Verari Systems - BladeRack Blade Server Platform - The Leader in Blade Based Solutions for the Data Center

BladeRack^® 2 XL Advantage

Verari Systems has tailored the BladeRack 2 X-Series to provide unparalleled performance and investment protection for data center consolidation efforts in the dynamic enterprise computing landscape.

Customers in the Entertainment and Media industry could utilize the BR2-XL’s industry leading density to dramatically cut costs and boost efficiency in their render farms. Oil and Gas customers could increase the compute power of their data centers, giving them the ability to process more terrain in record time, leading to increased profits. Financial Services customers could utilize the BR2-XL for a full range of grid computing applications. Verari’s award winning DataServer solutions for the BR2-XL enhance overall performance of Web 2.0 applications. The BR2-XL is a barrier breaking solution that will redefine enterprise computing across the board.

The BR2-XL is an innovative adaptation of the BladeRack 2 X-Series platform that provides customers with a lower cost alternative when features such as a fully redundant power subsystem and robust management are not needed. The BR2-XL is the industry’s densest storage and compute solution with support for up to 72 blades, each housing the most cutting edge components and processors available.

The BR2-XL platform employs the same patented Vertical Cooling Technology™ that is found in all BladeRack 2 X-Series platforms. This allows Verari Systems to use the fastest processors available on the market without the performance loss common in blade servers from other vendors due to CPU throttling. Our patented Vertical Cooling Technology has proven to save money by reducing energy expenditure and ensuring reliability, enabling data centers to use their power for compute instead of cooling.

BR2-XL utilizes an ultra-efficient 208-400VAC power solution to drastically reduce your organization’s energy expenditure. The BR2-XL power distribution module is available with redundant power inputs for an added level of reliability when connected to separate power circuits. This innovative power solution also generates substantially less heat than those found in competing solutions, saving additional resources.