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fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 1 of 15 features ? single fiber bi-directional data links with symmetric 1.25gbps upstream and 1.25gbps downstream ? integrated with micro-optics wdm filter for dual wavelength tx/rx operation at 1310/1490nm ? 1310nm burst-mode transmitter with fp laser ? 1490nm continuous-mode receiver with pin-tia and optional 1550nm optical signal rejection ? different operating temperature class 0 to 70 standard class -20 to 70 extended class -40 to 85 industrial class ? 2 5/2 1 0 s f f package with sc/upc pigtail ? single 3.3v power supply ? lvpecl compatible data input/output interface ? lvttl transmitter burst-mode control ? lvttl transmitter disable control(2 10 sff) ? lvttl transmitter laser failure alarm(2 10 sff) ? lvttl receiver signal-detected indication ? low emi and excellent esd protection ? class i laser safety standard iec-60825 compliant applications ? gigabit ethernet passive optical networks (ge-pon) ? onu side ? gigabit ethernet point-to-point bi-directional transmission ? media converts for fiber-in-the-loop (fitl) standard ? compliant with sff msa ? compliant with ieee std 802.3ah? -2004 1000base-px10-u ? compliant with fcc 47 cfr part 15, class b ? compliant with fda 21 cfr 1040.10 and 1040.11, class i description 2 5/2 1 0 sff ge-pon px10 onu transceiver family is optical network unit (onu) for ieee802.3ah?-2004 1000base-px10-u application the transceiver is the high performance module for 1.25gbps data link in single fiber by using 1310nm burst-mode transmitter an d 1490nm continuous-mode receiver with optional 1550nm optical signal rejection. the transmitter section uses a multiple quantum well 1310nm fp laser and is class laser compliant product according to international safety standard iec-60825. the receiver section uses an integrated 1490nm pin and preamplifier mounted in an optical header and limiting post-amplifier ic. the optical burst output can be enabled by a lvttl logic high-level input of tx_brst. singal detected (sd) output is provided to indica te the detection of an input optical signal of receiver. for 2 10 sf f ,optical output can be disabled by a lvttl logic high-level input of tx_dis, and las_nfail is provided to indicate that degradation of the laser. (ieee 802.3ah?-2004 1000base-px10-u) aug.9, 2005 sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ft m - 9 412p - k1 0/ k1 0 e / k1 0 i / k1 0u/ k1 0 d c members of flexon tm family
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 2 of 15 regulatory compliance the transceivers have been tested according to american and european product safety and electromagnetic compatibility regulations (see table 1). for further inform ation regarding regulatory cert ification, please refer to flexon tm regulatory specification and safety guidelines, or contac t with fiberxon, inc. america sales office listed at the end of documentation. table 1 - regulatory compliance feature standard performance electrostatic discharge (esd) to the electrical pins mil-std-883e method 3015.7 class (>500 v) electromagnetic interference (emi) fcc part 15 class b en55022 class b (cispr 22b) vcci class b compliant with standards immunity iec 61000-4-3 compliant with standards laser eye safety fda 21cfr 1040.10 and 1040.11 en60950, en (iec) 60825-1,2 compliant with class i laser product component recognition ul and csa compliant with standards absolute maximum ratings absolute maximum ratings are those values, beyond wh ich, some damages may occur to the devices. exposure to conditions above the absolute maximum ratings listed in table 2 may negatively impact the reliability of the products. table 2 - absolute maximum ratings parameter symbol min. max. unit note storage ambient temperature t stg -40 85 c 0 70 FTM-9412P-F10/f10u/f10dc ftm-9412p-k10/k10u/k10dc -20 70 FTM-9412P-F10e/k10e operating ambient temperature (note 1) t opr -40 85 c FTM-9412P-F10i/k10i operating humidity h opr 5 95 % power supply voltage v cc 0 4 v input voltage gnd vcc v receiver damaged threshold +2 dbm soldering temperature 400 c 2 bending radius 30 mm pigtail fiber contact temperature 85 c note 1: with airflow 1m/sec note 2: only for soldering by iron and 10 seconds on leads only
