Learn Hardware design with real FPGAs! In this laboratory, you can learn how to program using two Hardware Design Languages: VHDL or Verilog, and test your code in one of our multiple boards available. Every FPGA has a set of components already place, such as 10 LEDs, 6 7-segment displays or multiple clocks.

This open-source site is designed to support the educational needs of students, engineers, and enthusiasts in the fields of FPGA/ASIC, SoC, and HLS. The content and lab exercises available here draw upon materials from several reputable sources with modifications, including workshops offered by AMD/Xilinx link, the “Parallel Programming for ...

The Computer Organization laboratory exercises are intended to be used with one of the FPGA boards described under Teaching and Project Boards. Each of these boards features an Altera® FPGA or SoC FPGA, a set of input/output devices (switches, LEDs, seven-segment displays, video output, and so on), memory, and other features that are useful ...

Jan 31, 2019 · LAB是其他更基础模块的集合，对应是 Xilinx 公司FPGA里的Configurable Logic Block (CLB)可编程逻辑块。 一个LAB包括控制驱动器和10个ALM可编程逻辑单元的集合，另外有大约四分之一的LAB可以被设置成memory LAB (MLAB)存储型逻辑阵列方块，根据具体型号不同，有可能会有更高比例。 每个MLAB可支持做多10×2 6 =640bits的RAM，它把原本用作储存6输入LUT结果的寄存器作为存储器来用。 相对于块存储器BRAM，MLAB更浅而宽，而且在FPGA …

Aug 22, 2021 · This blog covers the work done as part of my open source contribution to the Google Summer of Code 2021 titled Virtual FPGA Lab. The project aims to mimick the FPGA lab experience in a web browser.

Learn about Intel FPGAs through curriculum created by university professors, which includes videos, lecture slides, and lab manuals. Access resources to teach, research, and develop using Intel® FPGAs and learn about related events.

Field-programmable gate arrays (FPGAs) are a hardware circuits that can be programmed to carry out logical operations. They provide a sweet spot between implementing algorithms in software and fabricating application-specific integrated circuits (ASICs).

Lab 1: Introduction to Xilinx ISE Software and FPGA. Lab 2: Introduction to VHDL. Lab 3: Combinational Circuit Design. Lab 4: ALU Design. Lab 5: Digital Clock. Lab 6: Rotating Squares. Lab 7: Finite State Machines. Lab 8: Finite State Machines II. Lab 9: FSMD Circuits. Lecture Website: http://eem.eskisehir.edu.tr/Ders.aspx?dersId=85

The FPGA/Parallel Computing Lab is focused on solving data, compute and memory intensive problems in the intersection of high speed network processing, data-intensive computing, and high performance computing.

With LabsLand, your students will have access to real Altera® FPGAs boards. No upfront investment required: use real remote FPGA laboratories of the LabsLand network. Pedagogically proven technology: find results in this award-winning article comparing how the LabsLand FPGA labs improves teaching.