? finisar corporation october 2015 rev. d1 page 1 product specification 40 base - sr4 qsfp + gen 3 optical transceiver module ftl410 qe 3 c product features ? four - channel full - duplex transceiver module ? hot pluggable qsfp + form factor ? maximum link length of 100m on om3 multimode fiber (mmf) and 150m on om4 mmf ? multirate capability : 1 .06gb /s to 10.5 gb/s per channel ? unretimed xl ppi electrical interface ? max power dissipation <1.2w ? reliable vcsel array technology ? built - in digital diagnostic functions , including optical power monitoring ? commercial operating case temperature range: 0oc to 70oc ? single 1x12 mpo receptacle ? rohs - 6 compliant applications ? 40gbase - sr4 40g ethernet ? breakout to 4 x 10gbase - sr ethernet ? proprietary interconnections finisars ftl410 qe3 c qsfp + transceiver modules are designed for use in 40 gigabit per second links over multimode fiber. they are compliant with the qsfp + msa 1,2 and ieee 802.3ba 40gbase - sr4 3 and breakout to 4 10gbase - sr. digital diagnostics functions are available via an i2c interface, including tx and rx power monitoring . the optical transceiver is compliant per the rohs directive 2011/65/eu 4 . see finisar application note an - 2038 for more details 5 . product selection ftl410 qe3 c
f tl 410 qe3 c p roduct specification ? finisar corporation october 2015 rev. d1 page 2 i. pin descriptions figure 1 C q sfp + msa - compliant 38 - pin connector pin symbol name/description notes 1 gnd ground 1 2 tx2n transmitter inverted data input 3 tx2p transmitter non - inverted data input 4 gnd ground 1 5 tx4n transmitter inverted data input 6 tx4p transmitter non - inverted data input 7 gnd ground 1 8 modsell module select 9 resetl module reset 10 vcc rx +3.3 v power supply receiver 11 scl 2 - wire serial interface clock 12 sda 2 - wire serial interface data 13 gnd ground 1 14 rx3p receiver non - inverted data output 15 rx3n receiver inverted data output 16 gnd ground 1 17 rx1p receiver non - inverted data output 18 rx1n receiver inverted data output 19 gnd ground 1 20 gnd ground 1 21 rx2n receiver inverted data output 22 rx2p receiver non - inverted data output 23 gnd ground 1 24 rx4n receiver inverted data output 25 rx4p receiver non - inverted data output 26 gnd ground 1
f tl 410 qe3 c p roduct specification ? finisar corporation october 2015 rev. d1 page 3 27 modprsl module present 28 intl interrupt 29 vcc tx +3.3 v power supply transmitter 30 vcc1 +3.3 v power supply 31 lpmode low power mode 32 gnd ground 1 33 tx3p transmitter non - inverted data input 34 tx3n transmitter inverted data input 35 gnd ground 1 36 tx1p transmitter non - inverted data input 37 tx1n transmitter inverted data input 38 gnd ground 1 notes 1. c ircuit g round is in ternally isolated from chassis g round. ii. general product c haracteristics parameter value unit notes module form factor qsfp + number of lanes 4 tx and 4 rx maximum a ggregate data rate 4 2.0 gb /s maximum data rate per lane 10 . 5 gb /s higher bit rates may be supported . please contact finisar. protocols supported typical applications include 40g ethernet, infiniband qdr , sata/sas3 this module is not retimed electrical interface and pin - out 38 - pin edge connector pin - out as defined by the qsfp + msa 2 m aximum power consumption 1.2 w atts varies with output voltage swing and pre - emphasis settings management interface serial, i2c - based , 40 0 khz maximum frequency as defined by the qsfp + msa 2 data rate specifications symbol min typ max units ref. bit rate per lane br 1062 10500 mb/sec 1 bit error ratio ber 10 - 12 2 link distance on om3 mmf d 100 meters 3 link distance on om 4 mmf d 150 meters 3 notes : 1. compliant with 40g ethernet. compatible with 1/10 gigabit ethernet and 1/2/4/8/10g fibre channe l. 2. tested with a prbs 2 31 - 1 test pattern. 3. per 40gbase - sr4, ieee 802.3ba iii. absolute maximum ratings parameter symbol min typ max unit ref.
f tl 410 qe3 c p roduct specification ? finisar corporation october 2015 rev. d1 page 4 maximum supply voltage vcc 1, vcctx, vccrx - 0.5 3.6 v storage temperature t s - 4 0 8 5 ? op 0 70 ? non - condensing. iv. electrical characteristics (t op = 0 to 7 0 ? cc = 3.15 to 3.45 volts) parameter symbol min typ max unit ref. supply voltage vcc1, vcctx, vccrx 3.15 3.45 v supply current icc 350 ma link turn - on time ? transmit turn - on time 2000 m s 2 transmitter (per lane) ? single ended input voltage tolerance vint - 0.3 4.0 v differential data input swing vin,pp 1 8 0 12 00 mvpp 3 differential input threshold 50 mv ac common mode input voltage tolerance (rms) 15 mv differential input return loss per ieee p802.3ba, section 86 a . 4 .1.1 db 4 j2 jitter tolerance jt2 0 .1 7 ui j9 jitter tolerance jt9 0.29 ui data dependent pulse width shrinkage ddpws 0.07 ui eye mask colordinates {x1, x2 y1, y2} 0.1 1 , 0.31 95, 350 ui mv 5 receiver (per lane) ? single - ended output voltage - 0.3 4.0 v differential data output swing vout,pp 0 800 mvpp 6,7 a c common mode out put voltage (rms) 7.5 mv termination mismatch at 1 mhx 5 % differential output return loss per ieee p802.3ba, section 86 a . 4 . 2 .1 db 4 common mode output return loss per ieee p 802.3ba, section 86 a . 4.2 .2 db 4 output transition time, 20% to 80% 28 ps j2 jitter output jo 2 0.4 2 ui j9 jitter output j o 9 0.6 5 ui eye mask coordinates #1 {x1, x2 y1, y2} 0. 29, 0.5 150 , 425 ui mv 5 power supply ripple tolerance psr 50 mvpp notes : 1. maximum total power value is specified across the full temperature and voltage range.
