Data Center Infrastructure Market

Source: Secondary Research, Primary Research, Market Research Future Database, and Analyst Review

These data centres are particularly designed to be compatible with an organization's unique corporate applications and procedures, and they can be situated on or off-site, depending on considerations such as power availability, water accessibility, connectivity, and security.

If the primary element fails or the staff removes the part for planned maintenance, N+1 redundancy assures that an alternate component begins running. Tier 3 data centres must also have a backup plan in place to keep operations going in the event of a local or regional power loss. The facility must ensure that equipment can be used for at least 72 hours after an outage. When compared to lesser grades, Tier 3 installations have a considerable increase in availability. Clients that use tier 3 data centres can expect up to 1.6 hours of outage per year.

DCIM providers enable telecom operators to accurately monitor and manage their assets, energy consumption, and related workload through capacity management, power management & planning, cooling management & simulation, monitoring & alarming systems, cable management, integrated asset management, energy consumption analysis, and billing solutions.

With the introduction of new technologies such as 5G, IoT, virtual and augmented reality, and AI/ML, the telecommunications business is developing to meet large data processing and low latency requirements. Telecom data centres are also undergoing transition to meet the demands of large data volume and low latency. With smart cities, home and industry automation, over the top (OTT) services, and intelligent transportation, the consumer and corporate environments are fast altering. There is a recurring theme: data is everywhere and rising at an exponential rate.

The first-generation networks were analogue and limited to voice communication; 2G introduced digital communication; 3G offered video and mobile data; 4G enabled high-speed access; and 5G promises tremendous bandwidth with reduced latency. Telecom businesses have engaged in several technological transitions throughout the years in order to expand network capacity, cut costs, and improve adaptability. The data centre revolution is important here because proprietary physical equipment are rapidly being replaced by virtualized and cloud-based systems.

The North American data center infrastructure market area will dominate this market, The demand for new data center infrastructures in the area is being driven by the growth of mobile broadband, cloud computing, and big data analytics. Additionally, the growing popularity of cloud computing among businesses in North America due to falling server prices is anticipated to increase demand for DCIM during the forecast period. In the US, the market for data centers in the West is established and developed.

The high connectivity and proximity to IT hubs in the area will benefit data center operators, making it a wise investment. The industry in California comprises about 90% of digital businesses, including cloud service providers and other IT and technology firms.

Europe’s data center infrastructure market accounts for the second-largest market share due to its importance as a global center for technology. A revolution is occurring in the local enterprise technology market due to the growing adoption of 5G, Virtual Reality, and Artificial Intelligence. Further, the German data center infrastructure market held the largest market share, and the UK data center infrastructure market was the fastest-growing market in the European region.