Environmental Test chambers for High-Performance Computing (HPC)
Designed to meet increasing demands of GenAI, Machine Learning, Deep Learning (ML/DL) and High Performance Computing workloads (HPC).
VIEW PRODUCT DETAILAES Computing Test Chambers for High Live Load Testing
As computing hardware grows more powerful, the heat it generates during operation grows with it. Servers, GPUs, and AI accelerators running at full load can push well past 100kW per rack, and that thermal output needs to go somewhere. AES builds specialized environmental test chambers and modular walk-in rooms that let you test this equipment under realistic temperature conditions before it ships to production.
Our high live load test chamber platform handles up to 250kW of dynamic load, far above the industry average. That means you can run full-rack server rack testing with live workloads and real cooling systems in place. As a result, you get accurate thermal data under the conditions your hardware will actually face in a data center environment.
Advanced Testing for High Heat Load Applications
- Precise Environmental Control: Accurate environmental simulation with tight temperature and humidity control across the full workspace
- High Dynamic Loads: Designed to handle high dynamic loads, our chambers can accommodate a range of 50-250 kilowatts or more.
- Customizable Solutions: Tailored to the specific testing requirements of AI hardware manufacturers, our chambers can accommodate full-scale server racks and cooling systems.
- Advanced Monitoring: We provide detailed insights into component performance under different conditions.
- Walk-In/Drive-In Capabilities: Solid construction and modular rooms are available for large-format equipment.
250 kW
Live load testing capabilities
AESONE CONNECT
Precise remote monitoring
Lifetime Support
No automated responses, just expertsHigh-Performance Computing Test Chambers
QUANTUM WR-5246-40
Key Features
- Adjustable Airflow: Precisely control airflow patterns to simulate various data center environments.
- Front-to-Back Cooling: Ensure efficient heat dissipation and prevent overheating.
- Optimized Pass-throughs: Facilitate water cooling systems, networking, and power cabling for servers.
- Flush Floor Design: Effortlessly roll server racks in and out of the chamber for easy setup and configuration.
- RF Support: Chambers can support RF pass-throughs or bulkhead pass-throughs for reduced RF emission.
What Makes a Test Chamber Equipped to Test High-Performance Computing?
Precise Airflow Management
AES HPC test chambers environmental chambers are engineered for optimal thermal management in high-performance computing applications. Benefit from an open floor for easy equipment roll-in, and a robust variable speed airflow system delivering up to 6,000 CFM. Our strategic sidewall plenums ensure consistent front-to-back airflow, crucial for reliable benchmarking and failure analysis of your critical HPC hardware. Custom airflow configurations are also available to meet your specific testing needs.
Precision Temperature Control (101kW + Dead load)
Our chambers maintain tight temperature accuracy even under extreme dynamic loads of 101kW plus dead load. The chamber temperature stays consistent and within tight tolerances as loads vary, ensuring reliable and repeatable test results for your critical equipment. This level of control is what separates a purpose-built computing test chamber from a standard walk-in.
Scalable High Performance Environmental Testing Solution
Testing Standards
APPLICATIONS
- Stress Testing Components: Identify potential failure points before deployment by subjecting servers and GPUs to extreme conditions.
- Optimizing Cooling Systems: Develop efficient thermal management solutions by testing airflow and cooling configurations.
- Validating Thermal Design: Ensure components can handle heat generated during intensive computations.
- Accelerated Life Testing: Predict long-term reliability and uncover potential issues by simulating years of operation.
- Validation testing: Use of load banks
FREQUENTLY ASKED QUESTIONS
Have Question? We are here to help
What is a computing test chamber?
Computing test chambers are environmental testing systems designed to evaluate servers, GPUs, and other computing hardware under controlled temperature, humidity, and airflow conditions. Unlike standard test chambers, computer chamber systems handle the high dynamic heat loads (50–250kW or more) that operating computing equipment produces during real workloads..
What types of computing hardware can be tested in an environmental chamber?
Environmental chambers can test a wide range of computing hardware, including full server racks, individual servers, GPUs, AI accelerators, networking switches, storage arrays, and cooling system components. AES server rack testing chambers accommodate complete rack assemblies with live workloads, power distribution, and cooling infrastructure in place.
What is the difference between a test chamber and a burn-in chamber?
A burn-in chamber screens individual components for early-life failures at elevated temperatures, typically at lower power levels and smaller scale. A computing test chamber tests fully assembled systems under real operating loads, validating thermal performance, cooling system effectiveness, and reliability at dynamic loads of 50–250kW or more.
What chamber conditions matter most for server and data center equipment testing?
Temperature accuracy under high dynamic loads matters most for data center test chamber applications. Airflow volume and direction (front-to-back, matching actual data center configurations), humidity control, and the ability to hold setpoints as loads fluctuate are also critical. AES chambers maintain tight tolerances even at 101kW+ live loads.