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 3 of 15 recommended operating conditions table 3 - recommended operating conditions parameter symbol min. typ. max. unit note power supply voltage v cc 3.13 3.3 3.47 v 3.3v5% 0 70 FTM-9412P-F10/f10u/f10dc ftm-9412p-k10/k10u/k10dc -20 70 FTM-9412P-F10e/k10e operating ambient temperature (note 1) t opr -40 85 c FTM-9412P-F10i/k10i operating humidity range h opr 5 95 % data rate 1.25 gbit/s data rate drift -100 +100 ppm note 1: when ambient temperature is above 60c, airflow at rate higher than 1m/sec is required optical and electrical characteristics table 4 - transmitter optical a nd electrical characteristics FTM-9412P-F10/f10u/f10dc/k10/k10u/k10dc 0c FTM-9412P-F10e/k10e -20c FTM-9412P-F10i/k10i -40c sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 4 of 15 transmitter burst control voltage - low v burst, l 0 0.8 v transmitter burst control voltage - high v burst, h 2.0 v cc v 9 transmitter disable voltage - low v tdis, l 0 0.8 v transmitter disable voltage - high v tdis, h 2.0 v cc v 10 laser failure alarm voltage - low v lfa, l 0 0.8 v laser failure alarm voltage - high v lfa, h 2.0 v cc v 11 note 1: launched into 9/125um single mode fiber. note 2: measured with prbs 2 7 -1 test pattern @1.25 gbit/s. note 3: measured with the bessel-thompson filter off. note 4: refer to timing parameter definition in burst mode sequence. note 5: maximum sensitivity penalty due to transmitter and dispersion effect through 10km of smf optical fiber. note 6: transmitter eye mask definition is {0.22ui, 0.375ui, 0.20ui, 0.20ui, 0.30ui}. note 7: compatible with lvpecl/cml input (see recommended interface circuit and table 6 - electrical input/output coupling mode ) note 8: only for FTM-9412P-F10dc/k10dc note 9: tx_brst (see pin function definitions ) note 10: tx_dis, for 2 10 sff (see pin function definitions ) note 11: las_nfail, for 2 10 sff (see pin function definitions ) table 5 - receiver optical and electrical characteristics FTM-9412P-F10/f10u/f10dc/k10/k10u/k10dc 0c FTM-9412P-F10e/k10e -20c FTM-9412P-F10i/k10i -40c sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 5 of 15 note 1: measured with a prbs 2 7 -1 test pattern @1.25gbit/s and er=9db, ber =10 -12 . note 2: an increase in optical power above the specified level will cause the si gnal detect output to switch from a low state to a high state. note 3: a decrease in optical power bel ow the specified level will cause the signal detect output to switch from a high state to a low state . note 4: lvpecl output, ac coupled internally, guarant eed in the full range of input optical power (-3dbm to -27dbm)(see recommended interface circuit ) note 5: sd (see pin function definitions ) table 6 - electrical input/output coupling mode p/n input(td+/td-) output(rd+/rd-) FTM-9412P-F10/f10e/f10i/f10u ftm-9412p-k10/k10e/k10i/k10u internal ac coupling internal ac coupling FTM-9412P-F10dc/k10dc internal dc coupling internal ac coupling table 7- 1550nm optical signal rejection mode p/n tx rx FTM-9412P-F10/f10e/f10i/f10dc ftm-9412p-k10/k10e/k10i/k10dc 1310-window 1490-window FTM-9412P-F10u/k10u 1310-window 1490/1550-window t en_dur t dis_dur t burst_on t burst_off er for cm operation er and average power within 15% cm operation average power <=-45dbm tx_brst td+ td- optical power output burst on condition burst off conditio n figure 1 timing parameter definition in burst mode sequence
