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OEM & ODM AI Server Cooling Components
AI Server Thermal Management & Structural Components
Supporting Critical Manufacturing Requirements for AI, High-Performance Computing, and Data Center Applications
With the rapid growth of Generative AI, Large Language Models (LLM), artificial intelligence training, and inference applications, data centers and AI servers are facing increasing challenges including higher computing density, greater power consumption, and more demanding thermal management requirements.
Next-generation GPUs, CPUs, and AI accelerator modules generate significant heat during high-speed computing operations. As a result, AI server systems require advanced thermal solutions, high-strength structural components, superior machining accuracy, and long-term operational reliability.
With over 30 years of precision manufacturing experience, Tung Jui Yih integrates multiple manufacturing capabilities, including:
- CNC Precision Turning & Milling
- Aluminum Alloy Die Casting
- Forging
- Plastic Injection Molding
- Surface Treatment Integration
- Assembly and Quality Control
We provide one-stop manufacturing solutions for AI servers, high-performance computing systems, and data center-related components.
From product design evaluation, material selection, process development, prototype validation, to mass production, we help customers develop high-reliability components that meet the requirements of next-generation AI infrastructure.
High-Efficiency Thermal Management Solutions for High-Power GPUs
As AI GPU power consumption continues to increase, traditional air cooling solutions are facing limitations. Direct-to-Chip (D2C) liquid cooling has become one of the key thermal management technologies for next-generation data centers.
In a typical AI server liquid cooling architecture:
Coolant directly absorbs heat generated by CPU/GPU through Cold Plates, and the cooling loop is completed through:
- Quick Disconnect Couplings (QD)
- Coolant Manifolds
- Coolant Distribution Units (CDU)
TRY HARDWARE provides high-precision CNC machining capabilities to manufacture critical metal components required for AI liquid cooling systems.
Liquid Cooling System Components
1. Cold Plate / Water Block
Applications:
- AI Server GPU Cooling
- CPU Liquid Cooling Systems
- HPC Computing Equipment
Manufacturing Capabilities:
- Cold plate base plates
- Top covers
- Internal cooling channel structures
- Mounting brackets
- Sealing interface surfaces
Manufacturing Processes:
- CNC Precision Milling
- High Flatness Machining
- Precision Cooling Channel Machining
- Surface Treatment Integration
Product Features:
- High-precision flow channel control
- Excellent thermal transfer efficiency
- High flatness performance
- Reliable sealing capability
- Suitable for long-term high-load computing environments
2. Coolant Manifold
Applications:
- Used in AI server rack liquid cooling systems to distribute and return coolant flow.
Manufacturable Components:
- Rack Manifolds
- Flow Distribution Blocks
- Pipe Interface Components
- Mounting Brackets
Product Features:
- High dimensional consistency
- Precision interface machining
- Stable fluid connection performance
- Supports modular liquid cooling system design
3. Piping Connectors & Liquid Cooling Accessories
Manufacturable Components:
- Quick Disconnect (QD) components
- Adapter blocks
- Valve mounting components
- Cooling pipe connection parts
Product Features:
- High machining accuracy
- Excellent sealing compatibility
- High reliability assembly performance
AI Server High-Performance Thermal Structural Components
In addition to liquid cooling systems, AI servers require various high-strength and high-precision structural components to support GPUs, motherboards, power modules, and high-speed interconnect systems.
GPU Heat Sinks
Application:
- Thermal management for AI server GPU accelerator cards.
Manufacturing Processes:
- Aluminum Alloy Die Casting
- CNC Machining
- Surface Treatment
Product Features:
- High thermal conductivity
- Lightweight design
- Complex heat sink fin structures
- High dimensional accuracy
- Stable long-term operating performance
Thermal Module Housings
Application:
- Support thermal modules and internal electronic component assembly.
Product Features:
- High structural rigidity
- Excellent dimensional stability
- Lightweight construction
- Suitable for mass production
AI Server Precision Structural Components
GPU Support Brackets
Application:
- Support high-weight GPU modules and prevent deformation during long-term operation.
Manufacturing Processes:
- CNC Milling
- Die Casting
- Forging
Product Features:
- High mechanical strength
- Excellent vibration resistance
- High dimensional consistency
Server Mechanical Components
Includes:
- Server chassis mounting brackets
- Module mounting frames
- High-strength structural components
Product Features:
- High structural rigidity
- Precision assembly compatibility
- Stable mass production capability
Power Module Structural Components
High-power AI server systems require reliable metal structures for protection and thermal management.
