Due to the demand for cloud computing worldwide, the role of data centers has expanded. Data centers are optimized with many tools and services and are now converted into smart business assets.
Worldwide, the number of data centers is growing to support the requirements of cloud service providers, enterprises, and the services we use as customers. Moreover, there are different data centers, from small data centers to content delivery and cloud computing giants like Google, Microsoft, and Amazon. As the demand for data centers grows, they will function very differently from today’s counterparts.
How Will The Next-Generation Data Center Evolve?
Shift To Edge Data Centers
Traditional cloud data centers will shift to hyper-scale data centers focusing on processing crucial tasks and long-term data storage. Not only will these data centers be compact, but they will also be located on-site or near corporations. These are called edge data centers, small facilities close to the consumers that deliver cached content, cloud computing resources, and hardware to end users.
They generally connect to more extensive central or multiple data centers. The data and services are processed as close to the end-user as possible because edge computing permits organizations to minimize latency and deliver faster services.
With so many companies physically incapable of moving closer to data centers, data centers will have to move nearer to them. These edge data centers will provide the resources to process essential information in real-time and help enterprises run effortlessly.
Many IaaS providers like AWS are developing their edge centers to provide smooth cloud services to multiple companies.
Physical Automation And Robotics For Better Data Center Management
Automation and robots simplify workflow and reduce the burden of manual maintenance. It will provide the resources more industriously. Consequently, reduced manual involvement will make operations disaster-proof and less expensive.
Security patrol robots for data centers are already in production and will likely be a common sight within five years. Autonomous Security Robots (ASR) will vigilantly perform security tasks. Robotics company FANUC has been developing compact, intelligent and faster robotics.
More Eco-Friendly Data Centers
Along with being completely automated with little manual interference, next-generation data centers are also energy efficient. The next-generation data centers use a considerable amount of energy transmitting data in the center.
With a considerable demand for data, there is growing pressure on data centers to become more environment-friendly. The next-generation data centers will include more renewable energy sources like solar energy.
Data centers in the US and Europe recycle center heat into warm water and heating for buildings and homes through community heating or water/air source heating pumps. Consequently, next-generation data centers will benefit from decreased cooling and heating costs and enhanced sustainability.
Software-Defined Data Center (SDDC)
In Information Technology, everything is virtualized, such as operating systems, storage devices, and servers, and all of this is delivered as a service. The virtualization of next-generation data centers is taking control of data centers, providing more flexibility, security, and agility. This layer gives even more incredible control of physical and virtual resources.
Some solid platforms which control new elements of the next-gen data center are Atlantis USX for storage, VMware NSX for networking, Juniper Firefly for security, and VMware IO.OS for the data center.
Multi-Layered Data Center Control
Each data center has a mixed variety of systems. Likewise, the control layer must be significantly diversified. The advanced management console incorporates APIs, so it can expand substantially to maintain the same rate of progress with the growing data center footprint.
The next-generation data centers authorize API-integrated consoles to generate large data management, data manipulation, along with distribution of resources. Also, you can compete for better multi-tenancy options and superior cloud scalability by adopting API-incorporated networking technologies.
Data Center Operating Systems (DCOS)
Data centers have an expanded demand for a comprehensive control layer. The interrelation in data centers relies on data center administration. Many providers establish data center working control layers that organize resources, virtual machines, and consumers to enhance the scaling of management infrastructure.
To achieve improved scalability, data centers are now prepared to control various essential elements, from scraps to cooling/heating systems. Moreover, the DCOS layer has extensively improved infrastructure because of its incorporation into every vital aspect of data centers.
Infrastructure Agnosticism Data Center
The next-generation data centers will include layered managing tools, logically providing resources according to workloads. This infrastructure will be acquired with an agnostic data center that allows the administration to make more effective and useful cloud outlets. The data center will become more conceptual, and infrastructure optimization can stop vendor lockdown.
Furthermore, managers can handle traffic influx while utilizing hardware and software optimization. In next-generation data centers, it will be essential to offer resources to the management layer smoothly regardless of the sort of hardware distributed, allowing clients to merge with external technologies faultlessly.
Futureproofing Cabling In Data Centers
In next-generation data centers, there is no need for point-to-point cabling. Next-generation data centers will immerse the installation expense by futureproofing their cabling, better airflow and cooling, decreased energy and maintenance expenses, and hardly any resources for discovering and fixing problems with data center cabling.
What Is The Difference Between Next Generation Data Centers and Traditional Data Centers?
Next-generation data centers and conventional data centers are quite alike in functionality. Both centers are created to support and store data and applications for a company for tasks like file sharing and storage, efficiency applications, data analytics, and e-mail.
Nonetheless, next-generation and traditional data centers divide in setup and performance. As mentioned above, next-generation data centers operate with highly progressive technology capable of efficient and enhanced performance.
These evolved data centers do not rely on hardware because they have software-controlled management. They benefit from robotics, automation, multi-layered controls, SDDC, DCOS, and more.
What Is The Importance of a Next-Generation Data Center?
Next-generation data center technology eventually is useful in many ways:
The hardware layer does not restrict next-gen data centers because of software-defined technologies; vendors can customize their data center for any possible need.
Safety and protection are always a concern for data administration, and next-generation data centers present multiple security advancements. With better automation, managers can control entry, and with solid infrastructure, data will be safeguarded.
With the support of active resource distribution and increased efficiency, a next-generation data center will produce outstanding performance. With fewer systems and interfaces, there is not much room for error.
The next-generation data center is believed to increase by 10% from 2021 to 2030. Vendors are now accepting that the market desires to advance towards a receptive approach, and the advantages of next-generation centers are significant for future development in the data center market. The next-generation data center will be critical in providing sustainable evolution.