Zynq-7000 Articles

Advantages of Discrete ARM+FPGA Compared to ZYNQ SoC

Table of Contents

1. What are the advantages of ARM+FPGA architecture?

2. What are the benefits of discrete ARM+FPGA?

2.1 More interface resources

2.2 Better HMI experience

2.3 Higher ARM main frequency

2.4 Lower development difficulty

3. Free evaluation board trial

4. Product documentation download

1. What are the advantages of ARM+FPGA architecture?

Compared to pure ARM or pure FPGA devices, the ARM+FPGA architecture can bring combined advantages in performance, cost, and power consumption. Each performs its own role, leveraging the unique advantages of its architecture, such as:

(1)

2025-01-09

FPGA + ARM Embedded Development Boards and Various Communication Tests

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The Xilinx Zynq-7000 All Programmable SoC platform based on 28nm technology is a single-chip solution that combines ARM processors and FPGAs, making it very suitable for applications that require both FPGA and processor capabilities. After many years of development, there are now numerous applications in the market, making it a very popular embedded

2025-01-09

Introducing the New Zynq Z-7000S Series with Single ARM Core

Today, Xilinx announces a new product line and three latest devices in the Zynq-7000 SoC and Zynq UltraScale+ MPSoC families!

The new product line is called the Zynq Z-7000S series, with three new devices: Zynq Z-7007S, Zynq Z-7012S, and Zynq Z-7014S. The Zynq Z-7000S devices are specifically designed for smaller embedded designs, making them smaller and slightly slower than other members of the Zynq 7000 SoC series — but this slowness is relative, as these devices still offer the high-performance advantages

2025-01-02

Recommended Book: Embedded System Design and Implementation with Xilinx Zynq-7000: Design Methods Based on ARM Cortex-A9 Dual-Core Processor and Vivado

This book uses Xilinx's XC7Z020 Zynq-7000 SoC device and the latest Xilinx Vivado 2015.4 integrated development environment as a platform, providing a comprehensive introduction to the complete design process of embedded system design. The author has constructed a core learning resource that includes video teaching resources, design case code, teaching materials, QQ group discussions, and more, to facilitate interaction and communication between readers and the author.

Partial Directory:

Chapter 1 Introduction to Zynq-7000 SoC Design1.1 Basics of Fully Programmable System on Chip1.1.1

2024-11-14

What Wonders Will ARM in FPGA’s Clothing Perform? – Zynq

What Wonders Will ARM in FPGA's Clothing Perform? - Zynq

The term Zynq easily brings to mind zinc, the most common chemical element found in batteries, solar screens, alloys, and pharmaceuticals. Zinc can enhance functionality when alloyed with other metals, displaying various colors depending on the alloy's composition. The most common use of zinc is electroplating. So, what is the connection between this name and electroplating? In April 2010, at the Embedded Systems Conference in Silicon Valley, Xilinx released the architecture

2024-11-14

Tag: Zynq-7000

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