AVOA: Leading the IT Evolution

Tim Crawford

Subscribe to Tim Crawford: eMailAlertsEmail Alerts
Get Tim Crawford: homepageHomepage mobileMobile rssRSS facebookFacebook twitterTwitter linkedinLinkedIn

Related Topics: Cloud Computing, Datacenter Automation

Blog Feed Post

Could Data Centers Become Black Sheep?

The root question is not whether a data center is required. The obvious answer is: Yes!

Could they? Could it be out of Vogue to operate your own data center? Current developments in Corporate Social Responsibility and a maturing data center marketplace are starting to drive these changes.

For many, this could be a discussion about the pink elephant in the room. Data centers have been, and continue to be a requirement for businesses around the world. We rely more heavily every day on systems and the applications they run. Those applications run on servers and use storage subsystems; all of which are connected with networking devices. Collectively, we call this the “IT Load” for a data center.

The root question is not whether a data center is required. The obvious answer is: Yes! The real question is: Do I need to operate my own data center? But we will get to answer that question in a minute.

Data Center Energy Consumption
Data centers are consuming a larger percentage of the world’s energy every day. Our growing appetite will continue to take a toll on natural resources. In 2007, the EPA issued (for some) an eye-opening report on data center consumption and potential areas of efficiency.

While the report is a bit dated (2007), the core data still holds true today. The majority of the report is focused on projections and potential areas of efficiency. In 2011, Jonathan Koomey issued an updated report on the findings.

In his report, he noted that data center power consumption did not grow as strongly as the EPA projected. By 2010, global data center energy consumption hit 1.3% while in the US that number rose to 2%. Those are still very significant numbers.

What is Missing?
To add more fuel to the figures, a significant number of “facilities” are missing. Most notably missing from these findings is the energy consumption by the myriad of smaller “data centers”. While many would not call them data centers, they still serve the same purpose of housing servers, storage and networking equipment.

These are smaller closets, rooms and labs. It may be as small as a server and switch under a desk to a rack or two of gear in a closet to a 1,000 sqft room. It is much harder to pin down the power consumed by each of these smaller locations. If you consider that these are the common solution for Small and Medium Businesses (SMB), the aggregate consumption is significant.

Potential Impact
Increasing the efficiency of the physical data center is a great start. There are many opportunities to improve the efficiency of power and cooling systems. People have focused on increasing the efficiency of power and cooling systems for years. Many of the solutions are simple to implement and make a significant impact. While others take quite a bit of work, expertise and money. And there are many brilliant minds around the world that are currently working on this very challenge.

However, the largest potential impact may come from the IT load itself. For the majority of IT loads, the equipment is not used efficiently. Server, storage and network utilization figures are much lower than they could be. Servers are designed (from an energy perspective) for high utilization. One look at the power supply power curve for a server supports this. On the server, processor utilization rates commonly peak at 20-30% with average utilization in the 5-10% range. In addition, the current implementation rates for virtualization are still relatively low. The latest figures suggest that as many as 50% of servers are virtualized. Anecdotally, that figure still seems high. Regardless, pushing the implementation of virtualization to 80%+ would significantly reduce the overall power consumption…for the same IT workload.

Imagine reducing the US power consumption by a full 1%. The impact could be that significant.

Strategic and World-Class Expertise
Now back to the root question: Do you need to have your own data center? Before answering, two other questions will shed light on the answer. Is your organization in a position to operate your data center (100,000 sqft facility, 5,000 sqft room, closet, lab, etc) at a world-class level? Asked a different way: Is your organization willing to make the investment of installing a team of people to operate a world-class facility where it is their whole job, not just a line in the job description? Second, is operation of a data center strategic to your organization? We already covered that data centers are vitally important. So is electricity. Are you willing to make the investment in operating a data center that is unique and provides an advantage from your competition? Or are there alternatives that better fit the strategic direction of the organization?

The Solution
If you set personal beliefs, cultural norms and inertia aside, for most, the answer to these questions is no. There are viable alternatives today that offer the economics, flexibility and responsiveness. And the alternative data center providers do employ teams to ensure their facilities are world-class. Only those few with large-scale requirements or the uncommon corner case will still need to operate their own data center.

Cloud computing is just one of many ways to accomplish these objectives. Startups and others are already heading down this path unencumbered by cultural norms and inertia. The challenge for established organizations is how to effectively turn the corner.

Bottom Line: Most organizations are not in a position to efficiently operate a world-class data center and should look at alternative solutions. The data center provider market is mature and competitors are already heading down this path.

Read the original blog entry...

More Stories By Tim Crawford

Tim Crawford is ranked as one of the Top 100 Most Influential Chief Information Technology Officers (#4), Top 100 Most Social CIOs (#7), Top 20 People Most Retweeted by IT Leaders (#5) and Top 100 Cloud Experts and Influencers. Tim is a strategic CIO & advisor to CIOs, large global enterprise organizations across a number of industries including financial services, healthcare, high-tech and major airlines. Tim’s work differentiates and catapults organizations in transformative ways through the use of technology as a strategic lever. Tim is an internationally renowned CIO thought leader in the areas of IT transformation, Cloud Computing, Data Analytics and Internet of Things (IoT). Tim has served as CIO and other senior IT roles with global organizations such as Konica Minolta/ All Covered, Stanford University, Knight-Ridder, Philips Electronics and National Semiconductor. Tim’s extensive experience includes strategic planning, organizational development, governance, program and portfolio management that aligns with business strategy. Additional experience includes mergers and acquisitions, business development, strategic sourcing, compliance, information security and risk management. Tim serves on the Board of Directors for Modius and on the Advisory Board for CloudVelox. Tim holds an MBA in International Business with Honors and a Bachelor of Science degree in Computer Information Systems both from Golden Gate University.

Comments (0)

Share your thoughts on this story.

Add your comment
You must be signed in to add a comment. Sign-in | Register

In accordance with our Comment Policy, we encourage comments that are on topic, relevant and to-the-point. We will remove comments that include profanity, personal attacks, racial slurs, threats of violence, or other inappropriate material that violates our Terms and Conditions, and will block users who make repeated violations. We ask all readers to expect diversity of opinion and to treat one another with dignity and respect.