f tl 410 qe3 c p roduct specification ? finisar corporation october 2015 rev. d1 page 5 2. from power - on and end of any fault conditions. 3. after internal ac coupling. self - biasing 100 ? differential input. 4. 10 mhz to 11.1 ghz range 5. hit ratio = 5 x 10e - 5 . 6. ac coupled with 100 ? di fferential output impedance. 7. settable in 4 discrete step s via the i2c interface . v. optical characteristics ( t op = 0 to 70 ? cc = 3.15 to 3.45 volts ) parameter symbol min typ max unit ref. transmitter (per lane) ? signaling speed per lane 10. 5 gbd 1 center wavelength 840 860 nm rms spectral width sw 0.65 nm average launch power per lane txp x - 7.6 - 1.0 dbm transmit oma per lane txoma - 5.6 3.0 dbm 2 difference in power between any two lanes [oma] dp x 4.0 db peak power per lane pp x 4.0 dbm launch power [oma] minus tdp per lane p - tdp - 6.5 dbm tdp per lane tdp 3. 5 dbm optical extinction ratio er 3.0 db optical return loss tolerance orl 12 db encircled flux flx > 86% at 19 um < 30% at 4.5 um dbm average launch power of off transmitter, per lane - 30 dbm relative intensity noise rin - 128 db/hz transmitter eye mask definition {x1, x2, x3, y1, y2, y3} 0.23, 0.34, 0.43, 0.27, 0.3 5 , 0.4
f tl 410 qe3 c p roduct specification ? finisar corporation october 2015 rev. d1 page 6 parameter symbol min typ max unit ref. receiver (per lane) ? 10. 5 gbd 3 center wavelength 840 860 nm damage threshold dt 3.4 dbm average receive power per lane rxp x - 9. 9 2.4 dbm receive power (oma) per lane rxoma 3.0 dbm stressed receiver sensitivity (oma) per lane srs - 5.4 dbm peak power, per lane pp x 4 dbm receiver reflectance rfl - 12 db vertical eye closure penalty, per lane 1.9 db stressed eye j2 jitter, per lane 0.3 ui stressed eye j9 jitter, per lane 0.47 ui oma of each aggressor lane - 0.4 dbm rx ji tter tolerance: jitter frequency and p - p amplitude (75, 5) khz, ui (375, 1) khz, ui los de - assert los d - 12 dbm los assert los a - 30 dbm los hysteresis 0.5 db m notes : 1. transmitter consists of 4 lasers operating at a maximum rate of 10. 5 gb/s each. 2. even if tdp is <0.9db, the oma min must exceed this value. 3. receiver consists of 4 photodetectors operating at a maximum rate of 10.5 gb/s each. vi. memory map and control registers compatible with the sff - 8436 qsfp+ msa 1 and the sff - 8636 common management interface msa. 2 s ee finisar application note an - 2119 6 for a complete eeprom memory map. vii. environmental specifications finisar ftl410 qe3 c trans ceivers have an operating temperature range from 0c to +70c case temperature. environmental specifications symbol min typ max units ref. case operating temperature t op 0 70 c storage temperature t sto - 4 0 8 5 c
f tl 410 qe3 c p roduct specification ? finisar corporation october 2015 rev. d1 page 7 viii. regulatory compliance finisar ftl410 qe3 c transceivers are rohs - 6 compliant. c opies of certificates are available at finisar corporation upon request. ftl410 qe3 c transceive r modules are class 1 laser eye safety compliant per iec 60825 - 1 , which means that they are eye safe under normal unaided viewing conditions. laser radiation may be hazardous if viewed with magnifying optics. ix. mechanical specifications the ftl410 qe3 c mechanical specification s are compliant to the qsfp + msa transceiver m odule specifications. figure 2 C ftl410 qe3 c mechanical drawing
f tl 410 qe3 c p roduct specification ? finisar corporation october 2015 rev. d1 page 8 figure 3 C ftl410 qe3 c product label the optical port is a male mpo connector receptacle, with fiber lane assignments as shown in figure 4. figure 4 C ftl410 qe3 c optical lane assignment (front view of mpo receptacle) ch 0 ch 1 ch 2 ch 3 ch 3 ch 2 ch 1 ch 0
f tl 410 qe3 c p roduct specification ? finisar corporation october 2015 rev. d1 page 9 x. references 1. sff - 843 6 C specification for qsfp+ 10 gbs 4x pluggable transceiver, rev 4.8, october 2013. 2. sff - 8 6 3 6 C specification for comm on management interface, rev 2.4 , no vember 2014. 3. ieee 802.3ba C pmd type 40gbase - sr4. 4. directive 2011/65/eu of the european council parliament and of the council, on the restriction of the use of certain hazardous substances in electrical and electronic equipment. certain products may use one or more exemptions as allowed by the directive. 5. application note an - 2038: finisar implementation of rohs compliant transceivers . 6. application note a n - 211 9: qsfp + 3 rd generation sr4 transceiver C eeprom mapping , rev. b , finisar corporation, january, 2015 . xi. f or more information finisar corporati on 13 89 moffett park drive sunnyvale, ca 94089 - 1133 tel. 1 - 408 - 548 - 1000 fax 1 - 408 - 541 - 6138 sales@finisar.com www.finisar.com
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