Although digital security is paramount to keeping your business data safe within our data center, and for meeting compliance standards, the physical security measures are just as important. For example, our HIPAA infographic shows how many data breaches result from stolen equipment. These threats are largely internal in nature, which is why four layers of security—physical facility security, that is—help ensure the safety of equipment and information stored in our facility.
Cables are tangly, dongly little devils. Everyone’s dealt with that jumbled mess behind a desk or entertainment center at some point. They collect dust, clutter up space and probably even evolve life if you leave them alone long enough. In a data center, that just doesn’t cut it. In fact, cable clutter can actually raise operational costs, drag down energy efficiency and even put infrastructure at risk of interference, cross-talk, and cable damage.
The word “tier” is used frequently in the context of data centers. As we explained in a previous blog post, data center facilities are ranked by Tier depending on their infrastructure and redundancy. But tiers are also used to describe the resources and infrastructure of a virtual machine or server, and are often mentioned in billing or application deployment. This post aims to clear up any remaining confusion over the two types of tiers.
Many data centers advertise themselves as a specific Tier, based on a scale from I – IV. But these classes are generally poorly defined and in many cases misused. Case in point: Green House Data recently exhibited at an industry event in Denver. A man walked up to the table and started asking about the company’s data centers. “You guys are up in Cheyenne, right?” he said, “What kind of facility? Tier II? Tier III?”
The data center industry is constantly evolving, in accordance with and sometimes even exceeding Moore’s Law, the infamous prediction that capabilities will double every two years. One of the biggest cruxes of big data is speed: the faster the connection, the better the service. Increased demand and new technology are driving data centers to adopt new 40 Gbps and 100 Gbps Ethernet connections for their internal infrastructure. Green House Data aims to include 100 Gbps cabling in a new Cheyenne expansion, opening in the next 6 – 12 months. How will this new speed standard impact the data business?
It's no secret that data centers use a ton of energy. That's why Green House Data is committed to more efficient design, practices and purchasing renewable energy options. Check out this infographic detailing how much energy data centers really use worldwide and how we can make them more energy efficient.
With Hurricane Sandy in our recent memory, it's important to consider the safety of your business data in the case of a natural disaster or emergency. This infographic displays disasters across the USA, how much they could cost your business, and how to avoid them with our Cheyenne data center.