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Advanced Liquid Cooling Solution for NVIDIA B200 Blackwell GPU - Top China Suppliers & Factory
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Advanced Liquid Cooling Solution for NVIDIA B200 Blackwell GPU - Top China Suppliers & Factory

The NVIDIA B200 Liquid Cooling System represents a state-of-the-art thermal solution specifically engineered for the NVIDIA B200 Tensor Core GPU, a key processor within NVIDIA's Blackwell architecture. Ideal for artificial intelligence training, high-performance computing (HPC), and demanding data center operations, this advanced liquid cooling system provides exceptional heat dissipation. By effectively managing temperatures, it enables increased compute density, reduced power consumption, and sustained peak performance. China-based suppliers and factories can benefit from integrating this innovative cooling technology, ensuring optimal functionality for their NVIDIA B200 systems while maximizing efficiency and reliability in their operations

    Key Features & Benefits

    Key Features & Benefits
    1. Superior Thermal Performance
    • Direct-to-Chip (D2C) liquid cooling efficiently removes heat from the B200 GPU, preventing thermal throttling.
    • Supports up to 1000W+ TDP, making it ideal for the most demanding AI and supercomputing tasks.
    2. Energy-Efficient Operation
    • Reduces cooling power consumption by up to 40% compared to traditional air cooling.
    • Lowers data center PUE (Power Usage Effectiveness), improving overall energy efficiency.
    3. High-Density GPU Deployments
    • Enables tighter server rack configurations, allowing more B200 GPUs per unit space.
    • Ideal for AI clusters, cloud computing, and exascale supercomputers.
    4. Silent & Reliable
    • Eliminates noisy fan cooling, making it perfect for edge deployments and office-adjacent data centers.
    • Extends hardware lifespan by maintaining stable operating temperatures.
    5. Scalable & Modular Design
    • Compatible with NVIDIA DGX B200, HGX B200, and OVX systems.
    • Supports rack-level liquid cooling integration for seamless data center adoption.

    Industry-Leading Applications

    The NVIDIA B200 Liquid Cooling System is engineered for:

    AI & Machine Learning – Stable cooling for large-scale LLM training (e.g., ChatGPT, Claude, Gemini).
    High-Performance Computing (HPC) – Supports scientific simulations, weather modeling, and quantum research.
    Cloud & Hyperscale Data Centers – Reduces operational costs while increasing GPU density.
    Enterprise AI Deployments – Ideal for NVIDIA DGX & HGX systems in private AI clouds.
    Industry-Leading Applications

    Why Choose Liquid Cooling for the B200?

    Feature Air Cooling Liquid Cooling
    Heat Dissipation Limited Ultra-Efficient
    Power Efficiency High PUE Lower PUE (More Sustainable)
    Noise Levels Loud (Fans) Near-Silent
    GPU Density Restricted High (More GPUs/Rack)
    Hardware Longevity Moderate Extended Lifespan
    Deployment & Availability

    The NVIDIA B200 Liquid Cooling System is available through:

    • NVIDIA’s DGX & HGX platform partners (Dell, HPE, Lenovo, Supermicro)
    • Liquid cooling specialists (CoolIT Systems, Asetek, GRC, Submer)
    • Hyperscale cloud providers (AWS, Microsoft Azure, Google Cloud)

    Our Service

    Service Image 1Service Image 2Service Image 3
    01
    Sinda Thermal can offer professional thermal design, thermal simulation for the NPI stage;
    02
    Sinda Thermal can manufacture wide range of heat sinks such as standard CPU cooler and customized heat sink
    03
    Sinda Thermal provides excellent after-sale service, we will respond all the questions from customer.

    Our Certificates

    ISO14001 2021
    ISO14001 2021
    ISO19001 2016
    ISO19001 2016
    ISO45001 2021
    ISO45001 2021
    IATF16949
    IATF16949

    FAQ

    Q1. Is it possible to have some design optimization on the heatsink if customer needs?
    Yes, Sinda Thermal provide customization service to all customer's needs with lower cost.
    Q2. What's the MOQ for this heatsink?
    We can quote base on different MOQ as per customer needs.
    Q3. Do we still need to pay for the tooling cost for this standard parts?
    The standard heatsink is developed by Sinda and sell to all customers, no tooling charge cost.
    Q4. How long is the LT?
    We have some finished good or raw material in stock , for sample demand , we can finish in 1 week ,and 2-3 weeks for mass production.
    Q5. Is it possible to have some design optimization on the heatsink if customer needs?
    Yes, Sinda Thermal provide customization service to all customer’s needs with lower cost.