Microchips, Beetles and the Evolution of Your Data Center

Rawles_N_jpg_thumbnail Nathan Rawles August 30, 2017

VW_BugI recently picked up Thomas Friedman’s new book, “Thank You for Being Late: An Optimist’s Guide to Thriving in the Age of Accelerations.” It’s a wonderful take on the challenges and opportunities of adapting to the cataclysmic changes that are reshaping our world – from computers and the cloud to climate change and globalization.

After the introduction, Friedman spends the next 46 pages on Moore’s Law. He observes:

“If you took the first Intel microchip made in 1971 and double its computing power every two years for 50years you would have Intel’s latest microchip, the sixth-generation Intel Core processor. You will see that Intel’s latest chip offers 3,500 times more performance, is 90,000 times more energy efficient, and is about 60,0000 times lower in cost than its ancestor.

Intel engineers did a rough calculation of what would happen had a 1971 Volkswagen Beetle improved at the same rate as microchips did under Moore’s law. These are the numbers: Today, that Beetle would be able to go about 300,000 miles per hour. It would get two million miles per gallon of gas, and it would cost four cents!”

CLICK TO TWEET: Do you want to know what microchips, a VW Bug, and your data center have in common?

Microchips, it turns out, scale beautifully. The Volkswagen Beetle, not so much. What does this have to do with your data center’s infrastructure? Everything. In IT, scalability is a word that is tossed about so often, it loses its edge. But as demand increases for faster links, lower latency and fiber density, it’s important to realize just how multi-faceted—and essential— the concept of scalability is.

  • Functional scalability: Can you migrate to higher speeds and emerging technologies with minimal disruption?
  • Geographic scalability: How easily can you move from a centralized data center structure to one that allows you to deploy the resources and applications where they’re needed?
  • Load scalability: Are you able to easily expand and contract resources to accommodate changes in bandwidth demand and latency requirements?
  • Generation scalability: When new generations of components are released and standards advance, can you plug and play, or will you have to rip and replace?

Underlying these challenges of constant migration is the importance of having the right strategy, not just the right solutions. At CommScope, we believe it begins with modular design, pre-term connectivity, fiber management and the ability to support high-density deployment and longer links. Our high-speed migration platform is built on these concepts and is constantly evolving as standards and technologies advance.

To see how strategy translates into real world application, take a look at this short video on Strategies for Pre-Term Connectors. You can also check out the replay of the Data Centre Dynamics CommScope webinar – 4 Steps to a Successful High Speed Migration Strategy.

About the Author


Nathan Rawles

Nathan Rawles, Data Centre Specialist, Europe, leads sales across CommScope’s multi-tenant data centre accounts based in the UK.  Nathan is part of the Connectivity Solutions organization which includes CommScope’s existing Enterprise and Broadband businesses as well as the acquired Broadband Network Solutions, Enterprise and Telecom businesses acquired from TE Connectivity in August 2015. Nathan helps organisations plan their data centre migration strategies, providing guidance on areas such as power, space and cooling.  With more than 20 years of industry experience, Nathan has held key sales positions at General Electric, Avaya and OBO Betterman in the Middle East and Europe. 


Data Centers