PRODUCTS

Katana 2000 Bladed Server

High Performance Compute Blades in an Open Standards-Based Architecture

Katana® 2000 is based on open-standards AdvancedTCA® (ATCA®) technology to provide commercial IT applications with improved serviceability, power and space efficiency over typical rack mount server-based solutions. The low-profile system can be supplied with one or two high performance server blades, each featuring two of the latest quad-core Intel® Xeon® processor 5500 series devices with up to 48GB DDR3 memory and two individually hot-swappable mass storage units.

By basing the server on ATCA technology, Emerson also enables you to reuse existing ATCA server blade hardware and software providing a significant reduction in development cost and reducing time-to-market for new systems. The open standards-based architecture gives you freedom of choice and doesn't lock you into any particular vendor.

Optionally, pre-integrated software including Emerson's SpiderWare®M3 graphical system management application and Red Hat Enterprise Linux can deliver a smooth out-of-the-box experience.

Emerson intends to certify Katana 2000 with EMC CLARiiON CX4 and AX4 storage equipment to enable you to easily extend your application with external mass storage solutions.

Features
  • 3U, 19" dual server platform based on ATCA technology for high performance, high reliability computing
  • Supplied with one or two server blades each with two quad-core Intel® Xeon® 5500 series processor
  • Front-to-rear cooling to meet ASHRAE and IT best practice requirements
  • Support for power saving features enhancing energy efficiency
  • Pre-installed software package
Applications
  • Internet-based media and content provisioning
  • Data processing and logging in industrial installations and oil and gas exploration
  • Surveillance infrastructure in security applications
  • Server platform for electronic warfare
  • Image processing and data management in medical applications
  • Data retrieving, processing and storing in scientific or large physics experiments