Sign in

username:

password:



Not a member?

Search Comp.Arch.Embedded



Search tips

embedded by Keywords

68HC11 | 68HC12 | 8051 | 8052 | ARM | ARM7 | Asic | AT91 | AT91RM9200 | Atmel | AVR | AVRStudio | Bootloader | CFP | CompactFlash | Cygnal | Cypress | Dataflash | DSP | eCos | EEPROM | Embedded Linux | Emulator | Endian | Ethernet | Firewire | FPGA | Freescale | GCC | GNUARM | GSM | H8 | HDLC | I2C | Infineon | Interrupts | Java | JTAG | LCD | LED | LPC2000 | MCU | Microchip | MMC | MPLAB | MSP430 | PC104 | PCB | PCI | PCMCIA | PowerPC | Rabbit | RS232 | RS485 | RTOS | SBC | SDRAM | Sensor | SPI | STK500 | UART | UML | USART | USB | Verilog | VHDL | VxWorks | Xilinx


Ads

Discussion Groups

See Also

DSPFPGAElectronics

Discussion Groups | Comp.Arch.Embedded | C-to-Verilog for embedded designs

There are 1 messages in this thread.

You are currently looking at messages 0 to 1.

C-to-Verilog for embedded designs - Nadav Rotem - 2008-12-14 14:31:00

Hello,

My name is Nadav and I operate the website http://www.c-to-verilog.com
; In the website people can cut-and-paste their C code and it will
"compile" and synthesize it into a Verilog module. You can later
synthesize the core to an FPGA and connect it to a SoC design. The
generated  Verilog is optimized for size, frequency and cycles. The
trade-offs can be decided by the user. I try to parallelize as much as
possible in order to turn  loops into pipelined units. I been working
on the engine for two years now but I only opened the website last
week. I would appreciate any feedback regarding the quality of the
designs, the interfaces for embedded developers, usability, etc.

Nadav Rotem