vm GND GND 08 v Receiver Receiver Differential data output swing Voutpp 500 850 mv 4 Data output risetime e d T 3 p 5 Data output fall time te o J T 3 p 5 LOS Fault Vrosam Veo 0 5 Vecmosr V 6 LOS Normal Power Supply Rejection See Note 7 below Reference Clock AC Coupled Single ended peak to peak voltage swing Notes 1 Maximum total power value is specified across the full temperature and voltage range After internal AC coupling Or open circuit Into 100 ohms differential termination 20 80 Loss Of Signal is open collector to be pulled up with a 4 7k 10kohm resistor to 3 15 3 6V Logic 0 indicates normal operation logic 1 indicates no signal detected 7 Per Section 2 7 1 in the XFP MSA Specification ae rR 1174161 Rev A02 Page 4 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification Decembe
28. n December 2013 Finisar XIII Product Selection Details FTLX3815M3xx FT FT Series L RoHS 6 X 10G Bit Rate Class 38 80km asymmetric chirp 1 XFP form factor 5 Standard Performance Class M Multiprotocol 3 Commercial temperature range xx Sub Band start channel please refer to page 6 for channel definition XIV Revision History 8 15 2012 Preliminary document created 10 22 2012 Update EEPROM Table AOh and 01h Include cold start timing correct initialization timing SBS Dither Byte XV For more information Finisar Corporation 1389 Moffett Park Drive Sunnyvale CA 94089 1133 Tel 1 408 548 1000 Fax 1 408 541 6138 sales finisar com www finisar com 1174161 Rev A02 Page 24 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision
29. r modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar Alarm and Warning Threshold Values Address Parameter Threshold UNITS Values 2 05 73 04 05 rE 06 07 73 08 09 3 j0 17 18 19 130 20 21 i 2 23 110 04 23 E 2621 5 B 7 25 3 B 5031 4 B EHH B aja B B 32 33 TX Power Low Warning 2 B 34 35 RX Power High Alarm 4 36 37 RX Power Low Alarm 31 B B 383 3 0 23 DA 3 EE 20 147 54 BH 75 501 7564 52 53 3086 54 55 3465 5637 318 lt lt lt lt lalalolal amp S a EE A D Table Temp thermocouple a a E S Co w 04 103 Tor aw 06 107 Auxiliary monitor 108 109 Auxiliary monitor2 100 3 3V Supply Voltage 1174161 Rev A02 Page 12 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar 1174161 Rev A02 Page 13 of 24
30. r 2013 Finisar IV Optical Characteristics EOL Top 5 to 70 C Vecs 4 75 to 5 25 Volts Transmitter Le Output Opt Pwr 9 125SMF_ Por 14 3 Bm opion xtnetion Ratio f R j s2 o oa OS Center Wavelength Spacing Center Wavelength Spacing Spacing Transmitter Center Wavelength X 100 X 100 ieee eee pete Transmitter Center Wavelength X25 ee ete tt et Sidemode Suppression ratio SSRmin 35 gt o E Tene orf or rele Co Receiver Opa Coner Wave EE asf am Receiver Reflectance Re S 7B LOS De Assert OS 30 dm LOS Assert J os a37 Bm 0s FTLX3815M3xx Receiver Sensitivity Sensitivity back to Data rate l back at Power Penalty Threshold Dispersion ps nm at OSNR gt 30dB Adjust Gb s OSNR gt 30dB dB Requicd dBm 85 le 12 500t01450 24 3 M 995 ieiz 50t01450 4 o w 103 1e 12 500t01450 4 3 M 107 ted 500t 1450 27 3 Ys o u1 ted 50011450 27 3 Yes 113 ted 500t01450 7 Ye 1174161 Rev A02 Page 5 of 24 F i n i Sa This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied reproduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp Printed copy may not
