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Specifications

Genuine Huawei 34061309 100GBASE-LR4 CFP4 Optical Transceiver Module JC4R10LM4AA1HW SMF 4*28G 1310nm 10km LC
The Huawei 34061309 (Hardware Description: JC4R10LM4AA1HW) is a carrier-grade, hot-pluggable 100GBASE-LR4 CFP4 optical transceiver module engineered for high-capacity 100Gbps Ethernet and OTN core network infrastructures. Utilizing 4 independent optical lanes of 28Gb/s LAN-WDM signals across the 1310nm window, it delivers robust, low-latency, and high-integrity data links up to 10km over Single-Mode Fiber (SMF). Fully compliant with CFP4 MSA and IEEE 802.3ba standards, this compact transceiver offers a denser and more energy-efficient solution compared to legacy CFP2 forms.

Model Number

JC4R10LM4AA1HW

Band

HuaWei

Part Number

34061309

Form Factor

CFP4

Data Rate

100 Gbps (4 * 28Gb/s)

Max Distance

10km

Fiber Type

Single-Mode Fiber (SMF)

Hot Pluggable

Yes

Wavelength

1310nm Band (4-Channel LAN-WDM)

Connector Type

Duplex LC

Operating Temperature

0°C ~ 70°C

Country of Origin

Thailand

Typical Applications

Data Center Interconnect (DCI): Extends 100G long-haul links up to 10km between distributed data halls and buildings.
Enterprise & Campus Core Backbone: Provides high-bandwidth 100G uplinks for core-layer switches and routers.
Metro & Service Provider Networks: Optimized for metro aggregation, carrier cores, and high-bandwidth 5G fronthaul/backhaul nodes.
OTN/DWDM Transport: Acts as a client-side interface for seamless integration into DWDM/OTN systems.

Product Highlights

1.Authentic Huawei Quality & Genuine Compatibility

Original Huawei P/N: 34061309, precision-manufactured in Thailand. It guarantees 100% native hardware recognition, plug-and-play simplicity within Huawei devices, and seamless system telemetry.

2.Long-Haul Lossless Transmission & Standard Compliance

Strictly follows the 100GBASE-LR4 industry standard using 4-lane 1310nm LAN-WDM technology. It delivers high-integrity, lossless data links up to 10km over single-mode fiber (SMF), meeting rigorous metro, campus cross-floor, and carrier-grade interconnect requirements.

3.High-Density CFP4 Form Factor Optimization

The compact CFP4 form factor is significantly smaller and consumes less power than legacy CFP/CFP2 architectures. It is purpose-built to maximize faceplate density, fitting seamlessly into next-generation high-density routing and transport equipment.

4.Maximizing Infrastructure ROI

Provides a highly efficient, budget-friendly migration path to 100G bandwidth by leveraging existing legacy CFP4 switch or router architectures, eliminating the need for expensive chassis replacements and extending the lifecycle of current network assets.

5.Full Lifecycle Visibility & Intelligent Diagnostics (DDM/DOM)

Features integrated, advanced DDM/DOM telemetry for real-time monitoring of critical metrics—including laser bias current, temperature, voltage, and Rx/Tx optical power—enabling early failure warnings and securing long-term network stability.