Today, FPGA designers are using these flexible devices to perform everything from simple glue logic tasks to implementing complicated system on a chip (SoC) functions. The efficiency and ease of ...
This course will give you the foundation for FPGA design in Embedded Systems. You will learn what an FPGA is and how this technology was developed, how to select the best FPGA architecture for a given ...
Microcontrollers and FPGAs often work together in embedded systems. As more functions move into the FPGA, however, debugging the interface between the two devices becomes more difficult. The ...
Today platform-FPGAs are fabricated in nanometer technologies with multi-million gate densities; hard/soft macros such as embedded processors, RAMs, multipliers, DSP blocks, analog cells and high ...
Clock domain crossings are significant sources of field system failures. Despite this fact, designs continue to be released without fully verified CDCs. A false sense of security resulting from ...
You see them at almost every user seminar or industry trade show workshop: the Methodology Managers from XYZ Corporation, who describe the system they use to help the company make sense of the ...
Flexibility is key to FPGA success, but speed is equally important. Achronix almost triples the throughput of the system by taking clock gating to the extreme. The Achronix Speedster FPGAs use a ...
There are a number of system design factors requiring consideration when implementing an FPGA processor. Some of those factors include the use of co-design, processor architectural implementation, ...