Embedded Computing

COTS

Cornet Technology, designs, manufactures, and supports quality, COTS
PowerPC and Intel-based, single and multi-core processing (dual, quad, etc.)
embedded computing products. These high performance boards are ideal
for signal intelligence and electronic warfare applications and are designed
to operate in ground, air, and shipboard environments.


Build-to-Suit

Cornet Technology also offers custom design and manufacturing of form,
fit, and function replacements as well as original designs to support your
program sustainment and modernization requirements. Dedicated to
customer satisfaction, our highly qualified engineering and manufacturing
staffs will work closely with you to ensure we meet your needs.


Why Cornet Technology?

- In house manufacturing and engineering allows us to give you excellent pricing as well as fast turnarounds
- Volume Flexibility – we’ll design and build small orders for prototypes or tech refreshments, or large production runs
- Long-term availability guarantee through last-time buys and redesign
- Commitment to quality – we are ISO 9001:2000 registered
- 19 plus years of experience in providing excellent products and services to a wide range of government and commercial customers
- Secret Clearance Facility

• CVME7410S
  Cornet Technology’s Celero CVME-7410S solution is ideal for systems designers choosing commercial-off-the-shelf (COTS) products to achieve substantial cost savings and a reduced time-to-market. Within a VME 6U form factor, the Celero CVME-7410S hardware uses a White Electronics PowerPC 7410 processor at 400 MHz. The processor has an AltiVec™ vector-processing engine that is capable of optimizing the performance of mathematically intensive operations. The processor node has a 2 MB on-chip L2 Cache, 128 MB SDRAM, and 32 MB FLASH (expandable to 256 MB). The board has two 32-bit PMC sites for hosting data acquisition or signal conditioning modules or peripherals such as video, MIL-STD-1553B or storage; two RS-232 serial ports; two RS-422 serial ports; two USB 2.0 ports, and two 10/100Base-T Fast Ethernet ports. more...

   

• CVME-7448S
  The Celero CVME features a Freescale PowerPC MPC7448 @ 1.6 GHz processors in VME 6U form factor. Each processor has an AltiVec™ vector-processing engine that is capable of optimizing the performance of mathematically intensive operations. Each processor has separate memory bank architecture, including 1 MB on-processor L2 Cache, 256 MB DDR SDRAM (expandable to 512 MB), and 32 MB Flash (expandable to 256 MB). The board has two 64-bit PMC sites for flexible I/O expansion, two RS-232/422/485 configurable serial ports, a USB 2.0 port, and a 10/100/1000 Base-T Gigibit Ethernet port. more...

   

• CVME-7448M
  The Celero CVME features either two or four Freescale PowerPC MPC7448 @ 1.6 GHz processors in VME VXS (VITA-41, VME Switched Standard) 6U form factor. Each processor has an AltiVec™ vector-processing engine that is capable of optimizing the performance of mathematically intensive operations. Each processor has separate memory bank architecture, including 1 MB on-processor L2 Cache, 256 MB DDR 2 SDRAM, and 32 MB Flash. The board has two 64-bit PMC or XMC (VITA-42, Switched Mezzanine Card) sites for flexible I/O expansion, two RS-232/422/485 configurable serial ports, two RS-232 serial ports, and a 10/100/1000 Base-T Gigibit Ethernet port. The four processors are connected with a PCI-X bus, running at 64-bit/133 MHz. In addition, the four processors and the PMC or XMC I/O expansion sites are linked with a 2.5 GHz PCI Express switched fabric interface. more...

   

• CELERO_21062
  The Celero CVME features up to six Analog Devices 32-bit ADSP-21062 SHARC™ processors at 40 MIPS. Each processor is equipped with a 32-bit IEEE floating-point computation unit and a 4 Mbit on-chip SRAM. For interfacing with data acquisition and other I/O devices, each processor provides six 4-bit SHARC Link Ports. These ports have a maximum data rate of 40 Mbytes/s each. The hardware board also features front-panel accessible RS-232 serial and 10/100Base-T Ethernet ports for external communications, a 4M x 8-bit (4MB) of FLASH for firmware boot-up, and 2M x 16-bit (4MB) of SRAM for storage. more...