| Part No | Manufacturer | Application |
|---|
| D2587P877 | Agere | Wavelength-selected, high-power with locker isolated DFB laser module. ITU-T frequency 187.7 THz. Center wavelength 1597.19 nm. High optical power 20 mW, CW |
| OR4E4-1BA352 | Agere | ORCA Series 4 Field-programmable gate arrays |
| 269-B-180-14XX-B | Agere | Pump laser module with fiber grating. Available with fiber grating for wavelength stability (1420 nm - 1510 nm). Operatig power 180 mW. Nonisolated,PMF. Connector SC/APC. |
| A1751A22FFFC08 | Agere | DWDM analog forward-path(40MHz-860MHz) module. Connector FC/APC. Optical power 8 mW. |
| D2525P59 | Agere | Wavelength-selected isolated DFB laser module with PMF. ITU frequency 195.9. Wavelength 1530.33. Tolerance +-0.4nm. |
| A1751A34FFSC08 | Agere | DWDM analog forward-path(40MHz-860MHz) module. Connector SC/APC standard. Optical power 8 mW. |
| D2547P910 | Agere | Wavelength-selected, high-power without locker(L-band) isolated DFB laser module. ITU-T frequency 191.0 THz. Center wavelength 1569.59 nm. High optical power 20 mW, CW |
| LUCL9214ARG-D | Agere | Low-cost ringing SLIC. SLIC gain = 8. Dry bagged. |
| CW22P21 | Agere | CW Tunable, wavelength-stabilized laser mobule. ITU frequency range 191.15 - 192.1 (THz). Wavelength range 1560.61 - 1568.36 (nm). |
| 269-D-150-F1480-B | Agere | 1480 nm pump laser module. D - isolated, PMF. Operating power 150 mW. B = SC/APC connector. |
| A1750A54FFSC06 | Agere | DWDM analog forward-path(40MHz-860MHz) module. Connector SC/APC. Optical power 6 mW. |
| LUCL9214GAJ-DT | Agere | Low-cost ringing SLIC. SLIC gain = 2. Dry bagged. Tape and reel. |
| D2547P888 | Agere | Wavelength-selected, high-power without locker(L-band) isolated DFB laser module. ITU-T frequency 188.8 THz. Center wavelength 1587.88 nm. High optical power 20 mW, CW |
| D2525P881 | Agere | Wavelength-selected isolated DFB laser module with PMF. ITU frequency 188.1. Wavelength 1593.79. Tolerance +-0.4nm. |
| A1750A25FFSC06 | Agere | DWDM analog forward-path(40MHz-860MHz) module. Connector SC/APC. Optical power 6 mW. |
| OR2C15A-4BA352I | Agere | ORCA feild-programmable gate array. Voltage 5.0 V. |
| D2526G31 | Agere | Wavelengh-selected direct modulated isolated DFB laser module. FC-PC connector. ITU freq. 193.1 THz. Center wavelength 1552.52 nm. Peak power 2mW. Dispersion performance 1800ps/nm(100km). |
| A1750A28RRSC10 | Agere | DWDM analog return-path(5MHz-210MHz) module. Connector SC/APC. Optical power 10 mW. |
| D2587P908 | Agere | Wavelength-selected, high-power with locker isolated DFB laser module. ITU-T frequency 190.8 THz. Center wavelength 1571.24 nm. High optical power 20 mW, CW |
| LUCL9215GRG | Agere | Short-loop sine wave ringing SLIC. Gain = 2. |
| 269-D-200-F1480-C | Agere | 1480 nm pump laser module. D - isolated, PMF. Operating power 200 mW. C = FC/APC connector. |
| D2570H31 | Agere | Wavelengh-selected direct modulated isolated DFB laser module. ST ferrule. ITU freq. 193.1 THz. Center wavelength 1552.52 nm. Peak power 10mW. Dispersion performance 1800ps/nm(100km). |
| TA16N1FAA | Agere | 2.5 Gbits/s transponder with 16-channel 155 Mbits/s multiplexer/demultiplexer. Connector FC/PC. Application 1310 nm, intraoffice. |
| E2505H43 | Agere | 2.5 Gbits/s electroabsorption modulated isolated laser module (EM-ILM) for ultralong-reach applications. 360 km, standard fiber. ITU-T wavelength 1542.94. Frequency 194.3 THz. |
| OR4E6-1BM680 | Agere | ORCA Series 4 Field-programmable gate arrays |
| A1751A59RRFC06 | Agere | DWDM analog return-path(5MHz-210MHz) module. Connector FC/APC. Optical power 6 mW. |
| D2587P255 | Agere | Wavelength-selected, high-power with locker isolated DFB laser module. ITU-T frequency 192.55 THz. Center wavelength 1556.96 nm. High optical power 20 mW, CW |
| A1750A60RRFC08 | Agere | DWDM analog return-path(5MHz-210MHz) module. Connector FC/APC. Optical power 8 mW. |
| OR2T26A-4PS304I | Agere | ORCA feild-programmable gate array. Voltage 3.3 V. |
| A1751A20RRSC08 | Agere | DWDM analog return-path(5MHz-210MHz) module. Connector SC/APC standard. Optical power 8 mW. |