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 6 of 15 recommended interface circuit figure 2 shows the recommended interface scheme for FTM-9412P-F10/f10e/f10i/f10u ge-pon mac FTM-9412P-F10/f10e/f10i/f10u bm laser driver cm limiting amplifier z=50 td+(9) td-(10) rd+(5) rd-(4) 2x150 100 tx_brst(8) sd(3) +3.3v serdes txp txn rxn rxp v cct (6) v ccr (2) 2x1 u h 10 u f 0.1 u f 0.1 u f 0.1 u f 10 u f v eet (7) v eer (1) pon_tx_disable pon_los z=50 z=50 z=50 +3.3v +3.3v 10k 2x150 r1 r2 r3 r4 r5 (note b) (note a) figure 2 recommended interface circuit (FTM-9412P-F10/f10e/f10i/f10u) note a: open emitter output internally. note b: lvpecl output, ac coupled internally. input stage in serdes ic is assumed with hi gh impedance and internal bias to vcc-1.3v r1=r2=r3=r4=n.c, r5=100 input stage in serdes ic is assumed without internal bias to vcc-1.3v r1=r2=82 ,r3=r4=130 ,r5=n.c
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 7 of 15 figure 3 shows the recommended interface scheme for FTM-9412P-F10dc ge-pon mac FTM-9412P-F10dc bm laser driver cm limiting amplifier z=50 td+(9) td-(10) rd+(5) rd-(4) 2x150 tx_brst(8) sd(3) +3.3v serdes txp txn rxn rxp v cct (6) v ccr (2) 2x1 u h 10 u f 0.1 u f 0.1 u f 0.1 u f 10 u f v eet (7) v eer (1) pon_tx_disable pon_los z=50 z=50 z=50 +3.3v +3.3v 10k 2x150 r1 r2 r3 r4 r5 (note b) (note a) 130 130 82 82 +3.3v figure 2 recommended interface circuit (FTM-9412P-F10dc) note a: open emitter output internally. note b: lvpecl output, ac coupled internally. input stage in serdes ic is assumed with hi gh impedance and internal bias to vcc-1.3v r1=r2=r3=r4=n.c, r5=100 input stage in serdes ic is assumed without internal bias to vcc-1.3v r1=r2=82 ,r3=r4=130 ,r5=n.c
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 8 of 15 figure 4 shows the recommended interface scheme for ftm-9412p-k10/k10e/k10i/k10u ge-pon mac ftm-9412p-k10/k10e/k10i/k10u bm laser driver cm limiting amplifier z=50 td+(14) td-(15) rd+(10) rd-(9) 100 tx_dis(13) sd(8) +3.3v serdes txp txn rxn rxp v cct (11) v ccr (7) 2x1 u h 10 u f 0.1 u f 0.1 u f 0.1 u f 10 u f v eet (12,16) v eer (2,3,6) pon_tx_disable pon_los r1 +3.3v 10k las_nfail(18) debug_port#1 (19) debug_port#2 (20) (note c) fiberxon tuning equipment z=50 z=50 z=50 r3 +3.3v +3.3v 10k 4.7-10k +3.3v tx_disable tx_brst(17) (note b) r2 r4 r5 (note a) 2x150 2x150 figure 4 recommended interface circuit (ftm-9412p-k10/k10e/k10i/k10u) note a: open emitter output internally. note b: lvpecl output, ac coupled internally. input stage in serdes ic is assumed with hi gh impedance and internal bias to vcc-1.3v r1=r2=r3=r4=n.c, r5=100 input stage in serdes ic is assumed without internal bias to vcc-1.3v r1=r2=82 ,r3=r4=130 ,r5=n.c note c: fiberxon reserve the two-wire debug port for module tuning. (do not connect these pins to any circuit on host board)
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 9 of 15 figure 5 shows the recommended inte rface scheme for ftm-9412p-k10dc ge-pon mac ftm-9412p-k10dc bm laser driver cm limiting amplifier z=50 td+(14) td-(15) rd+(10) rd-(9) tx_dis(13) sd(8) +3.3v serdes txp txn rxn rxp v cct (11) v ccr (7) 2x1 u h 10 u f 0.1 u f 0.1 u f 0.1 u f 10 u f v eet (12,16) v eer (2,3,6) pon_tx_disable pon_los r1 +3.3v 10k las_nfail(18) debug_port#1 (19) debug_port#2 (20) (note c) fiberxon tuning equipment z=50 z=50 z=50 r3 +3.3v +3.3v 10k 4.7-10k +3.3v tx_disable tx_brst(17) (note b) r2 r4 r5 (note a) 2x150 130 82 +3.3v 130 82 figure 5 recommended interface circuit (ftm-9412p-k10dc) note a: open emitter output internally. note b: lvpecl output, ac coupled internally. input stage in serdes ic is assumed with hi gh impedance and internal bias to vcc-1.3v r1=r2=r3=r4=n.c, r5=100 input stage in serdes ic is assumed without internal bias to vcc-1.3v r1=r2=82 ,r3=r4=130 ,r5=n.c note c: fiberxon reserve the two-wire debug port for module tuning. (do not connect these pins to any circuit on host board) pin definitions 2 5/2 10 sff planform in figure 6 below shows the pin information of electrical interface and mounting studs. functions are described in table 8 and table 9 with some accompanying notes.
