Angstrom Microsystems™, a leading provider of high-performance computers, has developed a high-performance workstation to address the graphics-intensive content creation market. Using the AMD Opteron™ processor, the Titan64 Creator™ provides unsurpassed graphics and audio capabilities.
Based on AMD64 architecture, Titan64 Creator is designed to provide cutting-edge 32- and 64-bit performance while maintaining compatibility and leading-edge performance with existing 32-bit x86 applications. The Titan64 Creator is on display at the AMD Opteron processor launch event today in New York City.
“The AMD Opteron processor, with its improved graphics capacity and increased memory bandwidth, is the ideal engine for our high performance workstation,” said Lalit Jain, CEO of Angstrom Microsystems. “AMD’s commitment to the existing base of 32-bit users will enable an evolution to superior 64-bit technology that will be widely adopted.”
“The Titan64 Creator is one of the first workstation in the world to integrate AMD64™ with advanced AGP 8X graphics,” said Ben Williams, director, AMD’s Server/Workstation Business Segment. “The Titan64 Creator harnesses the power of 64-bit computing to satisfy the needs of world’s most demanding content creation and engineering applications.”
Angstrom provides high performance solutions to the rendering and content creation community in Hollywood. Movies rendered on Angstrom servers include “X-Men 2,” “Daredevil,” “Scooby Doo” and “Bulletproof Monk.”
Angstrom Microsystems (http://www.Angstrom.com) Angstrom Microsystems specializes in AMD-based high-performance computing solutions in markets including rendering, bio-informatics, on-line trading, scientific computing and oil & gas exploration. Angstrom clients include Rhythm and Hues, Pixar, Conoco, Instinet and Northrop Grumman.
Angstrom is announcing the Titan64 SuperBlade: 260 AMD Opteron CPUs in a rack, providing the most dense solution on the market today. Designed for large-scale clustering solutions, the Titan64 SuperBlade enables the next generation of supercomputing.