Power
Verari Cooling
BladeRack 2
Virtualization
Verari Command Center

The BladeRack® 2 X-Series utilizes a wide range of power sub-systems empowering our customers to select a solution that is optimal for their situation. The industry leading BladeRack 2 XT boasts auto-sensing 208 - 480VAC, 50/60Hz, 3-Phase input power which results in fewer power conversions and higher efficiency while the BladeRack 2 XL features an ultra-efficient 200 - 240VAC power solution.

The BladeRack 2 X-Series utilizes our patented Vertical Cooling Technology™ which helps create a data center environment that dramatically lowers HVAC cooling costs and paves the way for unrivaled system stability. By saving power on cooling while maximizing data center real estate,
the BladeRack 2 is the ideal platform for a green data center.

Industry leading density has long been a defining attribute for the BladeRack 2 X-Series. Our dense solutions allow IT managers to achieve more while using less, creating a data center that is not only environmentally friendly but dramatically reduces TCO. From the extreme density of the BladeRack 2 XM, supporting 96 blade servers per rack, to the versatility of the BladeRack 2 XL, with its ability to support up to 672TB or 576 processing cores per platform the density of the BladeRack 2 X-Series is without rival.

Verari Systems is helping to advance new virtualization technologies with industry leading hardware partners such as AMD and Intel®, as well as software virtualization specialists VMware®, Microsoft®, Red Hat® and XenSource™. Data center consolidation, a key industry trend, is directly addressed by the BladeRack 2 X-Series and the FOREST Container while our Connexxus™ desktop consolidation solution provides efficient, hosted desktop over IP.

Verari Command Center® (VCC) provides a comprehensive monitoring and management view of all data center resources. The easy to use Command Line Interface or Graphical User Interface provides a flexible, single point of access to the entire platform. VCC also supports automated node detection of added and removed blades.