TOLL FREE: 1-888-275-2771


1000+ TV stations!
Read about: HDX™

Our Laptops just SELL like Hotcakes: they Don't Catch Fire™     (just 6 PCs had Warranty work in 2005!)



rss   GO TO:   home | laptops | advanced pcs  | support | contact | media | about | search  


The VIPER VSX Scalable SuperComputer

We power the VIPER using the new AMD Opteron 880 series CPU chips! ...faster than fast: eight (8) dual core CPUs running at aggregate speeds up to 5.6-GHz each VIPER is both  the perfect supercomputer AND compute node for a SCALABLE GRID Supercomputer™ !  Best of all, it can grow with you. It is Tri-scalable™:  go from single core CPUs to dual core CPUs, from 4 CPUs to 8 CPUs, from a single system to up to 256 in a Grid Supercomputer, and from one to 255 GRIDS in a Large SUPER-GRID-ARRAY!

: Viper Compute Node -
           4 or 8 OPTERON 800 Single/Dual Core 2MB L2 Cache CPUs
: Viper Supercomputer Complex -
           up to 256 VCNs in a Switched 10GB/Sec Array, plus storage servers
: Viper Super Grid
           up to 255 VSXs in a Grid Cluster of Supercomputers

Certified for


  CPU Support  |  Features  |  System Specs   |  Mainboard Specs/Photo  |  Expansion Specs/Photo  |  System Photos  |  Prices

Designed for Microsoft Windows XPAchieves effective 4-Way, 8-Way or 16-Way Performance with up to eight (8) single or dual core AMD Opteron 800 series CPUs up to 5600+ MHz! Applications include ultra high performance Web Servers, Scientific or Industrial mini Super Computing, or as a Computation-Node in a Massive or Grid Computing Array or Cluster! CompAmerica equipped the ACSA Supercomputer Research Lab in Los Alamos, New Mexico with an array of 128 VIPER B888xtrs interconnected by a unique 10GB/Second Optical Switch!


Aggregate CPU speed: Note that the individual CPUs benchmark between 5-33% faster than the "Equivalent" Xeon CPU indicated in the table below. Combining CPUs into a single VCN Node enables multiply threaded (concurrent) applications to gain speed and do more work in unit time.  Combining Nodes into a VSX Complex, allows scheduling and concurrency management software to give your IT department the ability to greatly exceed the capacity of the typical mainframe or server network, by an order of from 500X (five hundred times) to 25000X (twenty five thousand times) performance. The below VIPER models are based on the Opteron 865. With our Autonomous Crossbar Switch installed, applications can signal each other under CPU Control to accelerate Database Applications (the internal architecture of the Opteron is naturally suited for this application, since it, too, uses an internal Crossbar switch to arbitrate internal cached data sharing). 

The VIPER  SuperComputer Node (VCN) alone, for properly designed parallel applications at the ACSA, achieved parallel throughput at a speed of up to 38.4 Gigahertz aggregate. When all 128 Nodes are in use at ACSA's prestigious "ACSALab" the VIPER is able to attain 4 Terahertz and higher aggregate application performance. ACSA benchmarks indicated approximately 1000x the throughput of a Pentium D 4.0-GHz CPU.  Such is excellent for intensely computational research and data processing applications. ACSA is using the supercomputer to engage in drafting three dimensional Galaxy maps, and to model and calculate the generation impact of environmental, substance abuse and smoking, and agricultural toxicity and food processing's effects on the genome replication and repair rate of the entire Human Race, with it's Viper™ for special research partners.

The VIPER  VSX  SuperComputer Node, when equipped with eight Opteron 890 CPUs, has comparable performance  that 10 years ago would have been considered as fast as or even faster than the IBM Supercomputer known as "Deep Blue".  IBM's "Deep Blue" Supercomputer occupied several 19" racks, consumed many kilowatts of power, and took up the better part of a room. Amazingly, the CompAmerica Viper supercomputer starts at only $29,999, occupies only 16.7" (W) x 26.8" (D) x 8.7" (H) and consumes as little as 900 Watts of power!

