本白皮书探讨了推动这一演变的驱动力，研究了多个行业的新兴案例，并概述了用户在将KVM作为更广泛运营战略的一部分进行评估时需要考虑的关键因素。
This paper emphasizes best practices for powering modern AI racks, focusing on intelligent rack PDUs, including updated sizing guidelines for outlets and branch circuits, power quality monitoring, and infrastructure scalability.
As data centers increase in scale and complexity, monitoring power loads for residual and leakage currents becomes crucial to ensure electrical safety and reliability. Residual Current Monitoring (RCM) identifies these harmful currents before they pose a safety risk. It plays a vital role in safeguarding infrastructure, minimizing downtime, reducing unplanned outages, and preventing electrical hazards.
As data center energy consumption is expected to rise by up to 165% by 2030, how is the industry preparing to address this growing demand? This report, sponsored by Raritan and Server Technology, reveals how operators are tackling power resilience, managing AI-driven workloads, and upgrading infrastructure in 2025.
This white paper details how a high-performance KVM-over-IP transmitter and User Station receiver solution can revolutionize your AV workflows, enabling seamless remote access to critical applications without compromising performance. Learn how to overcome the challenges of latency and bandwidth in a flexible, cost-effective way.
This industry brief reveals cutting-edge approaches, opening possibilities for designing and building data centers for AI, machine learning, neural networks, deep learning, and generative AI applications.
This whitepaper delves into the heart of this challenge, giving data centers a guidebook to the rack-based power quality and power distribution tools they need to support evolving high-density power requirements.
Rising power demands and the increased capabilities of rack PDUs, combined with the global initiative of reducing carbon footprints, make measuring all aspects of rack power critical in supplying high-quality power reliability.
Electrical power is the lifeblood of the data center. A stable source of clean power must be present for any data center. But the very equipment that runs in the data center is often the cause of power quality problems experienced throughout that data center.