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Digital downconverter simulation and test FPGA design and compilation, whether programmed with VHDL or some abstraction, does take time, anywhere from 15 minutes to 5 hours or more. Any debugging ...
HAPS integrated FPGA-based prototyping with HAPS-80 and HAPS ProtoCompiler. While prototypes tend to be brought-up using mature RTL that has passed a significant (>70%) portion of the verification ...
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 ...
It doesn't matter if you're the logic designer, hardware engineer, or systems engineer, or if you wear all of those hats. If you use an FPGA in any sort of complex system with high speeds and ...
Week 9: Counter and Programmable Logic Technologies such as FPGA. Week 10: Digital System Design, Power Analysis and Technology Integration. COMPUTER USAGE: Students learn to use commercial EDA tools ...
Time to digital converters often find use in high energy physical experiments such as exploring subatomic level fine structure in fixed target experiments and collision experiments ... So, M.W. Hall, ...
Digital upconverters (DUCs) and digital downconverters (DDCs) are important components of every modern wireless base station design. While many DUC and DDC designs are available, there is a clear call ...
The higher frequency ADC circuit has been implemented in a Lattice XP2-17 FPGA using an evaluation board. An input signal of 15kHz with a 0V to 3.3V swing was used during testing. The analog signal ...
The general benefits that this brings to our HES-DVM tool is that it provides faster synthesis and design setup in HES-DVM. It enables using FPGA vendors other than Xilinx, and makes HES-DVM not ...
Download this white paper describing the 8 design benefits of using a new FPGA architecture which combines programmable logic with an embedded network-on-chip. By using an FPGA with embedded ...