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 10 of 15 figure 6 2 5/2 10 sff planform table 8 - pin function definitions (2 5 sff) pin no. name description notes 1 v eer receiver signal ground 2 v ccr receiver power supply 3 sd receiver signal-detected indication 1 4 rd- inverted receiver data output 5 rd+ non-inverted receiver data output 2 6 v cct transmitter power supply 7 v eet transmitter signal ground 8 tx_brst transmitter burst control 3 9 td+ transmitter non-inverted data input 10 td- transmitter inverted data input 4 f ms mounting studs 5 table 9 - pin function definitions (2 10 sff) pin no. name description notes 1 nc no function definition not connected 2 v eer receiver signal ground 3 v eer receiver signal ground 4 nc no function definition not connected 5 nc no function definition not connected 6 v eer receiver signal ground 7 v ccr receiver power supply 8 sd receiver signal-detected indication 1 9 rd- inverted receiver data output 10 rd+ non-inverted receiver data output 2
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 11 of 15 11 v cct transmitter power supply 12 v eet transmitter signal ground 13 tx_dis transmitter disable 6 14 td+ transmitter non-inverted data input 15 td- transmitter inverted data input 4 16 v eet transmitter signal ground 17 tx_brst transmitter burst control 3 18 las_nfail laser failure alarm indication 7 19 debug port#1 reserved for module debugging 20 debug port#2 reserved for module debugging 8 f ms mounting studs 5 note 1: ttl logic output, with internal 10k ? pull-up resistor. optical signal-detected: high; optical signal loss: low note 2: lvpecl logic output, ac coupled internally. (see recommended interface circuit ) note 3: a positive level enable optical signal output under burst mode. (see timing parameter definition in burst mode sequence ) note 4: compatible with lvpecl/cml input (see recommended interface circuit and table 6 - electrical input/output coupling mode ) note 5: the mounting studs are provided for transceiver me chanical attachment to circuit board. they may also provide an optional connection of the transceiver to the equipment chassis ground. the holes in the circuit board must be tied to chassis ground. it is not re commended that the mounting studs be connected to signal ground. note 6: lvttl logic input, with internal 10k ? pull-up resistor. transmitter disabled: high; transmitter enabled: low note 7: ttl logic output, pulled up by a 4.7-10k ? resistor on the host board. laser normal state: high; laser failure state: low note 8: reserved for module tuning and compulsive for syst em application that any circuit doesn?t be connected to them. mechanical design diagram the form factor is 2 5/2 10 sff with pigtail fiber. the pigtail fiber has a length 520 - 550mm and 30mm minimum bending radius. the fiber connector type is sc/upc. the mechanical design diagram is shown in figure 7 and figure 8. (dimension in mm)
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 12 of 15 0 -0.05 4.81 0.05 520~550 10.16 9.9 0.1 49.0 0.1 0.5 3.1 0 -0.1 1.778 4x1.778 ( =7.112 ) label 0.9 figure 7 mechanical design diagram (2 5 sff) 9x1.778(=16.002) 1.778 13.5 5.40.3 2.90.3 0.5 3.1 0 -0.1 9.9 0.1 4.81 0.05 10.16 max40.5 49.0 0.1 label 12.310.3 2-1 20- 0.50 -0.05 0 520~550 0.9 19.3 8.89 figure 8 mechanical design diagram (2 10 sff)
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 13 of 15 table 10 - pigtail fibre characteristics parameter min. typical max. unit mode field diameter 9 m gladding diameter 125 m jacket diameter 0.9 mm bending radius of pigtail fiber 30 mm tension force on pigtail fiber 1 kg pigtail fiber length 520 550 mm optical return loss (upc type) -1310nm 50 db ordering information ftm 9 4 1 2 p wavelength 9: multiwave in single fiber function 4: burst 1310nm tx/1490nm rx bit rate(u)/(d) 12: 1.25g/1.25g receptacle p: pigtail package f: sff 2 5 k: sff 2 10 distance 10: ge-pon 10km (px10) x 1 0 temperature x x x blank: 0 ~ 70 e: -20 ~ 70 i: -40 ~ 85 others blank: 1550nm blocked plus tx ac coupling dc: 1550nm blocked plus tx dc coupling u: 1550nm unblocked plus tx ac coupling part no. product description FTM-9412P-F10 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 5 sff for ge-pon onu 10km application, with 1550nm optical signal blocked, 0c ~ 70c, tx ac coupling, rx ac coupling FTM-9412P-F10e 