The ROI on a data center lifting device is clear. As we’ve demonstrated in the past, savings can reach into savings of millions of dollars (particularly when accident prevention is factored in).
Thought leaders in the data center space are seeing increasing demands on equipment capacity, being driven by cloud adoption and other compute-intensive initiatives. These demands affect construction, design, and engineering.
The conversation about data centers—along with data storage density, cloud and edge computing, and other highly technical concepts—is constantly evolving. There is a central topic, however, that doesn’t get equal attention. What we aren’t talking about enough are the physical challenges of the data center environment. More specifically, how changes in server rack and facility designs are affecting data center operations.
It may come as little surprise that at ServerLIFT headquarters, the majority of our conversations revolve around data center safety. It’s the reason we originally designed the ServerLIFT data center lift. No one had made anything like it before. We saw a clear need for a lift that could function effectively in the data center environment without putting anyone at risk.
A server-handling lift is an important investment for any data center. Buying the right equipment requires careful analysis of both your current and future data center space.
To compete in the fast-paced data center industry—or even to stay afloat—requires professional operations. To that end, DC owners and managers focus primarily on technology,
Historically, the data center industry has been resistant to stagnation. Year over year, it sees tremendous growth and advancement. The Cisco Global Cloud Index shows
올바르게 실행 된 데이터 센터 통합 실행 계획에는 운영 비용을 줄이면서 생산을 늘리는 데 활용할 수있는 효율적이고 확장 가능한 기술이 요약되어 있습니다.