VIPER  CPU Support (4 or 8 each)
(next generation Opteron to follow)

Opteron CPU Rated Equivalent to Xeon:
opteron 890 2.8ghz 4.0 Ghz Dual Core
opteron 885 2.6ghz 3.8 Ghz Dual Core
opteron 880 2.4ghz 3.6 Ghz Dual Core
opteron 875 2.2ghz 3.4 Ghz Dual Core
opteron 870 2.0ghz 3.2 Ghz Dual Core
opteron 865 1.8ghz 3.0 Ghz Dual Core
opteron 852 2.6ghz 3.8 Ghz Single Core
opteron 850 2.4ghz 3.6 Ghz Single Core
opteron 848 2.2ghz 3.2 Ghz Single Core
opteron 846 1.6ghz 2.8 Ghz Single Core
opteron 846 he 2ghz 3.0 Ghz Single Core
opteron 844 1.8ghz 2.66Ghz Single C
opteron 842 1.6ghz 2.53Ghz Single C
opteron 840 1.4ghz 2.4 Ghz Single C

 VIPER VCN Node Features

 The VCN  is the building block of the VIPER  VSX .  The following are its basic characteristics.

  • CONSOLE VIDEO:  Builtin ATI RAGE Controller with 8MB Ram.

  • OPTIONAL VIDEO: Choice of NVIDIA 7800 GTX, ATI RADEON X800, the remarkable 3DLabs Wildcat Realism 800/640
    or for broadcast engineers ONLY: the nVidia SDI/DVI FX 4450 with Genlock

  • RAM: 8 GB (exp to128GB) - DDR 400/533MHz ECC Memory 
    (implements 8 Bank-Interleaved Dual Channel 800/1600MHz or 1066/2132MHz MEMORY BUSes)

  • HDD:  8 x 500 GB (4TB) - expandable to 16 per node/chassis.

  • DVDRW: 8x/16X Dual Layer Dual Format DVRDrw (+/-) with 4x Dual Layer plus one(1) Single DVD Player Drive

  • LAN: Dual EN, Fast EN, Gigabit EN - Optional Single or Dual 10 Gigabit.

  • OP SYSTEM: Base Win XP/x64 Pro optional Windows Server 2005 X/64

  • Optional Monitor : EIZO 21.4" LCD or Panasonic Plasma

  • Speakers: 8.1 Bose ZL8800/thx Kit with Digi-Optical Sound Card for endpoint workstation node

  • Power: Triple Redundant 900+ Watt w/special Video (6x2), Aux (8) and Fan Connectors.

  • Alternate Power: Triple Redundant 1400+ Watt w/special Video (6x2), Aux (8) and Fan Connectors

  • Limited Warranty: 3 Year Parts and Labor included. On site service plans available. Lease Plans available.

  • Extended Maintenance Plan: 4th through 10th years available at annual service rate/renewable annually.

  • Note: we can configure this node unit with four (4), six (6) or eight (8) CPUs, they can be Single or Dual Core,
    from 2.8GHZ to 3.8 GHz (when available). Memory can be configured with a minimum of 2GB.
    At least a single Hard Disk Drive can be used for lower priced configurations.

  • Network Architectural Aggregator Architecture (NA3: 100TB/S OptiForl Backplane TDH Limited Distance Network) supports up to 256 VSX units under a single, concurrent image of CompAmerica AX6 with full Corba and Concurrency (tm) support.




$29999  with nVidia 7800 GTX
$31999  with 3D Labs Wildcat Realizm 800/640MB
$34999  with nVidia 4450 SDI/DVI Broadcast Video Card


$34999  with nVidia 7800 GTX
with 3D Labs Wildcat Realizm 800/640MB
with nVidia 4450 SDI/DVI Broadcast Video Card

A Wide variety of other configurations and CPU choices available. Prices are subject to change without prior written notice.