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 5 sff for ge-pon onu 10km application, with 1550nm optical signal blocked, -20c ~ 70c, tx ac coupling, rx ac coupling FTM-9412P-F10i 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 5 sff for ge-pon onu 10km application, with 1550nm optical signal blocked, -40c ~ 85c, tx ac coupling, rx ac coupling FTM-9412P-F10u 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 5 sff for ge-pon onu 10km application, with 1550nm optical signal unblocked, 0c ~ 70c, tx ac coupling, rx ac coupling FTM-9412P-F10dc 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 5 sff for ge-pon onu 10km application, with 1550nm optical signal blocked, 0c ~ 70c, tx dc coupling, rx ac coupling ftm-9412p-k10 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 10 sff for ge-pon onu 10km application, with 1550nm optical signal blocked, 0c ~ 70c, tx ac coupling, rx ac coupling ftm-9412p-k10e 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 10 sff for ge-pon onu 10km application, with 1550nm optical signal blocked, -20c ~ 70c, tx ac coupling, rx ac coupling ftm-9412p-k10i 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 10 sff for ge-pon onu 10km application, with 1550nm optical signal blocked, -40c ~ 85c, tx ac coupling, rx ac coupling
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 14 of 15 ftm-9412p-k10u 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 10 sff for ge-pon onu 10km application, with 1550nm optical signal unblocked, 0c ~ 70c, tx ac coupling, rx ac coupling ftm-9412p-k10dc 1310nm(tx)/1490nm(rx), sc/upc pigtailed 2 10 sff for ge-pon onu 10km application, with 1550nm optical signal blocked, 0c ~ 70c, tx dc coupling, rx ac coupling related documents for further information, please refer to the following documents: ? ieee std 802.3ah tm -2004.pdf obtaining document you can visit our website: http://www.fiberxon.com/ or contact with fiberxon, inc. america sales office listed at the end of documentation to get the latest documents. revision history reversion initiate review approve subject release date pre 1a zachary lu johnny yang peter tang initial datasheet (using external onu bosa) only including FTM-9412P-F10 (doc no. ds3493000-1a) dec.10,2004 pre 2a zachary lu johnny yang peter tang revised datasheet (using external onu bosa) combine all px10 onu trx into one datasheet 1. add new p/ns: FTM-9412P-F10dc, FTM-9412P-F10e, FTM-9412P-F10i, ftm-9412p-k10, ftm-9412p-k10u, 2. improve burst turn on time and burst turn off time specification from 64ns(max.) to 30ns(max.) in table 4, page 3 3. add wdm filter isolation specification in table 5, page 4 (doc no. ds3493000-2a) may.10,2005 pre 3a zachary lu johnny yang peter tang revised datasheet (using internal onu bosa) 1. add new p/ns: FTM-9412P-F10u ftm-9412p-k10e, ftm-9412p-k10i, ftm-9412p-k10dc 2. update mechanical design diagram in figure 7&8, page 12 3. improved sensitivity specification from -26.0dbm(max.) to -26.5dbm(max.) for ftm-9412p-k10u in table 5, page 4 (doc no. ds3493000-3a) aug.9,2005
sff ge-pon px10 onu transceiver FTM-9412P-F10/f10e/f10i/f10u/f10dc ftm-9412p-k10/k10e/k10i/k10u/k10dc 10km transmission preliminary data sheet aug.9, 2005 fiberxon proprietary and confidential, do not copy or distribute doc no: ds3493000-3a page 15 of 15 ? copyright fiberxon inc. 2004 all rights reserved. all information contained in this document is subject to change without notice. the 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. the information contained in this document does not af fect or change fiberxon?s pr oduct specifications or warranties. nothing in this document shall operate as an express or implied license or indemnity under the intellectual property rights of fiberxon or third parties. al l information contained in this document was obtained in specific environments, and is presented as an illustration. the results obtained in other operating environment may vary. the information contained in this document is provided on an ?as is? basis. in no event will fiberxon be liable for damages arising directly from any use of the information contained in this document. contact u.s.a. headquarter: 5201 great america parkway, suite 350 santa clara, ca 95054 u. s. a. tel: 408-562-6288 fax: 408-562-6289 or visit our website: http://www.fiberxon.com/

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