GMS V191 Atlantis-V Single Board Computer

Tuesday, 09 July, 2002 | Supplied by: Embedded Logic Solutions Pty Ltd



The GMS V191 Atlantis-V from General Microsystems is a PowerPC single board computer. The V191 uses a PowerPC 7410 processor that operates from 500 MHz up to the 1 GHz operation of the future.

The 7410 processor is supported with up to 2 MB (32 KB x 64 bit) of L2 cache, which can run at clock speeds of up to 400 MHz.

The Atlantis-V provides up to 1 GB of 133/100 MHz of SDRAM via two SODIMM modules. To match the system I/O, the V191 provides dual, 64 bit PCI local buses. The two PCI buses have I/O transfers to system memory at a rate of 533 MBps.

One 64 bit, 66 MHz bus is connected to a PMC expansion module to support I/O devices like gigabit and fibre channel.

The other high-speed PCI bus is also connected to a PMC expansion module, which supports three additional 64 bit 66 MHz PMC modules. This 64 bit PCI bus is also clocked at 33 MHz in order to support slower I/O devices.

Minimising the CPU's workload are eight DMA controllers for moving data in-out of different buses.

Additionally, the Atlantis-V supports three 10/100Base-T auto negotiate ethernet channels, four serial ports (two of are multiprotocols channels), synchronous I/O protocols such as HDLC and BISYNC. Additional I/O ports include two USB ports and two Ultra DMA 33/66/100 IDE ports.

The device provides up to 64 MB of flash memory, which is hardware write protected against accidental writes. This memory is a 32 bit wide bus, which supports full DMA operations.

Online: www.emlogic.com.au
Phone: 02 9687 1880
Related Products

Acromag AcroPack AP730 Mini PCIe I/O module

The AP730 multifunction I/O module performs analog input, analog output, discrete I/O and...

u-blox SARA R410M 83B dual-mode cellular module for IIoT

u‑blox has announced certification of its dual-mode SARA‑R410M‑83B module for Australia on...

Winmate FM10Q vehicle-mounted computer

Winmate's FM10Q is an Android-based vehicle-mounted computer (VMC). The quad-core Qualcomm...


  • All content Copyright © 2020 Westwick-Farrow Pty Ltd