「Trend Insight」How AI and Green Energy Are Transforming the Selection of Server Racks

 

Traditionally, server racks have been viewed as simple “boxes” that protect servers or storage cabinets that hold network switches—often a low-cost item in engineering budgets.

 

However, with the rapid expansion of hyperscale computing centers, the adoption of generative AI in enterprise applications, and ESG-driven net-zero carbon regulations becoming mandatory requirements, telecom, networking, and data center infrastructure are undergoing a major transformation.

 

As a core infrastructure component in telecom sites, base stations, and data centers, server racks now directly impact system stability, maintenance efficiency, and the return on investment of future AI computing capacity. As a result, the role of server racks has fundamentally changed—they are no longer passive enclosures, but strategic assets that enhance overall project competitiveness. Selecting high-quality racks now delivers tangible operational and business value.

 

Whether you are a business decision-maker, a technical leader responsible for system architecture, or an on-site engineer managing installation and maintenance, we are all standing at a critical crossroads of technological transformation.

 

Understanding the ANSI/EIA RS-310 Standard

Before selecting a server rack, it is essential to understand the core industry standard: ANSI/EIA RS-310.

 

This is the internationally recognized standard defining the 19-inch rack format. It is not a certification program, but a foundational manufacturing specification that ensures standardization across data center equipment such as servers, network switches, and racks.

 

The ANSI/EIA RS-310 standard guarantees 100% physical compatibility among 19-inch products manufactured by different vendors, making it a universal technical language for the global IT infrastructure industry. Therefore, when selecting a 19-inch rack, it is critical to verify that it is manufactured based on the ANSI/EIA RS-310 standard.

• Breakdown of the Standard Name

• ANSI: American National Standards Institute, a non-profit organization responsible for developing U.S. national standards to ensure consistency in technical specifications.
• EIA: Electronic Industries Alliance, the organization responsible for defining physical standards for electronic equipment (later succeeded by ECA).
• RS-310: The specification number of the technical standard.
• C / D: Indicates version evolution. The final version was RS-310-D. The latest revision under EIA/ECA became EIA/ECA-310-E. These organizations have since been consolidated into ECIA

 

Key Indicators in Server Rack Certification

When evaluating rack quality, certification should not be interpreted as “the more, the better.” The most important factor is whether the certification tests align with real-world operating environments and application requirements.

 

For example, in Taiwan—a region with frequent seismic activity—the structural strength and vibration resistance of server racks are critical long-term evaluation factors. In addition, with the increasing demand for high-density configurations in modern data centers, load-bearing capacity has become another key indicator, determining the total safe weight and number of devices a rack can support.

 

Under the combined pressures of growing AI workloads and environmental volatility, vibration resistance, structural integrity, and load capacity will become even more critical performance metrics.

 

The purpose of certification is to help buyers quickly understand product quality and functionality

 

EA-HWA indoor server racks are not designed with IP20 certification, as IP ratings primarily apply to dust and water protection for outdoor environments. For reference, IP20 indicates protection against solid objects larger than 12.5 mm (e.g., fingers), but provides no water resistance.

 

In addition to standard indoor rack manufacturing, EA-HWA also offers custom outdoor enclosure solutions, including wall-mounted outdoor cabinets designed and manufactured by EA-HWA. These products have been tested by third-party laboratories and certified to IP56 protection standards.

 

For IP56:

• The first digit “5” indicates protection against dust ingress, allowing limited dust penetration that does not affect normal operation (tested with 75-micron talcum powder exposure).
• The second digit “6” indicates protection against strong water jets from any direction (100 liters per minute at 100 kPa pressure), ensuring no water ingress into the enclosure.

For more detailed specifications, please visit the EA-HWA official website or contact our sales team.

 

From Physical Infrastructure to High-Performance Computing Ecosystems

The evolution of server racks is, in essence, a continuous battle for maximizing space utilization and thermal efficiency. From the early generation of heavy, bulky enclosures to today’s refined and highly specialized designs, and from standardized structures to application-specific rack systems, this progression reflects the broader technological revolution in computing efficiency.

 

As digital transformation accelerates, server racks play an increasingly critical role in IT infrastructure. Data center operations require stricter control, while advancements in 5G and automation continue to reshape operational workflows—including rack management itself. To improve key management and operational efficiency, EA-HWA has introduced remote dynamic authorization and a “non-repudiation” audit logging system. In recent years, in collaboration with WAFERLOCK, EA-HWA has developed electronic-lock server racks, transforming traditional static storage into secure, accessible IT endpoints. This ensures that high-value AI assets benefit not only from high-performance computing but also from real-time physical security alerts and fully compliant cybersecurity audit records.

