With the ability to quickly scale without linear add-on costs, hyperscale data centre infrastructure changes every aspect of the industry. In this digital age, businesses need to make real-time decisions for enhanced efficacy. From booking online cabs to ordering food and internet banking, consumers are rapidly shifting their preferences from offline mediums.
Since all such factors are responsible for an increased operational speed of businesses, traditional systems may not be able to handle massive IT operations. The demand for robust IT infrastructure with quick scalability to accommodate increased requirements and vice-versa grew which led to the rise in the need for hyperscale data centre infrastructure.
Hyperscale signifies the capability of an IT system infrastructure to scale exponentially in response to increasing demands. Given the growth of the digital era, hyperscale data centre infrastructure is only bound to dominate the industrial trends and designs. A report suggests that the hyperscale data centre market is expected to reach $65 billion by 2025 at a CAGR of 19% for 2019-2025. According to the report, the Asia Pacific market is projected to exhibit a year over year growth of 24% over the forecast period. Many sectors like IT, telecom, and networking are driving the market towards hyperscale data centre infrastructure.
Let us look at some significant ways on how hyperscale data centre infrastructure is reshaping IT by considering some key parameters:
Modularity
Enterprises can take a step-wise approach to plan their data centre infrastructure with a Lego-like approach. It means organizations can replenish individual physical components and layout their data centres infrastructure as per requirements. This approach helps adapt organizations progressively to a more agile and flexible design, suiting current short-term needs while staying on the long-term goal. However, modern colocation facilities offer modular infrastructure facilities that provide scalability and flexibility as per needs.
Redundancy
Due to modular data centre infrastructure, such service providers can replace physical components to optimize efficiency and reduce downtime. It also gives extreme flexibility in scaling infrastructure. For instance, an application can be moved from one place to another without downtime during a server fail. It helps in sustaining a high level of system availability since there is no single point of failure. Further, you can analyze different points of failure, especially when significant components are causing the issue.
Reduced Downtime Cost
Downtime can cause a catastrophe in this modern digital age where it can burn millions and billions of an enterprise’s wealth. With the automation of data centre infrastructure, it can be reduced as human errors cause most data centre power outages. Hyperscale data centres have an efficiently automated infrastructure that helps avoid such human errors, thereby saving downtime costs to enterprises.
Energy Savings
From using artificial intelligence in data centres to minimizing energy costs and losses to using the latest techniques like liquid cooling or chiller-based cooling, hyperscale data centres are setting standards for power saving. Optimized overall processes contribute significantly to the factor.
India’s Hyperscale Data Centre Market
Hyperscale data centres are clearly redefining the landscape of future data centre infrastructure. With quick and easy scalability. A hyperscale data centre is changing every aspect of the industry without any additional linear costs. From infrastructure design to setting standards for energy efficiency, hyperscale data centres are embarking on a new dawn.
Major players in India are also investing heavily to automate and optimize processes with hyperscale data centres. STT GDC India is one of the country’s leading colocation data centre providers that offers many facilities like power redundancy, modular infrastructure design, latest cooling techniques, and various others. Their data centre facilities are spread across 2.5 mn sq. ft. across eight different cities and the data centre infrastructure is built to support hyperscale or high-density computing needs for mobility, e-commerce, IoT, cloud, and big data.
With the expulsion of data, the industry is looking forward to becoming more efficient while maintaining service quality standards.
