FPGA Articles - Boardor

The Ultimate Integration: AXIOM Perfectly Combines Arduino, ARM, and FPGA

After two years of development, the AXIOM board has finally been launched. Initially, AXIOM was supported by seven different enterprises from Europe, including three research institutions/universities: the University of Siena, the Barcelona Supercomputing Center, and Fourth, along with four tech companies: SECo, Vimar, Evidence, and Herta Security.

The AXIOM board is the first to combine three different product lines: Arduino, ARM processors, and FPGA. In the design of AXIOM, the best components were chosen to achieve maximum real-time hardware acceleration with

2025-01-16

The New Combination of RISC-V and FPGA — BeagleV-Fire

Recently discovered an interesting development board that is based on RISC-V and FPGA.

This form is my first encounter.

It is the

BeagleV®-Fire

BeagleV®-Fire adopts Microchip's PolarFire® FCVG484E 5-core RISC-V system-on-chip and FPGA architecture.

It has 4 64-bit RV64GC application cores and 1 64-bit RV64IMAC monitor/boot core, with a performance of 3.125 CoreMarks/MHz and 1.714 DMIPS/MHz.

The FPGA part has 23,000 logic elements (4-input LUT + DFF), 68 math blocks (18x18 MACC), and four 12.7Gbps SerDes

2025-01-15

FPGA + ESP32: Create an Arduino-Compatible Spartan Edge Accelerator Development Board

When talking about Arduino, few people associate it with FPGA. Because the two have nothing in common, to be frank, they are quite the opposite.

Arduino is cheap, easy to learn, and simple to use, but it cannot handle complex computations and large projects.

FPGA is flexible and powerful, easily handling complex computations such as audio and video processing, but it is harder to learn and very expensive.

What would happen if we combined the two? It would be like magic! It would

2025-01-12

How to Install Desktop Linux on Windows for FPGA Development

Running EDA tools like Vivado on Linux is significantly faster than on Windows, likely due to optimization issues. Therefore, choosing to develop on Linux is a wise choice (mainly because it's free). In China, people are accustomed to the Windows system, so Linux is less commonly used. Is there a way to work on documents in Windows while also developing for FPGA on Linux?

The answer is: no, what are

2025-01-11

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

Design of VGA/LCD Display Controller Based on FPGA (With Code)

Welcome to the FPGA technology community. The community is vast, and meeting is fate. You can follow the FPGA technology community to obtain other resources of interest in the "adventuring" and "heroic deeds" sections, or chat over drinks.

Today, we bring you the design of a VGA/LCD display controller based on FPGA. Due to the length, it is divided into three parts. Today we present the third part, which includes

2025-01-06

Differences Between FPGA, ARM, ASIC, and SoC

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1. ASIC

ASIC, or Application-Specific Integrated Circuit, refers to integrated circuits designed and manufactured to meet the specific needs of a particular user and electronic system. Currently, using CPLD (Complex Programmable Logic Device) and FPGA (Field Programmable Gate Array) for ASIC design is one of the most popular methods. They share the common feature of being user-programmable

2025-01-03

Book Recommendation: Principles and Implementation of the Fully Programmable SoC based on ARM Cortex-M0

Want to use FPGA to create your own CPU? A few years ago, it was the era of MIPS and RISC, and making a MIPS or RISC processor on FPGA was the dream of every beginner in FPGA. Then, RISC-V created a huge wave, but currently, commercially available RISC-V products are quite rare, and the overall construction is still somewhat cumbersome, with the toolchain not

2025-01-01

Understanding ARM, MCU, DSP, FPGA, and SoC: Key Differences Explained

Source: Yiou.com, CSDN

Organized and published by the Internet of Things Think Tank

Reprint must indicate the source and origin

------ 【Introduction】 ------
This article helps you understand the seemingly complex ARM, MCU, DSP, FPGA, and SoC: what are they? What are the differences?

ARM

The ARM processor is the first RISC microprocessor designed by Acorn Computers for the low-budget market, formerly

2024-12-31

Tag: FPGA

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