• Edge Computing & Micro Data Centers

In the era of AI and IoT, computing architectures are shifting from centralized cloud systems to distributed edge computing models. Edge computing functions like the human nervous system’s reflexes—processing data closer to where it is generated, enabling ultra-low latency and real-time responsiveness. This shift is driving the rapid development of micro data centers and edge facility infrastructure.

 

Due to limited space and complex deployment environments, aluminum structures have become increasingly valuable in edge applications. Their lightweight properties enable faster installation and single-person deployment, while also reducing structural load risks on wall-mounted installations. To support this trend, EA-HWA offers both traditional steel wall-mount racks and newly developed multi-functional aluminum wall-mount rack solutions.

 

The aluminum design significantly improves thermal performance and installation efficiency. With a thermal conductivity of approximately 237 W/m·K for aluminum compared to 80 W/m·K for steel, aluminum delivers substantially better passive cooling performance, making it an ideal material for edge computing environments.

 

This product line has already been introduced to market through early adoption partners, providing a lightweight and versatile infrastructure solution for distributed computing environments.

• Liquid Cooling & High-Density AI Computing

As AI computing power moves toward the megawatt era, traditional air-cooling systems are approaching their physical limits. To balance higher thermal performance with reduced power consumption, liquid cooling technologies have become a major industry focus.

As a critical component of liquid cooling systems, manifolds precisely distribute coolant through controlled flow and pressure regulation, delivering cooling fluid directly to high-power-density chips. EA-HWA has developed customized integrated liquid-cooling manifold rack systems for various industry partners, supporting next-generation AI infrastructure requirements.

• Open Compute Project (OCP) & Scalable Data Center Design

To enable standardized, low-cost, and scalable data center deployment—similar to modular building blocks—the Open Compute Project (OCP), initiated by Facebook (now Meta), has become widely adopted, especially in hyperscale data centers.

 

OCP rack designs break away from traditional standards, extending internal width to 21 inches and integrating busbar power distribution systems, enabling high-density computing and optimized AI power delivery architectures.

 

EA-HWA manufactures OCP-compliant racks based on the latest OCP ORv3 specifications, and also offers optional customized integration of liquid cooling manifold systems.

 

For more product specifications and technical details, please visit our product page below or leave us a message through the inquiry form in the top right corner of our website. Our team will respond promptly to your request.

 

【Event Invitation】Meet EA-HWA at COMPUTEX 2026 Taipei

Would you like a closer look at how OCP ORv3 specifications can help build earthquake-resistant, high-efficiency, and liquid-cooling-ready data center racks? EA-HWA sincerely invites you to visit us at COMPUTEX 2026 Taipei, taking place this June.

 

From June 2 to June 5, we will showcase our latest OCP rack solutions at:
Taipei Nangang Exhibition Center, Hall 2 – 1F, Booth Q1010

 

Visitors will have the opportunity to experience:

• High-strength rack structures
• Electronic lock
• Cooling solutions
• Open discussions with our engineering and integration team

 

To schedule a meeting or learn more about our solutions, please contact us through the Contact Us page on the EA-HWA website.

 

We look forward to connecting with you and building the next generation of AI and data infrastructure together.

 

(Photo above: Live booth photo from COMPUTEX Taipei 2025)

 

Choose a Trusted Partner.
Build a Sustainable Infrastructure Future.

As 5G deployment and AI computing continue to accelerate, every piece of data infrastructure must be carefully planned, installed, and maintained. While racks themselves may represent only a small portion of project costs, they carry the critical responsibility of protecting valuable equipment and data.

 

At EA-HWA, we are more than a hardware supplier — we are a long-term infrastructure partner. Through diversified product integration, reinforced structural designs, and responsive collaboration support, we strive to create added value for our partners and contribute to the development of more reliable, scalable, and future-ready infrastructure systems.

 

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Additional Information

EA-HWA would also like to express our sincere appreciation to TTEIA for the opportunity to have much of this article featured in the association’s May industry publication. We are honored and grateful for the recognition.
For more professional telecommunications and infrastructure-related articles, please visit the TTEIA website and digital publication platform:
https://www.tteia.org.tw/magazine/
chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://www.tteia.org.tw/magazine/index.php?download_id=1598

 

COMPUTEX 2026 Taipei

EA-HWA Booth Location Information

https://www.ea-hwa.com.tw/news-ndetail-1-65.html

 

Please visit the EA-HWA official website for booth maps and exhibition details.

 

 

 

Published: May 26, 2026
Author: EA-HWA_Maxine