AI server
To address the high-computing, high-power, and liquid-cooling requirements of AI servers, BTL provides testing services for AI servers, racks, power systems, liquid-cooling equipment, and related peripheral products, supporting large-scale equipment testing and high-power application validation.
As artificial intelligence technology continues to advance rapidly, AI server computing architectures are evolving from traditional CPU-based systems to platforms equipped with multiple GPUs. Compared with conventional servers, AI servers require significantly higher and more stable power delivery for large-scale model training and inference workloads.
As the number of GPUs, power modules, and peripheral devices increases, power stability, high-power load capability, and thermal management have become critical aspects of AI server design and validation.
BTL supports testing requirements for AI servers and related power, liquid-cooling, and backup equipment.
BTL's Special Testing Laboratory is equipped with a high-power testing environment designed to support AI servers and related power equipment. The facility provides AC and DC power configurations, multiple power connection methods, and dedicated space for large-scale equipment testing.
- Supports Delta (Δ) and Wye (Y) power configurations.
- Supports adjustable phase-difference split-phase configurations.
- DC filter capability up to 1500V DC / 150A.
- Testing environments can be configured according to AI server and power peripheral requirements.
A Power Shelf is a key component of AI server infrastructure, responsible for centralized power management and the delivery of stable, efficient power. It supports the power delivery, redundancy, reliability, energy efficiency, and power monitoring requirements of high-performance computing systems.
BTL can configure testing environments for high-power power modules, Power Shelves, and related power equipment, with support for AC and DC power supplies, filters, and multiple power configurations.
- Centralized Power Management
- High-Power Delivery
- Redundancy and Reliability
- Energy Efficiency
- Power Monitoring and Management
A Coolant Distribution Unit (CDU) is a key component of an AI server liquid-cooling system, responsible for thermal management, coolant circulation, and cooling performance control to help AI servers maintain stable operation under high-performance computing workloads.
BTL's Special Testing Laboratory is equipped with CDU testing peripherals and supports liquid-to-liquid cooling systems. Testing environments can be configured to accommodate different connectors and equipment interfaces.
For AI servers, racks, and other large-scale equipment, BTL laboratories provide dedicated setup and testing areas, independent three-phase power supplies, and facilities to support equipment delivery and handling.
Supports pre-test setup of AI servers and large-scale equipment configurations.
Provides independent power delivery for high-power equipment testing requirements.
Supports the delivery and vertical movement of large-scale equipment.
Supports equipment handling, setup, and movement within the testing facility.
High-power AC and DC power supplies and filtering equipment support testing requirements for AI servers and related peripheral equipment.
CDU and liquid-cooling peripherals support the configuration of testing environments for liquid-cooling systems and various connector types.
Facilities include large-equipment setup space, independent three-phase power, a 4-ton freight elevator, and equipment handling support.
Covers AI Servers, Compute Racks, Power Racks, Power Shelves, PSUs, CDUs, and BBUs.
Experienced in commissioned testing of AI servers and related peripheral equipment for customers in Taiwan and international markets.
For more information about testing environments and service planning for AI Servers, Power Racks, Power Shelves, CDUs, PSUs, or BBUs, please contact BTL. Our team will provide further guidance based on your product specifications and testing requirements.