31. re disable of laser Writing 1 disables laser Turn on off time is 100msec max from acknowledgement of serial byte transmission This bit is OR d with the hard TX_DISABLE pin value Note per SFP MSA TX_DISABLE pin is default enabled unless pulled low by hardware If Soft TX Disable is not implemented the transceiver ignores the value of this bit 110 6E 1 Soft TX Disable Default power up value is 0 Digital state of the TX Disable Input Pin 110 6E TX Disable State Updated within 100msec of change on ew e e CAC to tak ESERVED RESERVED S Paii 6r 3 1 RX_CDR not Locked identifies Loss of LockinRXpathCDR FAISE ete A 111 6F RX_NR State the TX path FALSE Pai 6F 5 1 TX_CDR not Locked identifies Loss of LockinTX path CDR_ FAISE ek o a o 111 6F TX_Fault State by laser safety system FALSE A a a 111 6F TX_NR State the TX path FALSE 112 70 o a8 ReseRveED RESERVED NANA akciam d al 118 76 Error Checking Error Checking supported Pais 76 1 7 RESERVED RESERVED NA Sr od a e O e CTT 123 7B 0 32 Password Entry location for Entry of Optional Password 00000000 127 7F 0 8 Table Select Entry Location for Table Select Byte o t 7 1 1174161 Rev A02 Page 16 of 24 This document contains proprietary and confidential information to Finisar Corp This document and the entire information contained herein and any other tangible representation thereof is not to be copied
32. roduced duplicated distributed or modified in whole or in part and or used without the expressed written consent of Finisar Corp RiP RP R Printed copy may not be the latest revision please refer to Agile for current revision FTLX3815M3xx DWDM XFP Product Specification December 2013 Finisar EEPROM Table 01h continued PAR Length 50 meter LENGTH 50 UM MULTIMODE FIBER 1meter Co a oa LENGTH 62 5 UM MULTIMODE 145 AF a e aa aeeoo E 62 5 meter FeR TT 8 length Copper km LENGTH COPPER 1mete 0 aoe a 147 93 3 1 Wavelength Control Device Technology FALSE 0 e 147 93 4 4 Transmitter Technology Device Technology 1550nmeML 7 46 69 6E 69 73 61 72 20 20 20 20 20 148 128 Vendor Name Vendor Name ascii Finisar 20 20 20 20 164 aa 0 1 XFi loopback Supported CDRsuppot o Ome 164 aa 1 1 lineside Loopback Mode Supported CDRsupport_ FALSE 0 e 164 aa 2 1 ReseRVED RESERVED S y wA Ek 164 a4 3 1 CDRsupportfor111Gb s CDRsuppot o me i Ee 164 aa 4 1 CDRsupport for 10 7Gb s_ CDRsuppot ORE a OE 164 aa 5 1 CDRsupport for 10 5Gb s_ CDRsuppot o O ORE a E 164 a4 6 1 CDRsupport for 10 3Gb s_ CDRsuppot me 1i e Hise fae L A GR supporter 898 Gb s eR support aus a 165 a5 o 24 vendoroui i O 168 as o 128 vVendorrn Partnumber provided by vendor ASCII FTIX3815M3xx Variable 184 B8 16 Vendor Rev vendor
33. tlowaddres PT O 30 1E o 16 TX Power High Warnings MSBatlowaddres PT 32 20 0 16 TX Power Low Warning MSBatlowaddress 2 o y 34 22 0 16 RX Power High Alarm MSBatlowaddress fH o 36 24 0 16 RX Power Low Alarm MSBatlowaddress 38 26 0 16 RX Power High Warning __ MSBatlow address PS Oo 40 28 0 16 RX Power Low Warning MSBatlowaddres HT a2 2A 0 16 AUXiHighAlarm MSBatlowaddress o CT a 2c o 16 AUX1LowAlarm MSBatlowaddres O o d O O 20 S 46 2 0 16 AUX1High Warning MSBatlowaddres oO oOO a o o 48 30 0 16 AUXiLowWaming MSBatlowaddres O B3 Oo O 50 32 0 16 AUX2HighAlarm MSBatlowaddress do 8H 52 34 0 16 AUX2LowAlarm MSBatlowaddress BGC 54 36 0 16 AUX2 High Warning MSBatlowaddress do 8ST 56 38 0 16 AUX2Low Warming _____ MSBatlowaddress o oaa O Oo O E28 0 5 Optional VPS control Registers __ Optional PS Convol Registers J 6o 3c o f 80 RESERVED JRESERVED S EA femme e 70 46 Acceptable BER Module pann 71 47 Actual BER Module 72 48 Wavelength Set MSB 0 05nm 73 49 Wavelength Set LSB 0 05nm inl a S S O 74 4A Wavelength Error MSB of 0 005nm 73 4B 0 8 Wavelength Error MSB Signed 2 s complement value a oo ee eee fre acl o s amiuenguinen owes mn g 76 4C Amplitude Adjustment threshold RP a 77 4D Phase Adjustment 78 4 o 16 RESERVED RESERVED NANA roo Tso 0 1 eT powerlow Arn latched iow 1X Poweratamm ats
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