With the industry's easiest-to-use design flow methodology, system design capability, timing closure, and verification solution, this new version of Quartus II software also marks an industry ...

When combined with advances in FPGA technologies that ease complex interface design efforts, Chronology's TimingDesigner can simplify design issues and provide advanced accurate control of high-speed ...

Bringing a methodology together Recent advances in design technology have presented intriguing solutions to address DSP designers' unique challenges. Simulink from The Mathworks, a mathematical ...

Advanced debugging with RocketVision (R) for Virtex-6 devices The GateRocket solution allows designers using Virtex-6 devices to move effortlessly between RTL and the specific FPGA being targeted, ...

Catalog : EECE.6515L Advanced Embedded System Design with FPGA Lab EECE.6515L — Graduate Id: 041759 Offering: 1 Credits: 1-1 Description This lab course is offered to provide the student with the ...

FPGA designs are growing in complexity and the traditional verification methodologies are no longer sufficient. In the past, simulation was not an important stage in the FPGA design flow.

FPGA design is custom silicon design with less effort than full-custom VLSI design. Besides processor cores, FPGAs today not only have logic gates and flip-flops, they also have large Block RAMs, ...

FPGA design tools haven't provided much support for partitioning design work across multiple engineers until recently. Advances in FPGA design planning and place-and-route (PAR) tools, however, now ...

Advanced optimisations pose a higher risk of corrupting the RTL functionality. Certain FPGA synthesis tools support the automatic insertion of hardware safety mechanisms. Safety mechanisms shall not ...