RTOS, virtualization for real-time systems, DO-178B and hypervisor for the most demanding embedded operating system applications...

Concurrent Technologies VP 742/20x VME boardPowerPC MPC7455 processor board with Altivec technology

Concurrent Technologies VP 742/20x
Boards for LynxOS embedded RTOS v. 4.0 (hardware-vendor BSP)
Architecture: PowerPC / Power Architecture
Processor group: Freescale MPC74xx
Markets: industrial, medical, military and aerospace
Please consult the board-support guide or contact us for specific platform features supported.

The VP 742/20x is a high-performance, VME single-board computer specifically designed to address the needs of the COTS military and commercial OEM in the embedded real-time marketplace. This includes applications in process control, medical systems and telemetry systems.

The VP742/20x uses the Motorola MPC7455 PowerPC® host processor. The MPC7455 is a high-performance, 32-bit implementation of the PowerPC RISC architecture combined with a full 128-bit implementation of Motorola's Altivec™ technology and support for 2Mbytes of backside L3 cache. The board supports an Ultra-160 SCSI interface, two Gigabit Ethernet interfaces, graphics, keyboard and mouse. To simplify the board's integration. board support packages are available.

Central processor

  • Motorola PowerPC MPC7455 processor:-
    • operating at 1 GHz or 800 MHz
    • 64 Kbytes L1 cache
    • 256 Kbytes of L2 cache
    • IEEE 754-1985 compliant floating point unit
    • 133 MHz CPU bus speed
    • no CPU fan
  • Marvell® Discovery™ II (MV64360) PCI bridge

Cache

  • 2 Mbytes of backside L3 cache:-
    • interfaces to memory
    • instruction-only and data only modes
    • parity checking

DRAM

  • supporting up to 1.25 Gbytes DRAM:-
    • 256 Mbytes soldered
    • up to 1 Gbyte provided via a 200-pin SODIMM socket
    • supporting 266 MHz DDR ECC DRAM
  • 64-bits wide using 3.3V DRAM
  • accessible from PowerPC, PCI and VME bus

Flash memory

  • 64 Mbytes Flash EPROM:-
    • 32-bits wide

Hard disk interface

  • Ultra 160 SCSI interface:-
    • implemented by a LSI53C1000R controller via 64-bit 33/66 MHz PCI bus
    • accessible via P2 connector

Etherner interface

  • 2 x Gigabit Ethernet channels:-
    • 1 channel via a front panel RJ45 and 1 channel via P2 connector (See note 2)
    • supports 10Base-T, 100Base-Tx and 1000Base-Tx
    • implemented within the MV64360 PCI Bridge
  • programmable station ID

Graphics interface

  • implemented by an Asiliant Technologies 69030 providing:-
    • 4 Mbytes video memory
    • resolutions up to 1600 x 1200
    • supporting up to 16M colors
  • accessed via a 26-way high-density connector on front

PCI expansion interface for PMC

  • 1 x PMC site, within a single VME slot,
    • I/O via front panel and optional P0 connector
    • 32/64-bit and 33/66 MHz PCI operation
    • 3.3V signaling

Serial interface

  • implemented within the MV64360 PCI Bridge
  • 2 x serial interface channels supporting:-
    • 1 x RS232 via a 26-way high-density connector on the front panel
    • both RS232/422/485 channels via P2 connector (See Note 2)
    • asynchronous rates up to 250K
    • synchronous rates up to 4Mbps (SDLC and HDLC)
    • CTS, RTS, DTR and DCD modem control signals

Other functions

  • keyboard and mouse interfaces accessed via a 26-way high-density connector on front panel
  • 1 x USB via P2 connector (See note 2)
  • 6 x user timers:-
    • 4 x 32-bit timers within the MV64360 PCI Bridge
    • 1 x 32-bit CPU decrementer
    • 1 x 64-bit CPU time base
  • 2 x digital I/O lines (unbuffered):-
    • accessible via P2 connector (See note 2)
  • real-time calendar/clock:-
    • with 256 bytes NVRAM
    • battery backed
  • diagnostic port for JTAG or CPU emulator

Battery-backed SRAM

  • 2 Mbytes battery backed SRAM

VME interface

  • implemented using Tundra® Universe II™ device
  • VME master/slave
  • A32/A24/A16/D64/D32/D16/D8(EO)/MBLT64
  • auto system controller detect
  • full interrupter / interrupt handler support
  • 4 x 32-bit mailbox registers
  • location monitors

Electrical specification

  • all voltages to be within ±5%
  • +5V @ 4.8A (typical with 800 MHz CPU and 256 Mbytes DRAM)
  • +12V @ 0.2A, -12V@ 0.1A
  • +12V and -12V routed to PMC expansion from VME bus

Environmental specification

  • operating temperatures:-
    • 0°C to +65°C
    • -25°C to +70°C (E-Series)
  • 5% to 95% relative humidity (operating non-condensing)
  • -40°C to +85°C (storage)
  • 5% to 95% relative humidity (storage non-condensing)

Mechanical specification

  • 6U form-factor
  • single VME slot - front panel width 0.8 inch (20.3mm)
  • utilizes a 160-way DIN connector for P1 and P2:-
    • compatible with normal 96-way DIN connectors
  • shock:
    • 20g, 11ms, ½ sine (operating)
    • 30g, 11ms, ½ sine (non-operating)
  • vibration:
    • 5Hz-2000Hz at 2g, 0.38mm peak displacement (operating)
    • 5Hz-2000Hz at 5g, 0.76mm peak displacement (non-operating)

Note 1: variants fitted with P0 connector are supplied with VME64x handles.

Note 2: 5-row backplane is required to provide P2 access to Ethernet, serial interfaces, USB and GP I/O.

View more Concurrent boards, or learn more about Concurrent Technologies—a SynergyWorks partner.

LynxOS Embedded RTOS LynxOS-SE Embedded RTOS RTOS: LynxOS-178 for software certification Luminosity Eclipse-based IDE
Embedded Linux: BlueCat LynxSecure Separation Kernel and Embedded Hypervisor SpyKer Embedded-System Trace Tool

Industry Solutions

Migration

Industry Standards

Embedded Systems Technology

RTOS Training for Embedded Systems

Training at LynuxWorks

Embedded System Consulting

LynuxWorks Support

Embedded Systems

LynxOS RTOS Support

BlueCat Embedded Linux Support

Contact Us

About LynuxWorks

Press Room

Newsletter and Announcements

Careers

Site Map

Board Support Packages (BSPs)

BSP Device Drivers

BSP Targets by Operating System

BSP Targets by Form Factor

Third-party I/O Devices and Hardware

SynergyWorks: LynuxWorks partners


What is SynergyWorks?

Third-party add-ons for LynuxWorks operating systems

Copyright © LynuxWorks™, Inc. All rights reserved. Reproduction in whole or in part in any form or medium without express written permission of LynuxWorks is prohibited.