See how to integrate your custom FIR with Xilinx DSP IP such as their DDS Compiler IP.
Extension of 'Mini But Mighty, the MiniZed and Vitis for Motor Control' project by Adam Taylor with HC-SR04 to control the speed.
Wireless communication in between two FPGAs. Compressed image will be sent to another FPGA board. So you can send your images very quickly.
Here we demonstrate how to build fundamental CanSat electronics using a Cmod A7 FPGA board.
Python-powered edge analytics and machine learning for electric drives.
Sweep 'n' Play is a FPGA-based games consoles that offers you a new you way to play from your smartphone or tablet.
This reference tutorial shows the details and steps for "interfacing Avnet-FMC-HDMI converter with ZedBoard and implementing Sobel HLS IP".
With this project, we want to create a new platform for communication.
This project implements a UART transmit logic design in HLS.
Using Eclypse Z7 to generate an FSK signal and Genesys ZU for implement a single tone detector algorithm executed in the RTU.
This project implements a digital dice roller on Basys3 board using HLS.
In this project I'll show you how to implement a BCD decoder on the BASYS 3 using the switches and the 7 segments display on the board.
Based on Adam Taylor's - Mini But Mighty, the MiniZed and Vitis for motor control, Bob the Blue Robot Dude dances to MiniZed control.
The goal of this project is to demonstrate the capability of HLS in designing a digital clock system.
Builds on the project Mini But Mightyu, the MiniZed and Vitis for Motor Control using the built in accelerometer to control the speed.
A how-to create PYNQ for Minized using EMMC memory
Minized - Vitis Accelerated platform with PMOD SD-CARD adapter
A tutorial how to port Eclypse-Z7 to PYNQ, some IP synthesis and led blinking.
See how to get the TE0711 SoM running on the TE0701 baseboard from Trenz Electronic.
This mini-project shows how to display a floating-point number on 7-segments using C/C++ HLS.
Step by step how to build working PYNQ on Minized with USB camera and WI-FI.
This project demonstrates the capability of high-level synthesis in describing digital systems by implementing a 0-9 Up/Down counter.
Improvising on Precision Farming technique, through combined efforts of DL & sensing Electrophysiological response from plant.
PLC with an HMI operator panel. System is able to be used with real automation objects. Showcased on miniaturized, fully-functional models.