Introduction to PMOD Interface on Xilinx FPGA

Introduction to PMOD Interface on Xilinx FPGA

Welcome FPGA engineers to join the official WeChat technical group Clickthe blue textto follow us at FPGA Home – the best and largest FPGA pure engineer community in China The Pmod interface standard was established by Xilinx’s third-party partner Digilent, and apart from the commonly seen FMC expansion interface, Pmod interface applications are becoming increasingly … Read more

Xilinx FPGA Learning Notes

Xilinx FPGA Learning Notes

Welcome FPGA engineers to join the official WeChat technical group. Clickthe blue textto follow us at FPGA Home – the best and largest pure FPGA engineer community in China. 1. Timing Design Method 1: Implementing through state machines, controlling the FPGA with Verilog to make it fast when necessary and slow otherwise. Method 2: Running … Read more

Comprehensive Analysis of XILINX RFSoC

Comprehensive Analysis of XILINX RFSoC

Limited by the failure of Moore’s Law and Andy’s Law, the semiconductor industry has to find new ways to develop chips. The RFSoC chip from XILINX’s UltraScale++ ZYNQ series is a typical representative, integrating RF ADC, DAC, ARM, FPGA, and more. This is currently the mainstream in the chip industry, and everyone is working on … Read more

Detailed Analysis of FPGA-Based Sine Wave Generators

Detailed Analysis of FPGA-Based Sine Wave Generators

[Topic]: Detailed Analysis of FPGA-Based Sine Wave Generators [Author]: LinCoding [Date]: 2016.12.27 [Disclaimer]: Please indicate the source when reprinting or quoting We all know that FPGA is a digital device, and in the field of communication, it is often necessary to generate a sine wave signal as a modulation signal. The sine wave is generally … Read more

Innovative Image Processing System Based on FPGA

Innovative Image Processing System Based on FPGA

FPGA (Field Programmable Gate Array) is a highly flexible hardware platform widely used in various fields, especially in high-performance computing and artificial intelligence (AI). Compared to traditional processors, FPGAs have advantages in programmability and parallel computing, allowing for customized configurations based on specific application needs. The image processing system based on the Zhongke Yihai Micro … Read more

Development Process and Detailed Introduction of PET Digital Technology

Development Process and Detailed Introduction of PET Digital Technology

1. Development Process of PET Digital Technology In the initial PET systems, energy, position, and time information were converted into digital signals using photomultiplier tubes (PMT), front-end analog circuits, and subsequent analog-to-digital converters (ADC/TDC) for event matching and image reconstruction. Due to the relatively backward chip technology at that time, the analog-to-digital conversion unit could … Read more

How FPGA Engineers Design Complex Systems

How FPGA Engineers Design Complex Systems

In the design of complex systems such as 5G wireless, satellite communication, radar detection, and aerospace control, FPGA engineers play a crucial role. For an FPGA team, it is essential to complete the product design and verification according to project requirements, ensuring project delivery. To maintain efficient communication and progress among FPGA engineers in increasingly … Read more

Designing a Music Player Based on Cortex-M0 on FPGA

Designing a Music Player Based on Cortex-M0 on FPGA

Course Reminder This live stream is a training course for the Amlogic Technology Cup of the Innovation Competition, mainly sharing the design and implementation of a music player based on Cortex-M0 on the FPGA chip from Anlu Technology. First, the course will review the basic principles of FPGA and its development process, introducing the resources … Read more

Key Considerations in FPGA Design

Key Considerations in FPGA Design

Whether you are a logic designer, hardware engineer, or system engineer, or even hold all these titles, if you are using FPGAs in any high-speed and multi-protocol complex system, you are likely to face challenges related to device configuration, power management, IP integration, signal integrity, and other critical design issues. However, you do not have … Read more

FPGA: The Next Generation Robot Perception Processor

FPGA: The Next Generation Robot Perception Processor

Author Introduction: Liu Shaoshan, co-founder of PerceptIn. PhD in Computer Science from the University of California, Irvine, with research interests in intelligent perception computing, system software, architecture, and heterogeneous computing (FPGA, GPU). Currently, PerceptIn focuses on core SLAM technology for augmented reality, virtual reality, and robotics, as well as its implementation and optimization on smart … Read more