AI Servers
Optimized for high-density computing. Streamline your thermal management with our flexible, low-profile cold plate design.
Business Scenarios
Business Server
- NVIDIA GPU Servers (H100/H200/B200)
- Ascend NPU Servers (Atlas 900 Series)
- General-Purpose x86 Servers (Branded or White-box Customized)
- Turnkey Delivery (Includes Pre-installation & Commissioning)
GPU/CPU Cold Plates
- GPU Cold Plates (NVIDIA SXM / PCIe / Ascend NPU)
- CPU Cold Plates (Intel Xeon LGA4677 / LGA4189)
- CPU Cold Plates (AMD EPYC SP5 / SP3)
- Supports customizable mounting patterns and fluid routing interfaces
- Volume supply with rapid delivery turnaround
Liquid Cooling Retrofit & Upgrade
- Turnkey Air-to-Liquid Cooling Retrofit Services
- Cold Plate Liquid Cooling System Integration
- Coolant Distribution Unit (CDU), Manifold & Quick Disconnect (QD) Solutions
- Data Center-Scale Liquid Cooling Deployment
- Power Usage Effectiveness (PUE) Optimization (Reducing PUE from 1.6 to < 1.15)
Business Server
AI Servers
- CPU
Intel Xeon Dual/Quad
- NPU
AscendAtlas 900/910B
- CPU Platform
Intel Xeon / AMD EPYC
- Memory
DDR5 2TB~4TB
- Storage
NVMe 7.68TB × 12
- Application
Large model training/inference
General server
- CPU
Intel Xeon Dual/Quad
- Memory
DDR4/DDR5 256GB~2TB
- Storage
Mixed SAS/SATA/NVMe Connections
- Network
10G/25G/100G Flexible Adaptation
- Form Factor
Rackmount/Tower/High-Density
- Application
Enterprise Applications/Databases/Virtualization
GPU/CPU Cold Plates
CPU Cold Plates
Intel Xeon Cold Plates
LGA4677 / 4189 / 3647
AMD EPYC Cold Plates
SP5 / SP3 / TR4
Custom CPU Cold Plates
Custom Mounting Patterns / Irregular Internal Geometries
GPU / NPU Cold Plates
NVIDIA GPU Cold Plates
SXM / PCIe Gen5
Ascend NPU Cold Plates
Atlas 900 910B
Custom GPU Cold Plates
Vapor Chamber / Large-Area Cavity
Liquid Cooling Retrofit and Upgrade
Turnkey Air-to-Liquid Cooling Retrofit Solutions
Site Assessment
Evaluate cabinet layout and current thermal performance
Solution Design
Select cold plates/route manifolds/configure CDU
Retrofit Execution
Install cold plates, deploy piping, and fill coolant
System Commissioning
Pressure testing, leak detection, and thermal validation
O&M Handover
Monitoring system integration and O&M training documentation
Before & After Comparison
| Target | Pre-Retrofit | Post-Retrofit |
|---|---|---|
PUE | 1.6 | ≤1.15 |
Single Cabinet Power | 15kW | 40~100kW |
Heat Dissipation Efficiency | Air-cooled (low) | Liquid cooling (high) |
Noise | 75~85dB | ≤55dB |
Get in Touch
Our team provides expert guidance and unwavering support; we believe the best ideas should always be shared
Get your custom solution:
We need basic information to design custom liquid cooling system:
- Please specify the quantity, technical specifications, and physical dimensions of your IT equipment (servers, ICT systems, etc.), alongside the power distribution requirements per individual device or rack.
- Please provide a high-level summary of your project and its primary drivers. Are you prioritizing peak performance, water conservation, energy optimization, heat recovery, or extreme compute density?
- Please specify your preferred liquid cooling methodology—whether it be Direct-to-Chip (Cold Plate) or Immersion Cooling. Additionally, outline your intended strategy for heat rejection or thermal energy recovery.
- Please provide the planned country and city location. This allows us to factor in local climate data for precise heat transfer analysis and generate accurate shipping estimates.