1.6T OSFP 2×FR4 CWDM4 Optical Transceiver 2km Dual LC SMF Flat Top Module

• Supports ultra-high-speed 1.6Tbps optical transmission
• Based on dual 800G FR4 optical architecture
• OSFP Flat Top high-density pluggable form factor
• Uses CWDM4 wavelength multiplexing technology
• Integrates two sets of four CWDM optical lanes
• Supports up to 2km transmission over single-mode fiber
• Supports extended reach up to 3km in applicable deployments
• Dual Duplex LC/UPC optical interfaces for flexible connectivity
• Supports multiple breakout configurations:

• 1.6T Ethernet data center networks
• AI and GPU cluster interconnects
• Hyperscale cloud computing infrastructure
• High-performance computing (HPC)
• InfiniBand XDR networking
• Data Center Interconnect (DCI)
• Next-generation Ethernet switching platforms
• Cloud service provider networks
• Large-scale AI server connectivity

FiberMania provides OEM and ODM customization services for 1.6T OSFP optical transceiver modules to support the requirements of cloud providers, AI infrastructure companies, network equipment manufacturers, and system integrators.

What is the difference between 1.6T OSFP 2×FR4 and traditional 800G optical modules?

The 1.6T OSFP 2×FR4 module integrates two independent 800G FR4 optical engines into a single transceiver, doubling the bandwidth density compared with conventional 800G modules. It is designed for next-generation AI networks requiring higher throughput per switch port.

Why does this module use dual Duplex LC/UPC connectors?

The dual Duplex LC/UPC interfaces support two independent FR4 optical links within one OSFP module. This design provides high-density connectivity while maintaining compatibility with widely deployed single-mode fiber cabling systems.

What network architectures can use this 1.6T optical transceiver?

The module supports flexible deployment architectures, including direct 1600G connections as well as breakout configurations such as 2×800G, 4×400G, and 8×200G. This allows network operators to gradually upgrade infrastructure while maintaining deployment flexibility.

What are the advantages of CWDM4 technology in 1.6T optical modules?

CWDM4 technology enables multiple optical wavelengths to transmit simultaneously over fiber, reducing the number of required fibers while maintaining high bandwidth. It provides an efficient balance between transmission performance, power consumption, and system cost.

Is this 1.6T OSFP module suitable for AI data centers?

Yes. The high bandwidth density, low-latency optical architecture, and flexible breakout capability make it suitable for AI training clusters, GPU interconnect networks, and large-scale cloud data center deployments.