The influence of IoT has reached far and wide, pervading the corners of our daily existence and changing the way organizations function. It has opened doors to a multitude of opportunities
Reading data from FPGA The FPGADevice class uses Opal Kelly Python API to: – load bitfile and configure the board using: okCFrontPanel.ConfigureFPGA(bit_file_path) – control data generation by integrating: okCFrontPanel.SetWireInValue(endpoint_addr, value) okCFrontPanel.ActivateTriggerIn(endpoint_addr,
This post will outline the setup of Python application and its usage examples. All necessary files can be found in the Wizzdev GitHub repository under fpga_data_transfer_demo/python/src. To perform data acquisition a
This post will describe the proposed FPGA application architecture. It is not meant to be a step by step tutorial, rather an overview with an explanation of main modules. For the
This post describes how to set up a project in Xilinx Vivado for writing and configuring the program for FPGA. If you are already familiar with Vivado you can skip this
This is the first post of a short tutorial series aiming to demonstrate the capabilities of high-speed data transfer using FPGA based platform and an elementary Python application. FPGA Data Transfer
The influence of IoT has reached far and wide, pervading the corners of our daily existence and changing the way organizations function. It has opened doors to a multitude of opportunities
Reading data from FPGA The FPGADevice class uses Opal Kelly Python API to: – load bitfile and configure the board using: okCFrontPanel.ConfigureFPGA(bit_file_path) – control data generation by integrating: okCFrontPanel.SetWireInValue(endpoint_addr, value) okCFrontPanel.ActivateTriggerIn(endpoint_addr,
This post will outline the setup of Python application and its usage examples. All necessary files can be found in the Wizzdev GitHub repository under fpga_data_transfer_demo/python/src. To perform data acquisition a
This post will describe the proposed FPGA application architecture. It is not meant to be a step by step tutorial, rather an overview with an explanation of main modules. For the
This post describes how to set up a project in Xilinx Vivado for writing and configuring the program for FPGA. If you are already familiar with Vivado you can skip this
This is the first post of a short tutorial series aiming to demonstrate the capabilities of high-speed data transfer using FPGA based platform and an elementary Python application. FPGA Data Transfer
In the evolving landscape of video streaming technology, WebRTC has emerged as a powerful protocol for real-time communication. A popular, simple and open source WebRTC server is Janus implemented in C.
Spacetech future Introduction Space exploration is more advanced than ever before, and future generations might become modern-day Columbus. As we venture into space exploration deeper and deeper, we have
IOT future with AI Introduction IoT is growing faster than ever, but so do the needs, it has to be way faster, smarter, and maximize its efficiency. Traditional cloud
