Cornet’s CT08D05 is a dual redundant MIL-STD-1553 channels and dual SDLC/HDLC channels PMC card. The PMC card fully supported by the latest software technologies and feature rich application programming interface:

• Dual channel Fully Integrated MIL-STD-1553 A/B STANAG 3838 Compliant Terminals
• 4 bits of Isolated discrete digital I/O
• Programmable as Bus Controller or Remote Terminal or Bus Monitor or RT/MT
• Two Independent, 10 Mbit / Second, Full-Duplex SCC Channels
• Supports SDLC/HDLC ModesSupports Linux 2.4/2.6

Cornet’s CTI08D14 PMC card provides a PCI interface to an ARINC 429 data bus. The card contains four receive channels and two transmit channels. Each channel is software configurable for high or low speed. The decoding and sorting of data allows the user to gather data much quicker:

• 128 x 32 Shared RAM Interface for ARINC429 controller
• Four 32 x 32 Receive FIFOs
• Two 32 x 32 Transmit FIFO's
• Programmable 12.5/100KHz bit rate
• Independent data transmit/Receive by each channel
• Filtering & Sorting of data
• Transmit/Receive FIFO status indicator
• Supports Linux 2.4/2.6

Cornet’s CTI06D08 is a high performance, robust embedded graphics accelerator PMC for 2D and 3D applications. The card is designed to meet the PMC form factor specificatio

• Silicon motion’s SM722 Mobile Display Controller
• 8MB SGRAM
• 128-bit 2D/3D rendering engines
• 200 MHz RAMDAC and flat-panel interface  
• 64-bit memory interface and over 1.0GB/s of memory bandwidth
• Dual Application/Dual View capabilities
• Motion Compensation block for playback of DVD video content
• Flat panel support with DVI output
• VGA monitor DB15 output
• VGA and DVI signals on PMC IO connector

• Cornet’s CT08D01 is a PMC SDLC card   provides four channels of high-speed serial data communications on a single-wide PMC
• It can be used in many data communications, LAN/WAN networking and telecommunications applications
• Each of the four channels is fully programmable to support many high performance serial communications protocols,
• Such as asynchronous, monosync, bisync, HDLC, SDLC, LAPB, LAPD, ISDN, and PPP
• Supports a number of protocols, including HDLC, SDLC, LAPB, LAPD, PPP,  ASYNC, and  BISYNC
• Full duplex data rates on each channel are up to 10 Mbit/s for synchronous mode and 2 Mbit/s for asynchronous mode
• Two Independent, 10 Mbit / Second, Full-Duplex SCC Channels
• Supports RS-232/V.28 RS-422/V.10, RS-449/V.36, V.35, EIA-530, EIA-530A
• Supports Linux 2.4/2.6

Cornet’s CTI08D11 is a dual port Giga Bit Ethernet PMC card Powered by an Intel 82548EP Giga Bit Controller. The PMC is compatible with legacy 10/100BASE-TX networks and simplifies the addition of GigE networking into existing PCI embedded systems. PCI-X/PCI 33/66MHz interface:

• Two Gigabit Ethernet ports accessible through front panel and PMC P4
• 1000BASE-T /100BASE-TX & 10BASE-T compatibility
• Auto detect PHY for 10/100/1000 Base-Tx
• 64 KB configurable Transmit and Receive FIFO buffers for each port
• Automatic detection of cable lengths and MDI vs. MDI-X cable at all speeds
• Ports selection between Front panel and PMC P4
• Supports Linux OS

CORNET SSD is a high performance NAND Flash solid state drive on PMC (IEEE1386.1) form factor. PMC can be used in high-speed and high capacity serial ATA interface solid state disk. . Other important features/ specifications of the board are:

• Supports 133 MHz PCI-X 64-bit or Conventional PCI interface
• High-capacity SATA storage PMC
• Rugged SSD for high shock and vibration
• 8GB/16GB & 32GB options
• Support command package auto-write
• 3 additional rear SATA channels
• Supports Serial ATA Generation 2 transfer rate of 3.0 Gb/s
• Serial ATA 1.5/3.0Gbps NAND controller
• Hardware  BCH-code ECC capability
• SLC/MLC NAND Flash supported
• performances up to 90MB/sec read and 70MB/sec write
• PICMG PMC-compliant interface
• Windows and Linux support

Today’s networks require scalable, high-performance platforms with the flexibility to allow network capacity to keep pace with customer’s demands. The Cornet PMC ATM STM-1 Card in PMC form factor provides cost-effective, reliable ATM connectivity at 155 Mbps. The PMC has been designed especially for high-availability, high bandwidth access applications the application includes IP Switching, Routing, and other applications that require the Quality of Service (QoS) guarantees provided by ATM. The Cornet’s PMC STM-1 module can be plugged into any VME, cPCI board. The Cornet PMC STM1 is designed based on high performance chipset from Mind speed and conforms to ATM forum recommendations.

• PCI 32-bit, 33MHz PMC interface
• Conforms to the ATM Forum recommendations
• High performance Mind speed ™ ATM Controller @ 155 Mbps ATM SAR
• Support for ATM AAL5 and AAL0 Adaptation Layers
• Up to 64 K simultaneous Virtual Connections (VCs) supported
• 4MB on-board memory for ATM
• Optical interfaces for 155 Mbps connectivity
• Serial EEPROM to store PCI configuration information.
• One 10/100 BASE-TX port is terminated to P4 PMC connector
• Cornet API and diagnostic utility
• Device drivers Linux 2.4 & 2.6

The Cornet PMC OCTAL UART Card in PMC form factor provides cost-effective, reliable Serial Communication The PMC has been designed especially for high-availability, high bandwidth access applications. The Cornet’s UART-PMC module can be plugged into any VME, cPCI boards those have PMC extender slots. Cornet PMC Provide one channel dedicated RS232 channel and seven nos configurable RS232/422 channels

• PCI 32-bit, 66MHz PMC interface
• Support one dedicated RS232 channel, Full duplex.
• Supports seven Switchable RS232/RS422 channels
• Programmable baud rates for RS232/RS422
• 64 byte transmit & receive FIFO per channel for UART
• Readable FIFO levels
• Global Interrupt Source Register
• General Purpose 16 bit Timer/Counter
• ESD protected transceiver (up to ± 15KV)
• Device drivers Linux 2.4 & 2.6

Cornet ADC/DAC card provides two independent ADC channels and two independent DAC outputs. It integrates two 16-bit ADC channels at 500 KSPS with 100 KHz analog input bandwidth and two 2MSPS 16-bit DAC's with a FPGA for user-code. Ample memory for DMA engines and flexible clocks/triggers on a PMC mezzanine format. The FPGA communicates with the host processor through a dedicated PCI controller chip, leaving the majority of logic uncommitted. API's for accessing I/O, SRAM/SDRAM, and local bus are provided.
The ADC sample clock is supplied by an on-board frequency synthesizer or an external source. The brief specifications of the PMC are given below

• Two Independent 16-bit 500KSPS A/D converters
• ADC input range -
• Two Independent 16-bit 2MSPS D/A converters
• DAC output range-
• 100KHz analog input bandwidth
• Support for under sampling applications
• Xilinx SPARTAN 6 FPGA
• SRAM/SDRAM memory
• Sample clocks: external or on-card PLL
• Voltage - +3.3V DC
• Operating Temperature- -40 to +85 deg C.
• PCB Size PMC Form factor – 149mm x 74mm
• Soft ware support- Linux/VxWorks