7 Ways to Save Money on your Data Center

data center

Today, data centers are weighed down by greater IT demands. Throughout the process, administrators are already heavily tasked with running a multi-tenant and high-density platform with as few problems as possible. This means having to control workload, power and cooling, among other factors.

It is important to make some changes to be more efficient with energy and cooling resources, both of which have a direct impact on your financial resources. Therefore, to save money on your data center, you will need to manage your energy and resources to be more efficient.  Here are 7 ways to save money on your data center.

1. Remember Time is Money

A faster system will help save time, and time is money no matter what your company does. With flash, companies can potentially double the number of transactions performed in any given day. Beyond doubling the capacity of your workload, faster speeds mean the work is completed faster, which makes customers and employees alike happier overall.

From analytics to databases and more, being able to provide a fast experience to customers is the first step in saving money and time alike. Having flash-fueled data centers can improve performance significantly, making it easy to see the worth in developing a modern infrastructure for IT.

2. Get Useful, Valuable Equipment

Making your system faster isn’t the only way to get a big return on your investment. You can also extend the longevity of your data center by deploying basic, affordable virtualization and caching solutions.

Such technologies also make use of flash to ameliorate an existing architecture; it does this by balancing workloads across the data center in a uniform way to prevent bottlenecks. These technologies put to work any underused CPUs and helps you run the architecture as efficiently as possible. Not only this, but caching and virtualization also help improve energy efficiency, which only further improves savings.

3. Scale In and Up

In a legacy architecture, a company will normally add new disks and servers to provide better performance. Scaling out may have worked before to help satisfy the growing user, but the costs are too extreme now. IT professionals have been forced to maintain bigger, more complex systems all around.

By using PCIe-enabled flash memory, companies can instead choose to scale in and up rather than out. In fact, it is even possible to shrink the size of your data center, leaving behind fewer footprints and paying less for infrastructure while still improving customer experience and overall performance.

4. Reduce Energy to Reduce Overhead

Scaling up to optimize efficiency also gives your company the ability to go green and save even more. Energy Star says that companies could save over 50 percent of data center costs just by providing a few virtualization solutions to improve utilization rates. This reduces the amount of energy that is consumed, which reduces the requirements for cooling the hardware, which naturally means paying less for the infrastructure up front and over time.

This report also estimates that about 90 percent of all the x86 industry-standard servers in the corporate world are operating at under 10 percent than the full potential that they could be — that makes it clear that virtualization is an excellent way to help these architectures reach their maximum potential.

Though there can be some poor performance with virtualization if traffic spikes, an enterprise can alleviate the concern by including some PCIe-enabled flash acceleration to the hardware. By doing this, the IT professionals ensure that the company can take full advantage with little investment.

Flash is doing an excellent job reducing legacy architecture needs in a data center as well. A typical disk drive will use more energy than a flash storage solution would. Because of this, flash systems need fewer cooling systems, which further compounds the savings for your data center. In fact, such systems use up less energy, which makes it the best place to offer better performance.

5. Use Power Management Features

The CPU uses more than 50 percent of the power needed to run a server. Chip manufacturers are doing their best to develop better chipsets that use less energy, and quad-core technologies do well to process bigger loads with less power. Still, there are ways to reduce how much power the CPU uses.

Many CPUs have power management feature that balance power use by switching across different states depending on how the CPU is utilized — all without needing to reset the CPU at any point. When the CPU runs low, then the power ratchets down and lowers the voltage since peak performance is not yet required. Power use adapts to performance without affecting it.

6. Virtualization Storage

Applications are somewhat inefficient across numerous systems as each one requires its own dedicated server. Platforms consume much power, but they don’t do much work for the money. Using virtualization solutions lets you aggregate the storage to one shared platform while maintaining separate operating systems for your applications.

This is not a solution that will work for everyone; your data center may already be designed to handle periodic loads of traffic. If such, it’s par for the course that you’ll have idle hardware from time to time. However, virtualization is a good option for most centers.

7. Conduct Regular Energy Audits

Too many data center managers aren’t sure how efficient their equipment should be, nor do they have a good vision for improving such efficiency. There are plenty of opportunities that are quickly being overlooked to reduce costs on your data center. Conducting an energy audit can help here.

How much of the power budget goes to the systems? How much for support systems? How much output do you receive per kilowatt-hour of power delivered to an IT system. These questions help give you an idea of how much power you pay for productivity, such as transactions processed or website pages displayed.

As culture continues to evolve by connecting society with technology, it will only become more important to maintain cost-efficient data centers.


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