800G OSFP SR8 LPO Optical Transceiver 850nm MPO-16 APC Flat Top MMF Module

• Supports 800Gbps high-speed Ethernet optical transmission
• Based on SR8 LPO (Linear Pluggable Optics) architecture
• OSFP Type 2 Flat Top form factor for high-density networking
• DSP-free and CDR-free design for ultra-low latency operation
• Ultra-low power consumption with maximum dissipation of ≤4W
• Uses 850nm VCSEL optical engine technology
• Integrated VCSEL transmitter array and photodiode receiver array
• Supports 16 × 100G PAM4 electrical interface
• MPO-16 APC receptacle for high-density parallel fiber connectivity
• Designed for multimode fiber (MMF) applications
• Supports short-reach 800G optical interconnects
• Optimized thermal performance for AI networking platforms
• Supports CMIS Rev 4.0 management interface
• Compatible with next-generation 800G Ethernet systems
• Provides OEM and ODM customization services

• 800G Ethernet data center networks
• AI and machine learning GPU clusters
• Hyperscale cloud computing infrastructure
• High-performance computing (HPC)
• Low-latency optical interconnect applications
• AI accelerator network fabrics
• Next-generation Ethernet switch systems
• Enterprise high-bandwidth networking
• Short-reach data center optical links

FiberMania provides OEM and ODM customization services for 800G OSFP SR8 LPO optical transceiver modules to support the requirements of AI infrastructure providers, cloud service providers, network equipment manufacturers, and system integrators.

Customization options include:

• Host platform compatibility coding
• Firmware and EEPROM configuration
• CMIS parameter customization
• Private labeling and branding
• Customized packaging solutions
• Optical performance testing
• Thermal optimization
• Power consumption optimization
• Interoperability validation with different 800G Ethernet platforms

What is LPO technology in an 800G optical transceiver?

LPO (Linear Pluggable Optics) removes traditional DSP and retiming CDR components from the optical module, allowing the host switch ASIC to handle signal processing directly. This design significantly reduces power consumption, latency, and module complexity.

What are the advantages of an 800G SR8 LPO module compared with traditional DSP-based modules?

The main advantages are lower power consumption, reduced latency, and improved energy efficiency. The DSP-free architecture allows the module to operate with power consumption as low as 4W, making it especially suitable for large-scale AI clusters and high-density data centers.

What type of fiber is required for this 800G OSFP SR8 LPO module?

The module is designed for multimode fiber (MMF) connectivity and uses an MPO-16 APC interface. High-performance multimode fiber cabling is recommended for short-reach 800G data center applications.

Why does the module use an MPO-16 APC connector?

The MPO-16 APC connector provides a compact multi-fiber interface supporting multiple parallel optical lanes in a single connection. It is designed for high-density 800G optical systems requiring efficient fiber management and space optimization.

Is LPO technology suitable for AI networking applications?

Yes. LPO technology is particularly suitable for AI and GPU cluster networks where massive data throughput, low latency, and power efficiency are critical. Its simplified architecture helps reduce the overall energy consumption of large-scale AI infrastructure.