Xilinx 7 series FPGAs include three FPGA families that are all designed for lowest power to enable a common design to scale across families for optimal power, performance, and cost. This guide serves ...

An ASIC's or FPGA's ability to meet an application's demands comes down to a complex tradeoff between performance, density, time-to-market, and cost. Yet Leopard Logic combines FPGA flexibility with ...

Complete Layout, Design and Optimization of a FPGA Configurable Logic Block for minimum energy and delay: The CLB can function as one 8-bit adder, two 4-bit adders, a subtractor, multiplier, counter ...

Configurable logic blocks (CLBs) house the logic for the FPGA. Typically, these CLBs contain enough logic to create a small state machine. A CLB normally contains RAM to create arbitrary combinatorial ...

Microchip Technology has introduced the PIC16F132 and PIC18-Q35 8-bit families of MCUs, as an upgrade over the PIC16F13145, ...

ASIC suppliers have long noted the advantages FPGAs can offer in getting a solution to market a lot faster than a traditional full-custom design. By combining the advantages of ASIC technology and ...

The course meets twice a week. Some lectures will be given by me, and others will be given by students in the class. Discussion questions and reading assignments will be placed on the web before the ...

Snickerdoodle is a $55 ARM-based development board that launched as a competitor to the popular $35 Raspberry Pi. Snickerdoodle(Opens in a new window) is currently in ...

Build a high performance quad-channel H.264 encoder using lowcost, low power FPGAs to deliver higher resolutions and frame rates. Good techniques for FPGA implementations of the mod operation have ...

Homebrew CPUs made out of logic chips are nothing new, but a homebrew FPGA is another matter entirely. [Joshua] sent in a project he whipped up where he made a single logic cell FPGA. Despite how ...