The automated graph-based physical synthesis flow currently supports Xilinx Virtex-4, Virtex-II Pro and Spartan-3 FPGA devices. Steve Lass, director, software marketing at Xilinx said, “With the ...

In the past, it was necessary to understand a complex programming language such as Verilog or VHDL, that was designed for a specific FPGA. "Using a familiar language such as OpenCL, developers can ...

FPGA design starts are on the rise due to the lower startup costs and re-programmability that FPGA devices can provide. However, large, complex FPGA devices pose significant challenges to an FPGA ...

FPGA software development tools like SDSoC/SDAccel (), Merlin Compiler (Falcon Computing Solutions), and SpaceStudio (Space Codesign Systems) are commercial solutions that assist software developers ...

The toolchain, or “flow” as the FPGA kids like to call it, consists of three parts: Project IceStorm, a low-level tool that can build the bitstreams that flip individual bits inside the FPGA ...

FPGA design flow to look like Asic flow, says Cadence. Cadence Design Systems is bidding to tackle the issue of closer interaction between hardware and software development. The design tool firm has ...

Exostiv’s FPGA debugging setup costs around $4K although if you are in need of debugging a complex FPGA design and your time has any value, that might not be very expensive.

Solution Extends Support to Include Prodigy Arria 10 Logic Module. San Jose, CA – May 30, 2017 - S2C Inc., a worldwide leader of FPGA-based prototyping solutions for today’s innovative designs, ...

The FPGA prototyping is an efficient approach to perform pre-silicon SoC validation, accelerate system software development and to meet time-to-market demands. The first few major steps in FPGA ...

For IGLOO nano 1.2V core FPGAs, 1.2V programming is supported. Debug support includes embedded ARM Cortex-M3, Cortex-M1, 8051s, and future embedded processor designs. Common interface for hardware and ...