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Liquid Cooling Plate with Modular Assembly and Shared Copper Manifold for Simplified Installation and Water Distribution
Product Details:
| Place of Origin: | Dongguan，Guangdong,China |
| Brand Name: | UCHI |
| Certification: | UL.VDE,SGS,REACH,CQC,CSA.ISO.ROHS,CUL |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1000PCS |
|---|---|
| Price: | Negotiable |
| Packaging Details: | Bulk |
| Delivery Time: | 5-7 days |
| Payment Terms: | T/T,Paypal,Western Union, |
| Supply Ability: | 5000,000,000PCS Per Month |
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Detail Information |
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| Width: | According To Customer Demand | Coolant Type: | Silicone Oil |
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| Surface Flatness: | Below 0.005 Cm/cm | Thermalconductivity: | 400 W/m·K (Copper) |
| Body Material: | Aluminum | Dimension: | 125x110x18 Mm |
| Heat Conducting Power: | 30W | Thermal Dissipation Power: | 2000W |
| Heat Cooling Power: | 45W | Input Current: | ≤10A |
| Coolingmethod: | Liquid Cooling | Outletdiameter: | G1/4 Inch Standard |
| Fluid: | Water Or Suitable Coolant | Process: | Brazed Skived Fin |
| Service: | OEM Custom Service | ||
| Highlight: | liquid cooling plate modular assembly,copper manifold water distribution,liquid cooling plate simplified installation |
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Product Description
B300 GPU Integrated Liquid Cooling Module
Product Overview
This is a pre-assembled direct liquid cooling cold plate assembly for NVIDIA B300 SXM GPU. It adopts a full copper manifold integrated design, connecting multiple GPU cold plates via high-temperature resistant flexible hoses. It is specially developed for AI server air-to-liquid retrofitting and new liquid-cooled machine deployment. It effectively solves the high heat dissipation challenge of B300 high-power GPUs, eliminates hot spots, prevents thermal throttling, and supports stable 7×24-hour continuous full-load operation for large model training and inference clusters.
Key Advantages
✅ High Conductivity Pure Copper Structure
The manifold and cold plate body are made of high-purity oxygen-free copper, with excellent thermal conductivity. The internal fine flow channel is optimized by CFD thermal simulation, achieving ultra-low thermal resistance and uniform temperature distribution for each GPU core and HBM memory.
✅ Centralized Manifold Integrated Design
Adopts a shared copper manifold for water distribution and collection. The flow rate of each cold plate is evenly distributed, the overall pressure drop is low, and it is well matched with the CDU liquid cooling distribution unit of the data center. The modular assembly greatly simplifies on-site installation and pipeline arrangement.
✅ Reliable Vacuum Brazing Sealing
All cold plates and manifold joints are formed by one-time vacuum brazing. Each finished product undergoes strict pressure holding and leak detection testing before delivery to ensure zero leakage risk and meet the strict safety standards of IDC intelligent computing centers.
✅ Matching Original Server Installation Dimensions
The positioning holes, pressure plate and fastening structure are completely compatible with the original B300 server. No cutting or modification to the server chassis is required, which is convenient for batch air-cooling to liquid-cooling transformation of existing computing nodes.
✅ Wide Compatibility of Coolant
Compatible with deionized water, PG25 / PG30 environmental protection coolant. The reinforced rubber hoses have good resistance to aging, hydrolysis and pressure, adapting to long-term uninterrupted operation scenarios of computing clusters and reducing the overall PUE of the computer room.
Specifications & Construction
- Compatible Chip: NVIDIA B300 SXM GPU
- Structure Form: Integrated copper manifold + multiple GPU cold plates, pre-connected with hoses
- Main Material: High-purity oxygen-free copper
- Hose: High-pressure & high-temperature resistant reinforced liquid cooling hose
- Processing Technology: Vacuum brazing integrated molding
- Testing Standard: Pressure holding leak test, anti-leakage certification
- Customization Support: Manifold interface specification, hose length, flow channel scheme, inlet and outlet direction can be customized according to server structure
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