Outside my office window there’s a small lake, one of the 10,000+ in Minnesota. Recently, one of our corporate neighbors beyond the lake spent more than $1 million dollars to upgrade their data center. I wish they would have talked to us first about some strategies to deal with their storage needs before they took that expensive but not so extraordinary step in today’s climate of rampant data growth.
When your data center was first constructed or last remodeled, someone had to estimate and specify within a reasonable budget one or more of the following capital intensive resources:
- Total square footage required
- Sizing of computer room air conditioning/humidification equipment
- Sizing of Uninterruptible Power Supply (UPS)
- Amount of backup generator capacity and associated switchgear
- Amount of utility power with associated power distribution equipment
- Above items times two when DR is implemented
As each resource is used up, for example power or space, a major expenditure is required to replenish that resource. Data storage plays a very significant role while impacting the data center. As businesses race to implement additional applications to meet the challenges of competition, the impact on storage resources continues to increase. Regulatory compliance also plays a major role in driving these increases.
So CXOs have some tough choices to make.
Gartner says that by 2008 one out of every two data centers will have insufficient cooling and power. Expanding a data center requires serious planning for adequate space, power, backup generators, chiller units and much more. That means to keep up, IT managers have to decide to pay for more equipment like more disk drives, update their data center at a huge cost, like our neighbor did, or lease or pay for a whole new facility. Or they can think differently about their existing power, cooling and space infrastructure and maximize what they have by taking initiatives to install systems that actually decrease not increase the need for storage, while lowering the costs for cooling and powering their existing IT assets. In my next post I’ll look at some technologies that exist today that could allow you to avoid paying the steep bill that our neighbors across the lake got.