Liquid Cooling Optical Transceiver & AOC Solutions
As AI and HPC data centers scale, traditional air cooling can no longer manage the thermal density of high-speed interconnects. Our advanced liquid cooling solutions ensure optimal performance and energy efficiency for next-generation infrastructure.
Core Cooling Technologies
Cold Plate & Micro-channel Cooling
Directs liquid coolant to high-power modules (800G/1.6T), efficiently dissipating heat while maintaining compatibility with standard OSFP/QSFP-DD form factors. This targeted approach ensures precise thermal management for the most heat-generating components.
Full Immersion Cooling
Submerges components in dielectric fluids for uniform thermal management in ultra-high-density AI racks (60kW+). This method maximizes cooling efficiency by eliminating air gaps and providing direct contact between the coolant and all heat-generating surfaces.
Liquid Cooling AOC (100G to 400G)
Purpose-built Active Optical Cables designed specifically for liquid-cooled environments. Featuring IP68-rated sealing, these pre-terminated cables prevent coolant penetration and eliminate complex fiber routing. They support 100G, 200G, and 400G speeds over short distances, reducing deployment time by up to 70% and improving cabinet space utilization.
Key Benefits
Enhanced Reliability
Prevents thermal throttling and extends component lifespan in extreme heat conditions, ensuring consistent performance for mission-critical workloads.
Energy Efficiency
Drastically lowers PUE (Power Usage Effectiveness) and reduces overall data center carbon footprint, supporting sustainability goals and operational cost reduction.
High-Density Deployment
Enables compact, high-port-density rack designs for AI and cloud computing workloads, maximizing compute power per square foot.
Application Scenarios
AI Training Clusters
High-performance GPU clusters generating extreme heat densities require advanced cooling solutions to maintain optimal operating temperatures and prevent performance degradation.
HPC Data Centers
Scientific computing and simulation workloads demand consistent thermal management to ensure calculation accuracy and system stability.
Cloud Infrastructure
Large-scale cloud providers benefit from reduced energy consumption and improved rack density enabled by liquid cooling technologies.
Edge Computing Nodes
Compact edge deployments in space-constrained environments leverage liquid cooling for efficient thermal management without large HVAC systems.
Ready to Upgrade Your Cooling Infrastructure?
Contact our engineering team to discuss your specific requirements and get tailored recommendations for your liquid cooling deployment.
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