With the surge of AI, servers have evolved from simple data processing machines into the core infrastructure of today’s intelligent era. Whether powering large language model (LLM) training, enabling real-time AI inference, or supporting edge computing, AI servers must operate continuously with high performance, reliability, and security. This poses significant challenges for both system design and validation. Even minor fluctuations in performance, power, thermal regulation, or network stability can lead to system downtime, data loss, or large-scale service outages.
To meet these demands, AI servers require comprehensive design-stage validation workflows, including robust risk management and stress testing mechanisms. These measures are essential to ensure service continuity and system integrity in AI-driven web applications.
The Next Frontier for Data Center Operators: Reliability in Hardware Infrastructure
Leading global cloud service providers (CSPs) such as AWS, Dell, Google Cloud, Meta, and Microsoft Azure are rapidly expanding their data centers to accommodate massive AI workloads. In the face of high-density deployment and rising power consumption, server systems and their supporting hardware must pass rigorous reliability validation tests. These efforts aim to minimize failure rates and extend product lifecycles—key to sustaining long-term, uninterrupted web services in the AI era.
DEKRA iST: Your Reliability Partner — Delivering Value through Product Validation.
As AI servers suffer from more and more severe challenge, especially intense heat environment, DEKRA iST, acting as an professional independent laboratory and offers completely validation solution to solve the pain points of AI server manufacturers. We have established large temperature and humidity walk‑in chambers, featuring the following highlights:
1. Large Inside Testing Space
A large inside testing space could support four 48U racks and carry out temperature & humidity operating tests, with up to 60 kW thermal load capability to stimulate operating environment of servers.
2. Multiple Power Configuration Support
Supporting both 1Ø and 3Ø electrical power configurations to ensure stable and safe power delivery during test, and adopting remote monitoring to promptly detect any anomalies in order to secure equipment and sample operation.
3. Existing PCW facility to support liquid cooling AI servers and water-cooling components during validation.
Comprehensive Reliability and Environmental Testing Capability: One-Stop-Shopping Solution!
DEKRA iST offers a comprehensive and complete validation services, includes temperature and humidity, altitude, vibration, mechanical shock, etc. Not only to simulate the possible environment products will face, but also early find the potential failures before products to the market.
Burn-in chamber
Walk-in chamber
Altitude chamber
Vibration Test
Drop Test
Packaging Test
Meanwhile, DEKRA iST listed the testing coverage by each manufacturing process level of AI Servers in following chart.
Annotations for Each Level
L5: Mechanical Structure Testing
L6: System Board Testing
L10: Server Assembly and Testing
L11: Rack‑Level Integration and Testing
AI development is redefining design specifications of data center, where “stability” and “reliability” are becoming the essential credentials for hardware products. By adopting a complete reliability tests into design validation stage early, we ensure AI computing is more stable, faster, and more secure, and reach the momentum “beyond the limits and achieve real reliability” with higher confidence.
To make all your PROBLEMS SOLVED, we provide professional consultant and service.
For more information or service, please feel free to email to 📧 sos@dekra-ist.com
