This Q&A brings together contributor questions and expert answers relating to Uptime Institute Intelligenceβs Five data center predictions for 2023 report.
Uptime Intelligence finds that operators and vendors face major delays in the supply of equipment, and are increasingly dissatisfied with their suppliers.
Data center operators and IT tenants have traditionally adopted a binary view of cooling performance: it either meets service level commitments, or it does not. The relationship is also coldly transactional: as long as sufficient volumes of air ofβ¦
Standard IT hardware was a boon for data centers: for almost two decades, mainstream servers have had relatively constant power and cooling requirements. This technical stability moored the planning and design of facilities (for both new builds andβ¦
Direct liquid cooling delivers operational savings and sustainability benefits. Most data center operators predict a substantial increase in adoption - and yet, concerns over the cost, leaks, and system failures persist.
A rapid rise in the concentration of processor thermal power will have far-reaching consequences, not only for servers but for facility design and operations.
Shifts in business expectations and technical requirements are moving data center operators towards direct liquid cooling. There are hurdles to overcome, but many in the industry expect this evolution to be just a matter of time.
Uptime Instituteβs data on power usage effectiveness (PUE) is a testament to the progress the data center industry has made in energy efficiency over the past 10 years. However, global average PUEs have been largely stalling at close to 1.6 sinceβ¦
Once-through water heat rejection systems, also known as once-through cooling systems, are energy and water efficient. This report explores different designs and provides real-world case studies of colocation providers using them.
Edge computing is expected to require large numbers of small-scale data centers located close to their end-users. This report profiles suppliers of different types of small-scale edge facilities and their products and services.
Air cooling dominates the modern data center, and in defiance of forecasts, direct liquid cooling (DLC) remains a niche technology. If DLC overcomes barriers to adoption, when can we expect it to overtake air cooling?
The survey finds spending on data centers is growing; forecasting capacity is the largest operator challenge; and the use of lithium-ion batteries and other technologies is more common.
With the recent expansion of the American Society of Heating, Refrigerating and Air-Conditioning Engineersβ (ASHRAEβs) acceptable data center operating temperature and humidity ranges β taken as an industry-standard best practice by many operatorsβ¦
Recently I attended the Data Center Dynamics (DCD) Smart Energy conference in Stockholm. During a panel discussion on energy, data centers and innovation, David Hall (Senior Director of Technology Innovation for Equinix) made two observations,β¦