Mitrionics MVP622 Hybrid Computing Server
Dual Coprocessor System
Click here to download the
MVP620/622 product brief (PDF, 800KB)
 		 

Mitrionics hybrid computing servers combine the Mitrion™ Software Acceleration Platform with servers and FPGA acceleration coprocessor modules from leading vendors to deliver preconfigured solutions for running and developing accelerated applications.

Mitrionics MVP622 is a dual FPGA system based on a dual socket SGI® Altix® XE320 rack mount server, and an in-socket FPGA module, ideally suited for compute and floating point intensive applications. The system includes:

Mitrion Virtual Processor
 Mitrion Software Development Kit
 SGI Altix XE320 dual socket server with single 2.5GHz quad-core Intel® Xeon® CPU
 XtremeData™ XD2000i in-socket FPGA accelerator with dual Altera® Stratix® III FPGAs
 One year of e-mail support

 Specifications

MVP622
SGI® Altix® XE320*

CPU
 Single Quad-Core Intel® Xeon® Processor 5400 series (2.5 GHz)

Memory
 4GB DDR2 667 (2×2GB)

Storage
250GB 7200 RPM SATA-HDD,
DVD/CD-RW

Networking
Dual-port Gigabit Ethernet

Power
980 W Power Supply
(Non-Hot Plug, Autoswitching)

Linux OS
 RedHat Enterpise Server 4.0

Rack Height
1U

*Single node configuration
Coprocessor Module
XtremeData XD2000i

FPGAs
Dual Altera® Stratix™III 3S260E
 
Logic Size
508,800 (4LUT equivalents)

Memory
16 MB SRAM
(1 bank per FPGA,
350 MHz QDR II+,
36 bits/bank,
1.6 GBps/port)

System Bus
1066 MHz FSB

Software
Mitrion SDK™
Includes Mitrion-C Compiler, Graphical Simulator, Mitrion Virtual Processor Configuration Unit, MITHAL, Examples and Altera® Quartus® II synthesis and place & route software.







Mitrionics MVP622 is populated with one Intel® Xeon™ processor and one XtremeData XD2000i FPGA Coprocessor Module. The XD2000i uses the motherboard's existing CPU infrastructure to create a full-featured environment for FPGA coprocessor functions. The high-bandwidth, low-latency FSB link between the XD2000i and the CPU enables tightly-coupled FPGA acceleration of x86 applications.

System Overview