Close
SFP Fibre Transceiver

SFP Fibre Transceivers

SFP fibre transceivers are used in a wide variety of applications including IP Networks (e.g. Fast Ethernet and Gigabit Ethernet), Storage Area Networks (e.g. Fibre Channel at 1G, 2G and 4G), SDH and Sonet Telecoms infrastructures (e.g. STM-1/OC-3, STM-4/OC-12 and STM-16/OC-48) and High capacity CWDM and DWDM networks

SFP Fibre Transceiver

  • Singlemode and Multimode Fibre
  • Up to 1.25Gbps
  • Digital Diagnostics Monitoring
  • Dual Fibre, Single Fibre (BiDi) and CWDM / DWDM
  • Hot-pluggable
  • Single or Dual LC connectors
  • Up to 200km distances
  • Installed in any MSA compliant port
  • Specific vendor version programming available

Networking equipment has evolved to use pluggable fibre transceivers rather than the historic fixed fibre transceivers that were soldered onto a circuit board.

The SFP format of fibre transceivers are used in a wide variety of applications including:

  • IP Networks (e.g. Fast Ethernet and Gigabit Ethernet)
  • Storage Area Networks (e.g. Fibre Channel at 1G, 2G and 4G)
  • SDH and Sonet Telecoms infrastructures (e.g. STM-1/OC-3, STM-4/OC-12 and STM-16/OC-48)
  • High capacity CWDM and DWDM networks

SFP - 100baseF / 155Mbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
Add to Quote
80-30-021 1310nmMMF Dual-LC2km-14.0-19.0-3.0-31.00.012.0
Add to Quote
80-30-031 1310nmSMF Dual-LC15km-8.0-15.0-3.0-32.00.017.0
Add to Quote
80-30-033 1310nmSMF Dual-LC40km0.0-5.0-3.0-34.03.029.0
Add to Quote
80-30-042 1550nmSMF Dual-LC80km0.0-5.0-3.0-34.03.029.0
Add to Quote
80-30-043 1550nmSMF Dual-LC120km5.00.0-3.0-34.08.034.0

SFP - 1.25Gbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
Add to Quote
80-31-011 850nmMMF Dual-LC SX550m-3.0-9.5-3.0-17.00.07.5
Add to Quote
80-31-031 1310nmSMF Dual-LC LX10km-3.0-9.0-3.0-21.00.012.0
Add to Quote
80-31-032 1310nmSMF Dual-LC ELX20km-3.0-9.0-3.0-24.00.015.0
Add to Quote
80-31-033 1310nmSMF Dual-LC XD40km0.0-5.0-3.0-24.03.019.0
Add to Quote
80-31-042 1550nmSMF Dual-LC ZX80km5.00.0-3.0-24.08.024.0
Add to Quote
80-31-043 1550nmSMF Dual-LC EZX120km5.00.0-9.0-32.014.032.0
Add to Quote
80-31-044 1550nmSMF Dual-LC160km6.03.0-9.0-33.015.036.0

SFP BiDi - 100baseF / 155Mbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
Add to Quote
80-30-016 Tx 1550nm / Rx 1310nmMMF LC1km-8.0-15.0-8.0-28.00.013.0
Add to Quote
80-30-017 Tx 1310nm / Rx 1550nmMMF LC1km-8.0-15.0-8.0-28.00.013.0
Add to Quote
80-30-036 Tx 1550nm / Rx 1310nmSMF LC10km-8.0-14.0-3.0-32.00.018.0
Add to Quote
80-30-037 Tx 1310nm / Rx 1550nmSMF LC10km-8.0-14.0-3.0-32.00.018.0
Add to Quote
80-30-038 Tx 1550nm / Rx 1310nmSMF LC40km0.0-5.0-3.0-32.03.027.0
Add to Quote
80-30-039 Tx 1310nm / Rx 1550nmSMF LC40km0.0-5.0-3.0-32.03.027.0

SFP BiDi - 1.25Gbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
Add to Quote
80-31-016 Tx 1550nm / Rx 1310nmMMF LC1km-3.0-9.0-3.0-21.00.012.0
Add to Quote
80-31-017 Tx 1310nm / Rx 1550nmMMF LC1km-3.0-9.0-3.0-21.00.012.0
Add to Quote
80-31-036Tx 1550nm / Rx 1310nmSMF LC10km-3.0-9.0-3.0-21.00.012.0
Add to Quote
80-31-037 Tx 1310nm / Rx 1550nmSMF LC10km-3.0-9.0-3.0-21.00.012.0
Add to Quote
80-31-038 Tx 1550nm / Rx 1310nmSMF LC40km0.0-5.0-3.0-23.03.018.0
Add to Quote
80-31-039 Tx 1310nm / Rx 1550nmSMF LC40km2.0-3.0-3.0-23.05.020.0
Add to Quote
80-31-136 Tx 1550nm / Rx 1490nmSMF LC80km 3.0-2.0-3.0-26.06.024.0
Add to Quote
80-31-137 Tx 1490nm / Rx 1550nmSMF LC80km3.0-2.0-3.0-26.06.024.0
Add to Quote
80-31-138 Tx 1550nm / Rx 1490nmSMF LC120km5.00.0-8.0-32.013.032.0
Add to Quote
80-31-139 Tx 1490nm / Rx 1550nmSMF LC120km5.00.0 -8.0-32.013.032.0

SFP CWDM - 100baseF / 155Mbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
Add to Quote
80-30-052 1270nm - 1610nmSMF Dual-LC80km0.0-5.0-3.0-34.03.029.0
Add to Quote
80-30-053 1270nm - 1610nmSMF Dual-LC120km5.00.0-3.0-34.08.034.0
Add to Quote
80-30-054 1470nm - 1610nmSMF Dual-LC160km7.02.0-10.0-40.017.042.0

SFP CWDM / DWDM (100GHz Spacing) - 1.25Gbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
Add to Quote
80-31-0521270nm - 1610nmSMF Dual-LC80km5.00.0-3.0-24.08.024.0
Add to Quote
80-31-053 1270nm - 1610nmSMF Dual-LC120km5.00.0-9.0-32.014.032.0
Add to Quote
80-31-054 1470nm - 1610nmSMF Dual-LC160km6.03.0-9.0-33.015.036.0
Add to Quote
80-31-062 Ch17 - Ch61SMF Dual-LC80km5.00.0-3.0-26.08.026.0
Add to Quote
80-31-063 Ch17 - Ch61SMF Dual-LC120km5.00.0-8.0-32.013.032.0
Add to Quote
80-31-064 Ch17 - Ch61SMF Dual-LC160km5.02.0-8.0-33.013.035.0

Product Downloads

Product
Datasheet
100BaseF / 155Mbps Fibre Tranceiver Datasheet 
1.25Gbps Fibre Tranceiver Datasheet 

Further Information

Note:

Exact optical specifications may vary from those stated above which are representative for loss budgetary design purposes. If link optical parameters are marginal or critical then re-check these optical specifications at the time of purchase.

Operating distances are nominal and actually depend on fibre link losses which are made up of the fibre length and attenuation, as well as the number and quality of fibre connections and fibre patches/splices.

Please note that failure to observe the Rx Max and Min Attenuation parameters may cause transceiver damage.

Many other SFP transceivers are also available with a wide range of different transmission/reception parameters.

Related Products

Networking The World