Data Center Upgradadation

Data Center upgradation improves the IT capabilities of the said data center. Upgrading outdated legacy data centers strengthens security, reduces operating costs, increases resilience, and raises performance while reducing downtime.

Renovating and modernizing old data centers can reduce the cost of outsourcing or developing a new asset while enhancing security, productivity, and environmental impact. An existing data center upgrade could cost 50% less than a new construction project while providing the same benefits.

With around 4.66 billion active Internet users worldwide, the amount of data generated daily is unimaginable. In this revolutionized era of digitization, businesses now allow staff to work from home instead of the company premises, increasing internet usage. Customers continue to use internet services as convenient. Data centers are specifically designed to handle the increasing volume of internet traffic, which shows no signs of decreasing. 

Why is there a need for data center upgradation?​

Data center technology is continuously evolving. Therefore, upgrading gear will be less expensive than setting up a new one. However, unplanned and repetitive equipment upgrades can cost much more money in the long run. A typical data center upgrade means replacing core assets, including processors, drives, network cards, and, ideally, the operating system.

Businesses may be able to keep using existing data centers by identifying and correcting the reasons due to which they operate poorly. Most data centers operate below capacity; a renovation or upgrade would enable better hardware cooling and an increase in power supply to the installed equipment.

Administrators must make several critical decisions before beginning a data center upgrade. This must be done without interfering with regular operations. Data center upgradation and management is expensive, time-consuming, and hazardous as compared to migration/deployment on the cloud, but businesses that have infrastructure/security limitations, must stick to on-premise data centers.

data center upgradation Example

A data center upgrade is similar to a home repair project because it requires careful planning, money, and skill to avoid harming the existing infrastructure. However, there is an option to forego the renovation and move into a condo with homeowners’ association costs.

 

 

The Need For Data Center Upgradation
The Need For Data Center Upgradation

The Benefits of Data Center Upgradation​

Reduced operational costs​

Newer and efficient equipment takes less power to cool resulting in lower energy costs. Advanced systems have fewer faults and glitches and are easier to use which results in lower maintenance costs.

Increased security​

An economical, modern data center has more structural strength with fewer gaps and vulnerabilities. Hackers need more time to uncover backdoors to penetrate the security measures.

Reduced system downtime

Original equipment manufacturers (OEMs) devote limitless financial and human resources to fix flaws in their hardware that can lead to failures or downtime. End users pay mainly for a data center service with zero downtime. Depending on the business, hundreds or thousands of users are active on the website or an application which in case of downtime would result in heavy losses. Hence, data center upgradation supports minimum downtime of services, adding on to the advantages.

Application Performance ​

Traffic patterns across data center networks are drastically changing due to the emergence of microservices and container endpoints. Vendors are resorting to leaf-spine architecture solutions that support performance and scale to respond to the proliferation of applications. Data Center upgradation using advanced technologies and hardware solutions can improve application performance, scalability, and faster deployment.

Data Center Upgradation Checklist​

Create a Strategy​

Notify everybody who might be impacted if you renovate an existing property. Organizations can save time and money by hastening the upgrade procedure with the assistance of contractors. Companies don’t want to take the IT staff away from their regular responsibilities. Ensure that contractors work cooperatively with other teams and know their position in updating the current system.

Identify the Challenges​

Companies must first inventory and figure out the current state of their equipment before upgrading the IT system. 

  • What are the cooling requirements?
  • How much energy does the equipment use?
  • What impact will the new technology have on the existing setup?
  • What condition is the existing infrastructure in, and how will the new machinery fit in?

Risk Mitigation ​

Conducting an effect analysis (examines the ways in which an equipment can fail) is crucial when choosing to upgrade a data center. The first thing to consider is to figure out how it will impact the company’s productivity. Planning in this way is beneficial for business continuity. Organizations try their best to keep the data center orderly and clutter-free as it prepares to become a work area.

Hardware​

Information technology’s rapid performance and storage capacity advancement has been a critical enabler for many years. All computer systems, from smartphones to enormous data centers, are now renewable energy-limited because of the termination of voltage scaling in semiconductor devices.

Software​

Large corporations, both domestic and foreign, use the benefits of cloud computing (CC) to store data, software, and applications. Cloud computing however, requires complex and sophisticated software, which raises environmental issues as data centers consume significant energy.

Most of the time, energy is wasted, necessitating alternate techniques to lower carbon emissions in CC environments. From a software perspective—by monitoring the energy usage aspects of cloud-based applications, improvement in energy efficiency can be achieved.

 

Data Center Upgradation Process
Data Center Upgradation Process

Go Green

Data center power usage can be minimized by improving equipment efficiency to meet energy demands. Data centers using up to 2% of the world’s electricity, which results in billions of dollars and massive carbon emissions.

A pledge should be made to use the most environmentally friendly solutions possible to upgrade, upkeep, and maintain data centers. This is the only feasible and modern way to run a green data center effectively.

Data Center upgradation means a business can confidently meet future growth expectations in new applications as containers, microservices architectures, serverless, machine learning, and AI become more pervasive. Automate processes and modernize infrastructure to get the most out of your data center investment with Arcana. Arcana offers data center upgradation in three aspects: data, storage, and network. Our data center solutions include; Data Center Strategy, Datacenter Managed Services, and Datacenter Modernization. 

A modern data center provisioned with secure and service-oriented architecture is a key component of our concept of a modern enterprise. To assist clients, Arcana has created a hybrid architecture offering strong automation and process frameworks that lowers the total cost of ownership (TCO) and improves operational excellence. For more information, visit Arcana.

Arcana Services

Modernization Strategy

Identify the best strategy for application modernization to achieve goals like optimization, security, and scalability.

Apps and Microservices Development

Arcana develops cloud applications following agile development methods and strategies to ensure the use of microservices and advanced APIs.

Container Adoption

Arcana offers containerized solutions for the deployment of modern and advanced distributed applications.

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Application Modernization

Data Center Upgradation

Data Center Upgradadation Data Center upgradation improves the IT capabilities of the said data center. Upgrading outdated legacy data centers strengthens security, reduces operating costs,

containerisation

Containerization

Containers are now the standard compute unit for contemporary cloud-native apps since they are more portable and resource-efficient than virtual machines (VMs).

Api Integration

API Integration

An Application Programming Interface is an interface that provides smooth connectivity and communication between two or more software applications.

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