Available Components:
- Power module housings
- Mounting frames
- Structural support components
Product Features:
- Excellent heat dissipation capability
- High temperature resistance
- High reliability
Integrated Manufacturing Capabilities from Development to Mass Production
CNC Precision Machining
Applications:
- Liquid cooling cold plates
- Flow channel components
- Precision assembly parts
- Tight-tolerance structural components
Advantages:
- High dimensional accuracy
- Complex structure machining capability
- Excellent surface quality
Aluminum Alloy Die Casting
Applications:
- Thermal management housings
- Lightweight structural components
- High-volume production parts
Advantages:
- Lightweight design
- Excellent thermal performance
- High production efficiency
Forging
Applications:
- High-strength brackets
- Load-bearing structural components
- High fatigue-resistance parts
Advantages:
- High material strength
- Excellent mechanical properties
- Long-term reliability
Plastic Injection Molding
Applications:
- Insulation components
- Protective covers
- Cable management parts
- Electronic module components
Advantages:
- High consistency
- Lightweight construction
- Excellent insulation and heat resistance
Why Choose TRY HARDWARE?
Integrated AI Hardware Manufacturing Capability
Unlike traditional single-process suppliers, TRY HARDWARE provides complete manufacturing integration from design to mass production.
From Design to Mass Production
Capabilities include:
- DFM Process Evaluation
- Material Selection
- Tooling Development
- Precision Machining
- Surface Treatment
- Assembly
- Quality Validation
High-Reliability Quality Management
We focus on:
- Sealing surface quality
- Dimensional accuracy control
- Surface treatment consistency
- Stable mass production capability
Applications
TRY HARDWARE’s AI-related manufacturing capabilities support:
- AI Servers
- Data Centers
- High-Performance Computing (HPC) Systems
- GPU Computing Platforms
- Liquid Cooling Systems
- Industrial AI Equipment
- Robotics
- Automation Equipment
| AI Server Related Products and Applications | ||
|---|---|---|
| Product Category | Manufacturable Products | Product Features |
| AI Server Thermal Management Components | GPU Heat Sinks | High Thermal Dissipation Efficiency: Utilizing the excellent thermal conductivity of aluminum alloys to effectively reduce operating temperatures of computing chips. |
| Processor Cooling Bases | Lightweight Design: Reduces equipment weight and improves energy efficiency. | |
| Thermal Module Housings | High Dimensional Accuracy: Ensures precise assembly with electronic modules and improves product stability. | |
| Liquid Cooling System Components | Liquid Cooling Cold Plates | High-Precision Machining Capability: Capable of manufacturing complex internal cooling channel structures. |
| Coolant Distribution Module Housings | High Flatness Requirements: Enhances heat exchange efficiency. | |
| Cooling System Mounting Components | High Reliability Sealing Performance: Suitable for long-term high-load computing environments. | |
| AI Server Structural Components | GPU Support Brackets | High-Strength Structure: Supports high-weight computing modules. |
| Server Mechanical Components | Vibration Resistance and Durability: Ensures stable operation during long-term use. | |
| Rack Mounting Brackets | Precision Assembly Compatibility: Designed to meet modular server architecture requirements. | |
| Power System Components | Power Module Housings | High Temperature Resistance: Suitable for high-power consumption operating environments. |
| Power Supply Mounting Brackets | Excellent Thermal Management Capability: Helps reduce operating temperatures of power components. | |
| Power Module Structural Components | High Reliability: Enhances equipment service life. | |
| Electronic and Plastic Components | Cable Management Components | Excellent Insulation Performance: Prevents electrical interference between electronic components. |
| Electronic Module Protective Covers | Heat and Chemical Resistance: Designed for demanding operating environments. | |
| Insulation Components | High Consistency for Mass Production: Meets large-volume production requirements. | |
| Precision Machined Components | Precision Mounting Plates | High Machining Accuracy: Meets strict dimensional tolerance requirements. |
| Positioning Components | Excellent Surface Quality: Suitable for high-end equipment applications. | |
| Equipment Support Components | Customization Capability: Manufactured according to customer design requirements. | |
