The transceiver is an important part of a fiber optics network and is used to convert electrical signals to optical (light) signals and optical signals to electrical signals. It can be plugged into or embedded into another device within a data network that can send and receive a signal.
Applications
Features
Ordering Information
Part No. | Description | Data Rate | Wavelength | Distance | Operating Temp. | Tx Power (dBm) |
Rx Sensitivity (dBm) |
LX-100 | XFP LR | 10.3Gbps | 1310nm DFB | 10Km | 0℃-70℃ | -3~ +1 | -14 |
LX-400 | XFP ER | 10.3Gbps | 1550nm EML | 40Km | 0℃-70℃ | -1~ +4 | -16 |
LX-800 | XFP ZR | 10.3Gbps | 1550nm EML +APD | 80Km | 0℃-70℃ | 0~ +5 | -24 |
LX-4XX | XFP DWDM | 10.3Gbps | DWDM | 40Km | 0℃-70℃ | 0~ +5 | -16 |
LX-8XX | XFP DWDM | 10.3Gbps | DWDM+APD | 80Km | 0℃-70℃ | 0~ +5 | -24 |
LX-220 | XFP DWDM | 10.3Gbps | TX1270nm/RX1330nm | 20Km | 0℃-70℃ | -3~ +1 | -14 |
LX-221 | XFP DWDM | 10.3Gbps | TX1330nm/RX1270nm | 20Km | 0℃-70℃ | -3~ +1 | -14 |
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