CommScope's COVID-19 Customer & Partner Hub Visit
With internal data center traffic expected to grow threefold over the next five years1—and the penetration of Internet of Things (IoT) devices predicted to be 30 billion strong by 20202—enterprise data center bandwidth is at risk of being overloaded in the near future. Same could be said of colocation facilities as well. These are hardly revelations anymore. Technology builds upon itself, so its growth is almost always exponential.
Needless to say, data center managers are having to adapt to some pretty tough challenges: applications demanding higher lane speeds and ultra low-latency performance; increasing port densities that can support leaf and spine networks; and, while you’re at it, find a way to improve network availability while lowering costs across the board.
For many data center managers, the answer lies in migrating their infrastructure—either with rip and replace or slowly over time—to support the new speed, latency and port density requirements. But is this both necessary and true for all data center facilities? Absolutely not.
On the one hand, there is no ignoring the fact that current and future data usage trends are alarmingly high and not expected to level off in the foreseeable future (read that as “ever”). So infrastructure migration is not a question of if but when. On the other hand, every data center facility has a very unique set of business requirements, stakeholder expectations and technical considerations.
Looking across this region, Egypt, Kenya, Nigeria and South Africa have been highlighted as leaders in the development of regional data centers while colocation demand across the African continent is increasing two to three times faster than the supply, according to Data Centre Dynamics. Spending in data centre systems in the Middle East is expected to grow slightly from $4.09 billion in 2016 to $4.19 in 2019, according to Statista. Infrastructure migration, therefore, becomes a matter of timing. So, if not now, when is the right time?
Pay attention to the standards. One of the requirements for proposing development of a new standard is being to demonstrate the need for and feasibility of the new standard. In other words, bodies like IEEE, TIA and ISO typically will not initiate work on a proposed standard if there isn’t much of a market need. So if a standard is being developed you can bet there is sufficient market demand for whatever is being standardized.
Know your business. Data centers do not exist in a vacuum. Every facility plays a role in the greater ecosystem of the organization (or market, if you’re a co-lo). Understanding the degree to which the organization relies on the data center is critical. In some cases, prepare to be surprised. A 2015 study looked at the investment decisions of managers at over 1,000 companies and discovered that gut instinct tended to drive decisions rather than data.
What’s the cost of standing pat? If you’re going to delay your migration, make that decision with eyes wide open. New applications or sudden changes in market dynamics can increase the bandwidth requirements overnight. As data center demands grow, what’s the effect on your infrastructure and how will that impact manageability and potential downtime?
The bottom line is that your data center exists to serve a particular role. To determine if the time is right to migrate to higher speeds, ask yourself this simple question: “Is my physical layer holding me back?”
At CommScope, this is the stuff we think about every day. We can help you assess your data center and, if the time is right, take it to the next level. We’ve put together an interesting infographic with some interesting ideas to consider. Take a look at The Five Steps to Avoid Obsolescence then let us know when you’re ready. Also, don’t forget to say hello during GITEX, 8-12 October 2017 where we’ll be showcasing our high speed migration platform in Dubai.
1Data Center Strategies North American Enterprise Survey; Infonetics Research; May 2015
2IoT platforms: enabling the Internet of Things, IHS Technology, 2016