In early November, Cisco launched its Application Centric Infrastructure (ACI). ACI includes a new line of Nexus 9000 series switches, a new version of NX-OS and a policy controller called Application Policy Infrastructure Controller (APIC). We at Panduit were proud to be a part of the launch.
As a part of that launch, Cisco announced a new technology for deploying 40G Ethernet that has so far, received little attention. Cisco calls that technology BiDi.
We frequently work with data center managers who need help optimizing data center white space. They are fully aware that data centers are among the costliest facilities to build and operate. Excluding power and cooling, Gartner estimates that the space a single server cabinet occupies costs $4,900 per year. This figure is based on the annualized cost of the building structure itself, racks, building maintenance, 24/7 security and staff and property taxes, etc.
Dynamic, virtualized work-loads, the need to provision new applications quickly, and lack of insights into available power and cooling leads to over provisioning of power and cooling, which results in higher operating costs. On the contrary, space is often under provisioned and results in average cabinet space utilization between 50% and 65%, an obvious visual indicator that improvements are needed. However, historically, deploying additional capacity has been complicated, expensive and time consuming.
Factor in the time and effort, associated with justifying capital for a data center expansion and optimizing the existing space becomes an attractive alternative. Increasing cabinet density can be like venturing into unknown space. Here are some considerations as you embark on your mission–optimizing data center white space:
I’d like to bend your ear a bit today on the topic of bend insensitive multimode optical fiber (BIMMF). When bend insensitive multimode fiber made its debut a few years ago, we urged end-users to use caution if they were going to adopt it in their data centers.
Since the existing fiber and measurement procedures were not designed to accommodate the intentional improvements in BIMMF’s performance nor the unintentional side-effects caused by the revised fiber design, the providers of BIMMF could have differences in how they define what BIMMF is and how they measure the various parameters of the fiber. Our concerns centered on whether differences in how the various providers of BIMMF measured its numerical aperture, core diameter, and Differential Mode Delay (DMD) would cause compatibility issues if BIMMF were used with non-BIMMF.
Hello and welcome to the Intelligent Data Center Solutions blog. We are looking forward to exchanging ideas and insights that can help you focus on improving the design and performance your data center’s physical infrastructure. Continue reading