Huawei XFP 10G BiDi Single-mode 40km Optical Transceiver Pair PN:34060783 & 34060784

Huawei XFP 10G BiDi Single-mode 40km Optical Transceiver Pair PN:34060783 & 34060784

¥1,636.00
促销价  ¥1,636.00 常规价格 
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Huawei XFP 10G BiDi Single-mode 40km Optical Transceiver Pair PN:34060783 & 34060784

Huawei XFP 10G BiDi Single-mode 40km Optical Transceiver Pair PN:34060783 & 34060784

¥1,636.00
促销价  ¥1,636.00 常规价格 

Product Overview

Bidirectional single-fiber XFP optical module pair, rate range 9.95~11.35Gbps, single LC port realizes bidirectional transmit & receive over one G.652 single-mode fiber, max transmission distance 40km. Two wavelengths matched in pairs:
  • PN 34060783: TX 1330nm / RX 1270nm
  • PN 34060784: TX 1270nm / RX 1330nm

    Suitable for legacy XFP-slot routers and transmission equipment, saves fiber core resources.

Key Specifications

Item Parameter
Brand Huawei
PN Pair 34060783 (TX1330/RX1270) + 34060784 (TX1270/RX1330)
Form Factor XFP Single LC BiDi SMF
Rate 9.95Gbps ~ 11.35Gbps
Tx Optical Power 0~5dBm
Receiver Sensitivity -19dBm
Fiber Type G.652 Single-mode Fiber
Max Distance 40km
Origin Made in China
Condition Factory New Sealed Pair
Stock Status In Stock
Delivery Lead Time Within 2 Business Days
Warranty 3 Years Official Factory Warranty
Unit Price (1 Pair) $230.00

Core Features

✅ Single-fiber bidirectional transmission design, only 1 single-mode fiber needed for two-way data transmission, cuts fiber resource cost by half

✅ Standard large XFP package, plug-and-play compatible with older Huawei core routers & transmission frames with XFP slots

✅ High transmit optical power (up to 5dBm) & high receiving sensitivity (-19dBm), strong tolerance for long fiber attenuation

✅ Built-in complete DDM digital real-time monitoring of temperature, transmit/receive optical power and bias current

✅ Single LC optical interface, matched with G.652 OS2 single-mode fiber patch cords

✅ Must be used in matched wavelength pairs, cannot work alone

Application Scenarios

Operator county-town 40km metro trunk with insufficient fiber cores, enterprise park long-distance interconnection fiber resource shortage renovation, legacy XFP transmission equipment single-fiber bidirectional upgrade, remote site access fiber limited projects.

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