Enhancing Embedded System Design: Microchip PolarFire SoC Discovery Toolkit

Enhancing Embedded System Design: Microchip PolarFire SoC Discovery Toolkit

In this blog post, we will detail the technical specifications and advantages of the PolarFire® System on Chip (SoC) Discovery Toolkit. Microchip Technology Inc. Frederick Koons 01 PART Utilizing PolarFire® SoC to Enhance Embedded Systems In the rapidly evolving field of embedded systems, the combination of open-source RISC-V architecture and Field Programmable Gate Arrays (FPGAs) … Read more

Unlocking Embedded System Design: Microchip PolarFire SoC Discovery Kit

Unlocking Embedded System Design: Microchip PolarFire SoC Discovery Kit

Hey, explorers and innovators in the embedded systems field, are you ready? Today, I want to recommend an article—Unlocking Embedded System Design: Microchip PolarFire® SoC Discovery Kit. That’s right, it’s that exciting and powerful! Imagine, Microchip, a big player in the embedded world, has been laying the groundwork for us designers, and now it has … Read more

High-Speed Communication Between ARM and FPGA

High-Speed Communication Between ARM and FPGA

Introduction In recent years, with the continuous promotion of China’s new infrastructure and “Made in China 2025”, it has become increasingly difficult for single ARM processors to meet the functional requirements of industrial sites. Particularly in industries such as energy, industrial control, and smart medical care, a processor platform based on ARM+FPGA architecture is often … Read more

Exploring the Synergy Between ARM and FPGA in Modern Industry

Exploring the Synergy Between ARM and FPGA in Modern Industry

IntroductionIn recent years, with the continuous advancement of China’s new infrastructure and China Manufacturing 2025, single ARM processors have increasingly struggled to meet the functional requirements of industrial sites, especially in industries such as energy and electricity, industrial control, and smart healthcare. These sectors typically require ARM+FPGA architecture processor platforms to achieve specific functionalities, such … Read more

Seamless Integration of Functional Modules: PXIe700 Board Extends Functionality via FMC HPC

Seamless Integration of Functional Modules: PXIe700 Board Extends Functionality via FMC HPC

Background Sundance is a supplier of high-performance DSP and FPGA processor boards and I/O modules, supporting high-performance parallel processing applications in fields such as imaging, radar, sonar, analog, industrial control, and military. The products launched by Sundance can flexibly adopt various industry-standard platforms (such as PCI, PCI Express, PMC, and XMC), combined with the latest … Read more

Choosing the Right Power Module for Your Design: A Critical Decision!

Choosing the Right Power Module for Your Design: A Critical Decision!

When transitioning from concept to product, selecting a power supply is essential. An isolated power module provides 12V power for advanced ASICs, microcontrollers, FPGAs, and various other components. As always, these components practically fill the space on the circuit board, providing sufficient power, stability, thermal performance, low noise, and reliability, which challenge the laws of … Read more

Maximizing and Finding the Second Maximum Value Using FPGA

Maximizing and Finding the Second Maximum Value Using FPGA

Welcome FPGA engineers to join the official WeChat group. Implement a module on FPGA to find the maximum value and second maximum value among 32 inputs, given in one clock cycle. (This question is from a forum, an interview question; if you find it inappropriate, please leave a message to delete it.) Clickthe blue wordsto … Read more

Innovations in the Post-Moore Era: Implementing Tiny YOLO V4 on MYIR FPGA to Empower AIoT Applications

Innovations in the Post-Moore Era: Implementing Tiny YOLO V4 on MYIR FPGA to Empower AIoT Applications

Dec. Follow us by clicking the blue text 2024.12 Tip: Learn how to deploy Tiny YOLO v4 on MYIR’s ZU3EG FPGA development board, comparing the performance of FPGA, GPU, and CPU to assist AIoT edge computing applications. 1. Why choose FPGA: Addressing 7nm process and AI limitations In the context of global semiconductor process restrictions … Read more

Practical Design of XC7A100T Core Board and Baseboard – Summary of 70 Lessons

Practical Design of XC7A100T Core Board and Baseboard - Summary of 70 Lessons

New course on FPGA practical training: schematic – PCB – board fabrication – debugging – code validation. 1) The course provides detailed explanations of schematic design and PCB layout wiring rules, writing detailed project design specifications, and understanding how to design each signal. 2) Core board + baseboard architecture; convenient for students to quickly apply … Read more

A Simple Explanation of Xilinx FPGA MIPI Interface

A Simple Explanation of Xilinx FPGA MIPI Interface

Let’s talk about Xilinx’s MIPI solution. Here, we take the ordinary 7 series as the discussion object, while Xilinx’s high-end KU+/MPSOC+ already support MIPI interface IO directly. Due to the special nature of MIPI signals, low power consumption should be fully considered at the design stage. Therefore, the native signal levels of MIPI support both … Read more