             ORDER by PHONE:  888-275-2771

   VIPER System Specifications
Motherboard: CSS Thunder K8QW (S4881)


 • CSS VIPER K8QWv (S4881v): supports four (min)
     AMD Opteron™ 800 series processors (eight max)
 • SSI EEB (13" x 16")

CPU Board
 • CSS M4881v: supports four AMD Opteron™
     800 series processors (13" x 12"), extender
     permits eight processors through scalable
     hypertransport bus link interface (SHBLI)

Processor Compatibility
 • Support four or eight AMD Opteron™
     800 series processors, P2P Linear Array
 • Supports single/dual core

 • NVIDIA nForce™ Pro 2200 + AMD-8131™ Hyper
     Transport PCI-X tunnel + SHBLI Crossbar
 • Winbond W83627HF Super I/O chip
 • ADT7468 Hardware monitor IC

System Memory
 • (32) DDR DIMM sockets: (16) M4881, (16) S4881
 • Support up to 128GB reg. DDR 333/266 ECC
     memory on 32 DIMMs (Only 64GB DDR 400
     supported by quad-processor system)
 • Supports 4-rank memory modules

Expansion Slots
 • Two x16 PCI Express slots, one with x4 signal
 • Two independent 64-bit PCI-X bus
 • One 64-bit 133 MHz (3.3V) PCI-X slot
 • Two 64-bit 100 MHz (3.3V) PCI-X slots

Integrated PCI Graphics
 • ATI® RAGE™ XL PCI graphics controller
 • 8MB Frame Buffer of video memory
 • supports PCI Express x16 Concurrency (note, this allows onboard video to work, even with active PCI Express x16 video board installed as primary).

Server Management
 • Automatic system fan speed control
 • Chassis intrusion alert
 • Support CSS Server Management (CSSSM)
 • CSS SMDC, IPMI compliant
     remote server management kit (option)

Integrated LAN Controllers
 • Broadcom BCM5704C dual-channel GbE LAN
    - Two RJ-45 LAN connectors with LEDs
    - Connected to PCI-X Bridge A
 • Two Front Panel LED headers
 • Phoenix BIOS with 8Mbit LPC Flash ROM
 • Serial Console Redirect; USB device boot
 • ACPI 2.0 power management support

 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

 • Convertible Pedestal and 19" rack-mountable
     5U chassis
 • Storage bay:
        - (4) 3.5" HDD SATA hot swap bays
        - (4) 3.5" Internal HDD bays
       Upgradeable to hot swap bays via add-on kit
        - (1) Slim CD-ROM bay
        - (1) Standard FDD bay
        - (3) 5.25" device bay
 • Dimension: 16.7" (W) x 26.8" (D) x 8.7" (H)
 • Dimension (mm): 425 (W) x 680 (D) x 220 (H)

Power Supply
 • 900W 2+1 for (4-way); 1350W 3+1 for (8-way)

Front Panel Feature
 • I/O: (2) USB 2.0 ports
 • LED indicators for Power, HDD Active, ID, & LAN
 • Switch: Power / Reset

Back I/O Ports
 • (1) keyboard & one PS/2 mouse port
 • (2) RJ45 10/100/1000 Base-T ports
     with activity LEDs
 • Two USB 2.0 ports
 • One 9-pin UART serial port, one 15-pin VGA port

Storage Controller
 • Two dual-port SATA II controllers integrated in
     NVIDIA nForce Pro chip, supports up to four
     SATA-2 drives with RAID 0, 1, 0+1

System Cooling
 • 4 x 80*38mm DC Fans; 4 active CPU coolers

 • FCC Class A (Declaration of Conformity)
 • CE (Declaration of Conformity) 

VIPER  VCN Mainboard:
Thunder K8QW (S4881)
VIPER Mainboard Specifications
 • Quad µPGA 940-pin ZIF sockets
 • Supports up to four
AMD Opteron™ 8xx processors
 • Four onboard 4-phase VRMs
 • Integrated 128-bit DDR memory controller

AMD-8131™ HyperTransport™ PCI-X Tunnel
 • NVIDIA nForce Professional 2200 (CK8-04)
Winbond™ W83627HF Super I/O ASIC
 • Two analog Devices ADT7468 Hardware
     Monitoring IC

 • 128-bit dual channel memory bus
 • Sixteen 184-pin DDR DIMM sockets (4 per CPU)
 • Supports up to 64GB of Registered DDR memory
     (supports 32GB of registered DDR 400 memory)
 • Supports ECC type memory modules
 • Supports DDR 400 / 333 / 266 memory
 • Supports four banks memory

