liquid-cooled workstation
Solution
With the extreme pursuit of computing performance in applications such as AI large model training, rendering, and scientific computing, traditional cooling methods have become insufficient to support the stable and quiet operation of high-performance hardware. Our integrated liquid-cooled workstation, specifically designed for high-load scenarios, achieves full coverage liquid cooling for CPUs and GPUs, allowing your computing platform to perform efficiently and coolly at all times.
Pain points in scenarios
The cooling capacity of air cooling is limited
Air-cooled workstations face heat dissipation issues, making it difficult to meet high-density computing demands, and are prone to local hot spots and thermal bottlenecks.
Huge noise
The air-cooled workstation, when operating at full capacity, generates significant noise, directly affecting the working environment, professional creation, and the atmosphere of scientific research and office work.
There is a bottleneck in performance
When the core temperature exceeds the CPU/GPU safety threshold and air cooling fails to provide adequate heat dissipation, it can trigger the hardware protection mechanism, which reduces frequency to minimize heat generation, ultimately leading to a decline in computing performance.
Long-term high temperature accelerates hardware aging
Continuous high temperatures can shorten the lifespan of components such as capacitors and inductors, increasing the risk of motherboard failure; graphics card memory particles may cause "screen distortion" or data errors under high temperatures.
Technical Solution
The liquid cooling solution significantly enhances the computing power density and stability of AI training clusters through efficient heat dissipation technology, reducing energy consumption and operation and maintenance costs. It employs direct or indirect contact cooling methods to provide precise temperature control for high-load GPU/ASIC chips, facilitating the construction of green and low-carbon AI computing power centers.
The liquid cooling solution, utilizing efficient liquid cooling technology, significantly enhances the cooling efficiency and power-to-performance ratio of chips in AI training scenarios, ensuring stable computing power output under high loads, while reducing energy consumption and carbon footprint.
Application scenarios
The liquid cooling solution provides efficient cooling support for high-computing-power scenarios such as AI training, 3D rendering, and scientific computing, significantly enhancing hardware performance and energy efficiency ratio, reducing PUE, and facilitating the construction of green data centers. Its modular design flexibly adapts to GPU/CPU clusters, covering enterprise-level applications such as gene detection and financial modeling, ensuring stable operation under high load for extended periods, while reducing operation and maintenance costs and carbon footprint.
Artificial intelligence and deep learning training platform
3D modeling/rendering and film post-production
Scientific computation, genetic testing, financial modeling
High-load data analysis/simulation environment
High-end enterprise IT and workgroup applications
Advantages and value of the scheme
Fully-covered integrated liquid cooling architecture
The CPU and multi-channel GPU are cooled through a liquid cooling system, with all core heat sources integrated into the water circuit, effectively reducing temperature and ensuring stable and worry-free performance under full load. It is compatible with mainstream high-end hardware such as NVIDIA/AMD/Intel.
Ultimate heat dissipation, ultra-low noise
The full-load operating temperature is far superior to that of air cooling/separate water cooling, and the silent experience is almost noiseless, creating a quiet and efficient atmosphere for professional creation and scientific research and office work.
Integrated design, easy to maintain
Precision integrated water cooling structure, with no exposed pipelines, short and reliable water circuit, effectively avoids liquid leakage and reduces maintenance difficulty. Modular design makes cold liquid replacement and maintenance faster and more convenient.
Green energy saving, intelligent temperature control
Intelligently adjusts cooling power consumption to avoid energy waste. Compared to traditional cooling solutions, it significantly improves energy efficiency, helping enterprises achieve their "carbon neutrality" goals.
Support customization and flexible expansion
Meeting multiple application scenarios such as AI research, rendering, simulation, and data analysis, the integrated liquid cooling solution supports multi-card parallel processing and cluster deployment, with customized exclusive configurations on demand.
