Box Level Solutions - VME, VXS, and VPX

Drive your project timeline forward with ACT/Technico's Box Level Solutions.

Rugged VME System with 5-slot pullout card cage
Rugged 5-Slot

VMEbus System

ACT/Technico has designed hundreds of systems based on open architecture standards

such as VMEbus, CompactPCI, and PCI. Systems integrators, defense agencies, and

major corporations rely on our extensive experience to deliver embedded sub-systems

designed for their project requirements.  The sub-systems listed below are starter kits

we have assembled to help accelerate development.

ACT/Technico can ruggedize systems per specific program requirements.

NEW!!  MVME7100 Tower VME Migration Development Platform

7100-Development-Tower-w-Ethernet-switch.gif

 

The MVME7100 development system provides a solid platform for migrating your current applications to the very latest in PowerPC technology and for development of new applications. 

This versatile VME64x development platform features the MVME7100 single board computer with a MPC8641 based dual core processor from Emerson Network Power.

 

System components include:

  • Portable tower with 7-slot VME64x backplane and one 250W power supply (expandable to 500W)
  • Emerson Network Power MVME7100 Single Board Computer (MPC8641 multicore processor) with VxWorks or Linux BSP
  • Select from several storage PMCs (click here to select)
  • XMCSpan carrier board for up to two PMCs / XMCs
  • Rear transition module (RTM721) for rear I/O
  • Optional Layer 2 / 3 Gigabit Ethernet switch
  • Option for additional IO via PMCs/XMCS: A/D, SCSI, Ethernet NIC, etc.
  • Driver support for the system
  • Fully tested prior to shipment

Please contact ACT/Technico for more information.

MVME6100 Tower Development Platform

7100-Development-Tower-w-Ethernet-switch.gif

 

The MVME6100 tower development system provides a solid platform for migrating current applications as well as for development of new applications. 

This versatile VME64x development platform features the MVME6100 single board computer with a MPC7457 based processor from Emerson Network Power.

 

System components include:

  • Portable tower with 7-slot VME64x backplane and one 250W power supply (expandable to 500W)
  • Emerson Network Power MVME6100 Single Board Computer (MPC7457 PowerPC processor) with VxWorks or Linux BSP
  • Select from several storage PMCs (click here to select)
  • PMCSpan carrier board for up to two PMCs
  • Rear transition module (RTM761) for rear I/O
  • Optional Layer 2 / 3 Gigabit Ethernet switch
  • Option for additional IO via PMCs: A/D, SCSI, Ethernet NIC, etc.
  • Driver support for the system
  • Fully tested prior to shipment

Please contact ACT/Technico for more information.

RAIDStor - Development Kit (RDK)

 

Build a system that allows you to explore network centric computing and 6U network attached storage with the ACT/Technico RAIDStor™ Development Kit. Select the payload that suits your requirements and we'll integrate the complete package.

The system contains everything needed to establish a complete Embedded Network Attached RAID solution with dual star topology in a VITA 31.1 enclosure; two RAIDStor™ storage blades, two Ethernet fabric switches, a VITA 31.1 Intel or PowerPC single board computer plus any required rear transition modules (RTMs).


The system includes a remote support package.

System components include:

  • One VITA 31.1 Desktop (at left) or Rackmount (see next system for photo) chassis
  • Two Single Slot NAS Blades with RAID (RAIDStor)
  • Two 6U Ethernet Switches
  • VME64x PowerPC or Intel based Single Board Computer
  • VxWorks, Linux, or Windows with driver support
  • Download Datasheet

VITA 31.1 System - Leverage PICMG 2.16 in a VME environment

 

Move your application development plans ahead faster with this fully configured system. Select the payload that suits your requirements and we'll integrate the complete package. The VITA 31.1 chassis enables Ethernet fabric switching technology in a VME64x environment by leveraging PICMG 2.16 technology via J0 (VITA 31.1).

Product Highlights:

Leverages PICMG 2.16 10/100/1000 Ethernet fabric in a VME environment

  • Dual architecture backplane provides 10 VME64x and 4 PICMG 2.16 slots (2 fabric, 2 system node) with unobstructed rear transition slots
  • Dual star architecture implementation
  • High quality, ruggedized construction, cooling for up to 85 watts per slot
  • Additional subsystem integration services available

Features:

  • 14 slot mixed backplane: 10 VME64x slots, two VITA 31.1 /  PICMG 2.16 fabric slots, and two VITA 31.1 / PICMG 2.16 system node slots
  • Choice of a PowerPC or Pentium Single Board Computer
  • Choice of one or two 10/100 or Gigabit Ethernet switches, managed or unmanaged
  • Choice of storage solutions in PMC, VME or cPCI form factor
  • ACT Technico's RAIDStor for a 6U Network Attached Storage Development Kit
  • 19" rackmount enclosure, 10U High, 21" deep
  • Two 600W redundant power supplies provided (up to 1800 watts available)
  • Hot swap removable fan tray with 274 CFM cooling capacity (350 LFM average airflow)
  • 6U module with provisions for 1 floppy drive, 1 hard drive and 1 CD drive
  • Configured for VxWorks, Linux, Windows or Solaris OS with driver support
  • Download Datasheet

Rugged 3U VMEbus Enclosure: 3U 5-slot VMEbus EMI/RFI Chassis

Standard Front Panel


Optional Front Panel Display

 

The VMEbus system includes the following components:

  • 19" rackmount rugged chassis enclosure
  • Five slot, 6U VMEbus card cage with backplane and integral vertical extension mechanism
  • 350 watt switching power supply
  • Rear, filtered I/O panel
  • Removable drive carrier assembly
  • Provisions for an optional removable Touch Screen display
  • Assembly (user interface)
  • LED/Reset printed circuit board assembly
  • Console serial connector
  • Optional or additional, as required:
    • Choice of PowerPC or Pentium VMEbus SBC
    • Blade or PMC level storage
  • Peripheral mounting (floppy, PCMCIA, Tape, Hard Drive, etc.)
  • VME boards (SBC, I/O, etc.)
  • I/O cabling between backplane, front panels, and rear panel