Expansion Slots
 • Two x16 PCI Express slot, one with x4 signal
 • Two independent 64-bit PCI-X buses
    - One 133MHz max. 3.3V PCI-X slot from BrdgB
    - Two 100MHz max. 3.3V PCI-X slots from BrdgA
 • Total of five usable slots

Integrated I/O
 • One floppy connector supports up to two devices
 • Two 9-pin serial ports (1 connector & 1 header)
    - and one 25-pin parallel port pin-header
 • PS/2 mouse and keyboard connectors
 • (8) USB 2.0 EHCl ports (two rear, six via header)
 • Two USB v2.0 connectors through VT6212

System Management
 • Modular BMC 2x25pin header for SMDC support
    (Tyan Proprietary Interface)
 • Six 4-pin fan headers support tachometer
     monitoring & smart FAN control (PWM), four
     3-pin fan headers support tachometer monitoring
     temperature and voltage monitoring
 • Port 80h LED display

Integrated ATA-133
 • Two ATA-133 Channels
     - up to four ATA-133 devices

Integrated LAN Controllers
 • Broadcom BCM5704C dual-channel GbE LAN
    - Two RJ-45 LAN connectors with LEDs
    - Connected to PCI-X Bridge A
 • Two Front Panel LED headers
HyperTransport™ Connectors
 • Two HyperTransport™ v1.0 Connectors
Integrated PCI Graphics
 • ATI® RAGE™ XL PCI graphics controller
 • 8MB Frame Buffer of video memory

Integrated Serial ATA-2 Controller
 • Two integrated dual port SATA-2 controllers
 • Supports four independent SATA-2 ports
 • Supports up to four SATA-2 drives
 • Supports 1.5Gb/s and 3.0Gb/s
 • Supports RAID 0, 1, 0+1

Integrated IEEE 1394a Controller
 • IEEE 1394a controller TSB43AB22A
 • Two IEEE 1394a pin header

Intelligent Platform Management Interface Header
 • TYAN Server Management Daughter card
    (optional) supports features listed below via
    IPMI header (SMDC/TSO Support)
 • QLogic™ Zircon Baseboard Management
    Controller (BMC) based on powerful ARM7
 • Tailored for IPMI compliance
 • Supports KCS and BT styles
 • Flexible Windows & Linux Management Solution
 • Supports RMCP and SNMP protocols
 • Supports ASF standard and EMP
 • I2C serial multi-master controllers and UARTs
 • Build-in IPMB connector
 • Remote power on/off and reset support

 • Phoenix BIOS on 8Mbit LPC Flash ROM
 • ACPI 2.0; Serial Console Redirect
 • USB device boot support; 48-bit LBA support
 • Power management: S0, S1, S4 and S5

Form Factor
 • SSI EEB v3.5 footprint (13"x16"; 330.2x406.4mm)
 • EPS12V/SSI v3.5 (24+8+8) power connectors
 • Serial (one) and VGA (one) connectors
 • Stacked USB 2.0 connectors
 • Stacked PS/2 keyboard and mouse connectors
 • Two RJ-45 side-by-side LAN connectors with LEDs

 • FCC Class B (Declaration of Conformity)
 • European CE (Declaration of Conformity).

Scalable Hypertransport Bus Link Interface
Secondary Mainboard (allows addition of 16 memory
slots and four more CPUs):


VIPER Expansion Board Specifications
 • Supports up to four AMD Opteron™ 8xx processors
 • Four onboard 4-phase VRMs
Hardware Monitor
 • Two Analog Devices ADT7468 Hardware
     Monitoring IC
 • Six 4-pin fan headers support tachometer
     monitoring and speed control (PWM)
 • Temperature and voltage monitoring
 • 128-bit dual channel memory bus
 • Sixteen 184-pin DDR DIMM sockets (four / CPU)
 • Supports up to 64GB Registered DDR
 • Supports ECC type memory modules
 • Supports DDR 400, DDR 333, or DDR 266
 • Supports four banks memory
Power Supply
 • EPS12V Power Supply
 • EPS12V/SSI v3.5 (24+8+8) power connectors
M4881 Processor Expansion Board

Form Factor
 • 12" x 13" (304.8mm x 330.2mm)
 • Requires two HT4881 HyperTransport™
     connectors to mount to the S4881.

