The Impending Thermal Wall
As AI chip power consumption scales from 700W towards 1000W and even 2000W, the industry is hitting a “thermal wall.”
Traditional cooling solutions, once the gold standard, are reaching their physical limits.
While 3D Vapor Chambers (3DVC) have served us well, the next generation of AI compute—OAM-based GPUs and massive-scale server clusters—requires more than just incremental improvements.
It requires a fundamental shift in phase-change technology.
From Deep Space to Data Centers
At ShengRongYuan (SRY), we didn’t start in the consumer electronics lab.
Our core engineering team originates from the Chinese Academy of Sciences (CAS), with over a decade of experience managing thermal control for national aerospace missions.
Today, we are bridging the gap between space-proven reliability and high-performance computing through our proprietary Multi-Loop Heat Pipe (MLHP) technology.
Why MLHP Beats 3DVC
Why are leading AI server OEMs and chip designers pivoting to SRY’s MLHP?
It comes down to “Dimensional Superiority.”
Extreme Heat Transport
While 3DVC struggles beyond 800W, MLHP is engineered for the 2000W+ era.
It handles heat flux of up to 200W/cm², specifically designed for the hotspots of next-generation OAM modules.
7°C Thermal Headroom
In identical high-load conditions, SRY MLHP can reduce chip temperatures by up to 7°C compared to conventional 3DVC modules.
In the world of AI, 7°C is the difference between peak performance and thermal throttling.
Passive Reliability (Zero Leakage Risk)
Unlike liquid cold plates that introduce the risk of leakage and require complex pumps, MLHP is a passive, capillary-driven system.
It offers the efficiency of liquid cooling with the safety and simplicity of air cooling.
Form Factor Flexibility
Whether it’s a 1U/2U CPU heatsink or a 4U/6U OAM module for GPU clusters, our MLHP design is scalable and platform-agnostic.
It supports Intel EGS/BHS, AMD SP5/SP7, and more.
Capability & Scale
ShengRongYuan is more than a design house; we are a high-tech manufacturing partner.
R&D Heritage
- 10+ years of aerospace-derived thermal research.
Production Excellence
Our Taicang manufacturing base is equipped for rapid prototyping and mass production, with an annual capacity of 300,000 units.
Industry Validation
Honored with the 2024 ODCC “Excellent Project” award for our work on passive two-phase cooling with industry giants like Meituan and Tencent.
Conclusion
The AI revolution will be cooled, but not by yesterday’s technology.
ShengRongYuan is committed to providing the “arteries” for global AI compute, ensuring that heat is never the bottleneck for innovation.
