Small Form-Factor Pluggable (SFP) transceivers are compact, hot-pluggable modules used in telecommunications and data communications to interface with both fiber optic and copper networks. Defined by a multi-source agreement (MSA), SFPs are supported by numerous vendors and are compatible with a wide range of networking equipment. They support standards such as Gigabit Ethernet, SONET, and Fibre Channel, making them ideal for flexible, high-speed connectivity. Often referred to as Mini-GBICs, SFPs have largely replaced older GBIC modules thanks to their smaller size and modular design. Whether you need fiber or copper connections, SFPs provide scalable, plug-and-play network expansion.
Model | Product Line | Data Rate | Wavelength | Reach | Fiber Type | Connector | Protocol | |
|---|---|---|---|---|---|---|---|---|
Optical Transceivers ⋅ SFP | 1.0625G/1.25G | 1470-1610nm | 24dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 1.0625G/1.25G | 1270-1450nm | 27dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 1.0625G/1.25G | 1470-1610nm | 27dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 1.0625G/1.25G | 1270-1450nm | 30dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 1.0625G/1.25G | 1470-1610nm | 30dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 1.0625G/1.25G | 1270-1450nm | 32dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 1.0625G/1.25G | 1470-1610nm | 32dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 2488M | 1310nm | 5km | SMF | LC | I-16 | ||
Optical Transceivers ⋅ SFP | 2488M | 1310nm | 20km | SMF | LC | S16.1 | ||
Optical Transceivers ⋅ SFP | 2488M | 1310nm | 50km | SMF | LC | L16.1 | ||
Optical Transceivers ⋅ SFP | 2488M | 1550nm | 80km | SMF | LC | L16.2 | ||
Optical Transceivers ⋅ SFP | 2488M | 1550nm | 80km | SMF | LC | Extended L16.2 | ||
Optical Transceivers ⋅ SFP | 2488M | 1270-1450nm | 26dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 2488M | 1470-1610nm | 26dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 2488M | 1270-1450nm | 30dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 2488M | 1470-1610nm | 30dB margin | SMF | LC | CWDM | ||
Optical Transceivers ⋅ SFP | 4.25Gbps | 850nm | 150m | MMF | LC | 1000Base-SX , 1X,2X,4X Fiber channel | ||
Optical Transceivers ⋅ SFP | 2Mb/s | 850nm | 2km | MMF | LC | IEEE C37.94 | ||
Optical Transceivers ⋅ SFP | 2Mb/s | 1310nm | 20km | SMF | LC | IEEE C37.94 | ||
Optical Transceivers ⋅ SFP | 125M | 1310nm | 2km | MMF | LC | 100Base-FX Ethernet / FDDI | ||
Optical Transceivers ⋅ SFP | 125M | 1310nm | 10km | SMF | LC | 100Base-FX Ethernet / FDDI | ||
Optical Transceivers ⋅ SFP | 125M | 1310nm | 40km | SMF | LC | 100Base-FX Ethernet / FDDI | ||
Optical Transceivers ⋅ SFP | 125M/155M | Tx 1310nm / Rx 1550nm | 20km | SMF | SC | S1.1/Fast Ethernet | ||
Optical Transceivers ⋅ SFP | 125M/155M | Tx 1310nm / Rx 1550nm | 40km | SMF | SC | L1.1/Fast Ethernet |
