HyperTransport™ Connectors
 • Two HyperTransport™ v1.0 connectors 
SHBLI4881v - SHBLI Edge Card

SHBLI Edge Card

 • Connecting 4 AMD Opteron™ CPU on S4881 and
     4 AMD Opteron™ CPU on M4881
 • Two required per system to enable CrossBar Switch.
HT4881 HT Edge Card

VIPER  VCN  Node System Gallery
(click images for large version)

3D Front Perspective

Front Perspective

Rear Perspective

Top Perspective

 Secondary Processor Group adapter mounts over mainboard using edge connectors. That may be seen in the Rear and Top
Perspectives. Note, pictures displayed on some Windows XP systems resize themselves to fit the screen. 
Use the resizing hot spot on the bottom right of the picture, to display these images full size! 
Hovering mouse over bottom right corner does the trick!

  VIPER  VSX  Complex Features

 Hierarchical versus Linear Connectionist Architecture

  The Viper
 VSX  Complex supports two different ways for its internal Nodes to be arranged HA (Hierarchical) and LCA (Lineal Connectionist Architecture).  In all cases, the switches in use for interconnect have automatic addressability, full isolation of transactions, full fault tolerance, and redundancy.


  Hierarchical Architecture  (HA ) uses a top up expansion in powers of four Nodes, in a single SuperNode, four groups of SuperNodes in a HyperNode, and four HyperNodes in a MasterNode and four MasterNodes in a VSX Complex.    A Hierarchical arranged Viper  VSX  Complex allows up to 256 of the above VCN Nodes (which can be rack mounted or pedestal mounted) to interconnect through our SCALABLE LINK ACCELERATOR, a 10GB/Second twin optical interface, that allows AX6 based VCNs to expand to include each others' CPUs and RAM into a unified Parallel Supercomputer architecture.  N-Dimensionality is implemented using a special VSX Optical switch, that allows groups of four switches to cross connect with each other by a VSX 100GB/Second GEO-D connector, each of which switch can connect to up to 16 VCN Nodes, arranged in groups of four.  Each group of four switches' 100GB/Second GEO-D connector allows each group of four switches to be interconnected to up to three directly connected partners.  Each VCN Node joins its partners up and down in this hierarchy in a "tightly coupled triage" assembly.  Process distribution and task distribution are automatically arranged for by the AX6 operating systems in each of the Nodes.

  HA allows a predictable layout of tasks and is best suited for spherically designed applications, which constantly share data from a central database core to outer service units.  Typical applications include Security Management and Monitoring, Access Control, Flight Control of preprogrammed automatons, AI Databases, Huge Web eCommerce Applications, Banking and Finance.


  Lineal Connectionist Architecture
LCA ) allows the Nodes in a VSX  Complex to be arranged in a variety of matrixes or subgroups or in a continuous line of processors.  In this case, all of the Nodes in a single VSX  would either be arranged along a series of VSX Optical Switches, or groups of such interconnected by GEO-D connector based VSX  100GB/second switch.

   LCA is user customizable, and allows a building block approach to configuration.  This allows the topography of the VSX  Complex to be arranged as a convenience to its application.  A special building block is available to control the configuration of the switches under program control, so as to rearrange the array of Nodes within a VSX into a "scheduled configuration" that follows the applications running in the systems.  This "dynamic reconfiguration" of Nodes is only possible in the LCA  form of VSX  configuration.

Software Development and Port Partnerships

   CompAmerica is currently financing Software Development and Application Port Partnerships to run on its AX6 vBSD operating systems.  While a large supply of office, web, and database applications already exist for ORACLE, and other commercial environmenrts, CompAmerica has made arrangements for commercial partners to obtain low cost financing to make it next to cost free to easily port additional application packages to the Viper VSX Supercomputer, or to develop new ones.  For additional information, please call your VIPER representative at 908-931-1200.


Copyright © ® All rights reserved.  All other trademarks belong to their respective owners. 
This product and CompAmerica are unrelated to the Daimler Chrysler Corporation Dodge Viper Sports Coupe..
Inclusion of the Viper Mosaic at top right is limited solely to artistic decoration purposes.