As Cool as Silk
Monday, 06 September 2010 07:51
Brocade has been in the business of delivering data center solutions since 1995. Its headquarters is located in San Jose, California, and its customer base extends to more than 160 countries. The company’s customers encompass industries like financial services, education, consumer, technology, and manufacturing, as well as government agencies.
Recently, the company announced the establishment of its new data center in San Jose. This data center will have 75,000 square feet of space and is scheduled to employ state-of-the-art technology for cooling, energy efficiency, and technical and structural design.
The data center’s innovations are in keeping with the Brocade One vision. As Michael Hirahara, Brocade’s Vice President of Global Real Estate, Facilities and Services, says, the new data center follows the company’s vision of establishing a data center that goes beyond “functional space.”
The Brocade One vision is about unifying strategy and network architecture. The goals of this vision are to simplify the client’s transition to a virtual environment and to protect the existing technological structure. Therefore, the new data center employs major energy-saving devices and technologies like in-row cooling units, occupancy-sensor lighting controls, energy-efficient cooling towers, and fan redundancy, to name a few.
Brocade’s environmental impact is decreasing significantly because the company has consolidated three of its San Jose data centers into one space. Energy usage has decreased by 37%, which directly translates into eradication of 4,450 tons of annual carbon emissions and $200,000 in annual savings.
The company has also consolidated five R&D engineering labs into one R&D lab.
The consolidation resulted in a 21% increase in rack power density and a 20% decrease in rack footprint; more importantly, the consolidation led to an annual savings of $260,000.
Custom Mechanical Systems (CMS), which offers custom energy-saving cooling and HVAC
systems for mission-critical facilities, provided the data center with its in-row cooling technology. This design, in conjunction with water-side economizer technology, is slated to bring down fan usage and decrease energy consumption. The design uses only 25% of the power of certain other cooling designs.
The new data center has a PUE of 1.3. Energy efficiency has also been enhanced using design elements like hot-aisle and cold-aisle containment, fully automatic controls at the POD level including energy-monitoring capabilities, ECM motors, low-profile hinged filter doors, and high-efficiency motors. Each POD in the data center has automatic environment control and energy-usage monitoring capabilities.
Perhaps the biggest contributor to this PUE rating is the use of CMS’s solutions. The in-row cooling units and the chilled-water plant by CMS have, according to Hirahara, helped Brocade establish a data center that represents “excellence, consolidations, energy efficiency, sustainable design, and technology innovation.” In turn, Dan Hyman, founder of CMS, avers that his company has delivered a superior product to Brocade and that CMS was “thrilled” to be a part of one of the world’s most energy-efficient data centers. The company’s custom cooling technology is making a crucial difference to the new Brocade data center. The custom designs were also the result of the CMS team interacting intensively with the construction team. Several iterations later, the CMS team was able to deliver a “fully customizable and flexible” product to Brocade.
Free space has been increased by 12% with the use of a flat-floor lab as opposed to the conventional raised floor. Vertical space gives the data center engineers room to install taller racks with more rack units.
Technological designs have resulted in a flat Layer 2 network because the access and aggregation layers have been collapsed. This has also enhanced bandwidth availability and decreased the complexity of operations. The aggregation layer was eliminated because Brocade deployed its Netlron MLX technology, which also means that the network has direct access to the data center’s cooling requirements. In addition, the electrical densities of the racks have been increased by 21% with the use of new rack elevation designs and rack unit space.