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XFP Fibre Transceiver

XFP 10Gb Singlemode Fibre CWDM Tx1270nm - Rx1330nm, Tx1470nm - Rx1610nm 10km

  • Speed: 10Gbps
  • Wavelength: Tx1270nm - Rx1330nm, Tx1470nm - Rx1610nm
  • Fibre Type: SMF Dual LC
  • Distance: 10km
  • Tx Max (dBm): -1.0
  • Tx Min (dBm): -5.0
  • Rx Max (dBm): 0.5
  • Rx Min (dBm): -15.0
  • Min Attenuation: 0.0
  • Loss Budget: 10.0
  • Part Number: 80-36-050
  • Installed in any MSA compliant port
  • Specific vendor (Cisco/Juniper etc) version programming available

XFP 10Gbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
80-36-011850nmMMF Dual-LC300m-1.0-5.00.5-11.10.06.1
80-36-0311310nmSMF Dual-LC10km-1.0-6.00.5-14.60.08.6
80-36-0411550nmSMF Dual-LC40km2.0-1.0-1.0-16.03.015.0
80-36-0421550nmSMF Dual-LC80km4.00.0-7.0-24.011.024.0

XFP BiDi - 10Gbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
80-36-236Tx 1330nm / Rx 1270nmSMF LC10km0.5-5.00.5-14.50.09.5
80-36-237Tx 1270nm / Rx 1330nmSMF LC10km0.5-5.00.5-14.50.09.5
80-36-238Tx 1330nm / Rx 1270nmSMF LC40km5.01.00.5-15.04.516.0
80-36-239Tx 1270nm / Rx 1330nmSMF LC40km5.01.00.5-15.04.516.0

XFP CWDM - 10Gbps

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
80-36-0501270nm - 1330nm
1470nm - 1610nm
SMF Dual-LC10km-1.0-5.00.5-15.00.010.0
80-36-0511470nm - 1610nmSMF Dual-LC40km3.0-1.0-1.0-15.04.014.0
80-36-0521470nm - 1610nmSMF Dual-LC80km4.00.0-7.0-24.511.024.5

XFP DWDM - 10Gbps (100GHz Spacing)

Order CodeWavelengthMediaDistanceTx Max
(dBm)
Tx Min
(dBm)
Rx Max
(dBm)
Rx Min
(dBm)
Min Attenuation
(dB)
Loss Budget
(dB)
80-36-061Ch21 - Ch59SMF Dual-LC40km2.0-1.00.5-15.01.514.0
80-36-062 Ch21 - Ch59SMF Dual-LC80km4.00.0-7.0-24.011.024.0

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.

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