Coherent 800G Finisar Transceiver Modules

Introduction

The Coherent 800G Finisar Transceiver Modules are cutting-edge components designed to revolutionize network connectivity. These transceivers are essential for high-performance applications in artificial intelligence, machine learning, and data-intensive networking environments.

Part Description

The Coherent 800G Finisar Transceiver Modules are powered by a sophisticated 6nm digital signal processor (DSP) and are optimized for 800G optics, consuming approximately 17W of power. They feature a hot-pluggable Type 2 OSFP form factor and support a wide range of optical connectors, including MPO16 and dual MPO12. These modules are compliant with CMIS 5.X standards and utilize both internal and externally qualified lasers to address supply chain challenges, ensuring reliable performance in demanding AI/ML infrastructures.

Applications

• 800G DR8+ applications with Forward Error Correction (FEC)
• 100GbE breakout applications
• 8x 100GBase-FR1 breakout applications
• 2x 400G DR4+ applications with FEC
• 2x 400G Ethernet applications
• 4x 200G Ethernet applications
• NDR InfiniBand applications

Industries

• Telecommunications
• Data Centers
• Cloud Computing
• Artificial Intelligence and Machine Learning
• High-Performance Computing
• Networking Equipment Manufacturing

Usage Ideas

1. AI/ML Infrastructure: Integrate the Coherent 800G transceivers into a high-performance computing cluster to enhance data processing capabilities for AI and machine learning tasks.
2. Data Center Upgrades: Utilize these transceivers to upgrade existing data center networks, enabling faster data transfer rates and improved bandwidth management.
3. Telecommunication Networks: Implement the modules in next-generation telecommunication networks to support high-speed data transmission and enhance overall network efficiency.

Conclusion

The Coherent 800G Finisar Transceiver Modules are a vital component for modern networking solutions, providing high-speed connectivity and broad compatibility for various applications. Their advanced technology and efficiency make them an ideal choice for industries looking to enhance their infrastructure for future connectivity demands.