The EOLP-1696-X-X series single mode transceiver is small form factor pluggable module for bi-directional serial optical data communications such as IEEE 802.3ae 10GBASE-LR/LW/ER. It is with the SFP 20-pin connector to allow hot plug capability. Digital diagnostic functions are available via an I2C. This module is designed for single mode fiber and operates at a nominal wavelength of CWDM wavelength. There are 18 center wavelengths available from 1270 nm to 1610 nm, with each step 20 nm. A guaranteed minimum optical link budget of 14 dB is offered. The transmitter section uses a CWDM multiple quantum well DFB/EML laser and is a class 1 laser compliant according to International Safety Standard IEC-60825. The receiver section uses an integrated InGaAs detector preamplifier (IDP) mounted in an optical header and a limiting post-amplifier IC.

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CWDM SFP+ LR, CWDM SFP+ ER Ordering information:
| CWDM SFP+ P/N | Data Rate | Wavelength, nm | Source | Link Budget | Distance |
| EOLP-1696-10-1270 | 10G | 1270 | DFB | 14dB | 40km |
| EOLP-1696-10-1290 | 10G | 1290 | DFB | 14dB | 40km |
| EOLP-1696-10-1310 | 10G | 1310 | DFB | 14dB | 40km |
| EOLP-1696-10-1330 | 10G | 1330 | DFB | 14dB | 40km |
| EOLP-1696-23-1270 | 10G | 1270 | DFB | 23dB | 60km |
| EOLP-1696-23-1290 | 10G | 1290 | DFB | 23dB | 60km |
| EOLP-1696-23-1310 | 10G | 1310 | DFB | 23dB | 60km |
| EOLP-1696-23-1330 | 10G | 1330 | DFB | 23dB | 60km |
| EOLP-1696-10-1470 | 10G | 1470 | DFB | 10dB | 10km |
| EOLP-1696-10-1490 | 10G | 1490 | DFB | 10dB | 10km |
| EOLP-1696-10-1510 | 10G | 1510 | DFB | 10dB | 10km |
| EOLP-1696-10-1530 | 10G | 1530 | DFB | 10dB | 10km |
| EOLP-1696-10-1550 | 10G | 1550 | DFB | 10dB | 10km |
| EOLP-1696-10-1570 | 10G | 1570 | DFB | 10dB | 10km |
| EOLP-1696-10-1590 | 10G | 1590 | DFB | 10dB | 10km |
| EOLP-1696-10-1610 | 10G | 1610 | DFB | 10dB | 10km |
| EOLP-1696-14-1470 | 10G | 1470 | EML | 14dB | 40km |
| EOLP-1696-14-1490 | 10G | 1490 | EML | 14dB | 40km |
| EOLP-1696-14-1510 | 10G | 1510 | EML | 14dB | 40km |
| EOLP-1696-14-1530 | 10G | 1530 | EML | 14dB | 40km |
| EOLP-1696-14-1550 | 10G | 1550 | EML | 14dB | 40km |
| EOLP-1696-14-1570 | 10G | 1570 | EML | 14dB | 40km |
| EOLP-1696-14-1590 | 10G | 1590 | EML | 14dB | 40km |
| EOLP-1696-14-1610 | 10G | 1610 | EML | 14dB | 40km |
| EOLP-1696-23-1470 | 10G | 1470 | EML | 23dB | 70km |
| EOLP-1696-23-1490 | 10G | 1490 | EML | 23dB | 70km |
| EOLP-1696-23-1510 | 10G | 1510 | EML | 23dB | 70km |
| EOLP-1696-23-1530 | 10G | 1530 | EML | 23dB | 70km |
| EOLP-1696-23-1550 | 10G | 1550 | EML | 23dB | 70km |
| EOLP-1696-23-1570 | 10G | 1570 | EML | 23dB | 70km |
| EOLP-1696-23-1590 | 10G | 1590 | EML | 23dB | 70km |
| EOLP-1696-23-1610 | 10G | 1610 | EML | 23dB | 70km |
Network operators can choose to deploy Coarse Wavelength Division Multiplexing (CWDM) for very low cost and small- to medium-sized scalability, or Dense WDM (DWDM) for reasonable, pay-as-you-grow investment and tremendous capacity. Both technologies are functionally similar. The primary difference is that CWDM uses a wider spacing between wavelengths (20 nm) than does DWDM (1.6 nm and less). Consequently, CWDM supports fewer channels (typically 8-16) than does DWDM (up to 80). Hybrid CWDM/DWDM systems are available in the marketplace and provide an optimum balance, combining CWDM’s low cost of entry with DWDM’s in-service scalability
Transceiver
- 10G SFP+, CWDM/DWDM SFP+, BiDi SFP+
- 10G XFP, DWDM XFP, CWDM XFP, BiDi XFP
- 10G X2, DWDM X2, CWDM X2, BiDi X2
- DWDM SFP
- CWDM SFP
- BiDi SFP
- SFP
- GPON OLT ONU SFP SFF
- GEPON OLT ONU SFP SFF
- SGMI SFP, BiDi SGMI SFP
- HD SDI digital video SMPTE SFP
- Copper SFP/GBIC
- CWDM passive system
- DWDM passive system
- SFP+ XFP 10G testing solution
- Customized Transceivers
- CFP 40G module
- CSFP transceiver
- CPRI OBSAI LTE SFP
- SFF
- BiDi SFF
- CWDM SFF
- GBIC
- BiDi GBIC
- CWDM GBIC
- 1x9, BiDi 1x9, CWDM 1x9 Module
- Triplexer
- BOSA
- TOSA
- ROSA
- 1x5 Module