Businesses evolve and so do the demands and challenges of their IT infrastructure. Data centers in New York City face many challenges during this evolution.
Its objectives are met with a wide array of challenges including capacity, efficiency, and performance while considering budgetary limitations.
To address these demands, IT personnel have directed their attention to data center management in order to design and deploy efficient data center infrastructure.
Best practices are important to follow while implementing the below new strategies. Building and maintaining data centers have proved to follow the best practices but they face challenges while scaling up.
With greater customization and large spaces, complications arise and traditional methods start to crumble.
New integrated solutions are scalable, flexible, and can be implemented quickly, often in narrow spaces without any IT support.
Co-location: Meet your hybrid IT requirements with co-location, which is easily scalable and adaptable.
Interconnection: Achieve virtual or physical data center connectivity to extend your network.
Experts: Xperteks works with you at every step of the way to strengthen your data center ecosystem.
Call 212.206.6262 today!
Recognizing Data Center Challenges
According to a recent Gartner study, the leading data center challenges faced by businesses are as follows
- Keeping up with growth
- Mitigating network connectivity issues
- Maintaining system performance
- Effectively managing data center infrastructure
- Minimizing power, space, and cooling costs
3 Ways You Can Maximize Data Center Performance With Xperteks
1. Maximize the Return Temperature at Cooling Unit
Heat density continues to rise with dense configurations, server consolidation, and virtualization.
Managing airflow becomes a challenge. Adopting an airflow management strategy is critical to maximizing efficiency and minimizing hot-spots.
Precision cooling systems (row-based) are ideal for heated data-centers because they are equipped to handle a huge heat load.
Solutions such as Liebert CRV precision cooling strategy uses intelligent controls to dynamically scale up capacity and performance.
2. Match Cooling Capacity With IT load
With virtualization, today’s computing power offers dynamic output and utilization. To maximize the efficiency of data centers, the precision of cooling units should match the dynamic requirements of IT.
Temperature sensors, variable frequency drives, and digital scroll compressors play a vital role in connecting and controlling the systems.
Your data center’s cooling capability should match the load. It prevents overcooling during downtime.
3. Design For Flexibility
Modular design helps in managing data center infrastructure that experiences ups and downs in capacity needs.
Every component of the physical infrastructure is virtually available in a modular design.
UPS system is one of the examples of modularity in infrastructure equipment planning.
Modularity of infrastructure equipment improves speed, and cost of deployment when adding capacity.
Data centers in NYC face a new challenge today! They cannot be addressed traditionally and sometimes even the best practices fail to give an answer.
Intelligent integrated systems have proved to offer significant gains in energy and space utilization as compared to traditional methods.
Such savings can directly be attributed to the benefits of pre-configured data center solutions as well as the best practices followed during the configuration of such systems.
For optimum solutions such as those explained above, contact Xperteks today at 212.206.6262!