S2E22 This summer, a few days before moving, I bought an Orange Pi. As for why I bought it, there isn’t much reason, just to play around and learn a bit. After all, Linux is still quite a tricky thing for me. In fact, Linux is indeed a rather tricky thing, but it doesn’t matter; … Read more
I saw a reply on Zhihu saying that the salary for microcontroller developers is very low. I have spent two phases of my career doing microcontroller development. The salary isn’t very high, but it can reach over 20,000. Linux and microcontroller development are just different technical stacks; the salary largely depends on the companies you … Read more
Our fourth article in the “Getting Started with Raspberry Pi” series will dive into the Linux command line. — Andersn Silva In the third article[1] of this series, we began our exploration of the Raspberry Pi, where I shared how to install Raspbian, the official Linux version for Raspberry Pi. Now that you have installed … Read more
1. Why Not GCC When developing STM32, the compilation toolchain must use gcc-arm-none-eabi. Why not GCC?This relates to cross-compilation in Linux, as we need to compile programs that can run on ARM from a PC. Using GCC will compile programs that run on the PC, so we need to use gcc-arm-none-eabi for cross-compilation~ 2. Introduction … Read more
I have shared a vision with many people that we will soon be able to use modern and powerful devices driven by open-source hardware (OSH) and open-source software. — dmt Compiled from: https://www.darrentoback.com/can-risc-v-linux-of-microprocessors-start-an-open-hardware-renaissance Author: dmtTranslator: geekpi I have shared a vision with many people that we will soon be able to use modern and powerful … Read more
QEMU (Quick EMUlator) is a general-purpose open-source emulator and virtualization tool that can simulate most CPU platforms, such as x86, ARM, ARM64, RISC-V, PowerPC, MIPS, etc. It can also simulate various hardware peripherals, such as memory, emmc, sdcard, usb, etc. Therefore, through QEMU, we can simulate a development board. During the chip development process, chip … Read more
Building a palm-sized Linux computer, all it takes is a Raspberry Pi and some components? Yes, you read that right, someone has done it! With a 36-key touch keyboard, a 4.3-inch touch display, and a Linux system, it has all the functionalities and can be held in one hand: With a battery life of up … Read more
iTOP -RK3588 development board user manual is now available, and subsequent materials will be continuously updated to help users get started quickly and greatly enhance R&D speed. The Xunwei RK3588 development board has completed adaptation for the Linux system, and new documentation tutorials have been added to assist everyone in learning—《itop-3588 Development Board Linux System … Read more
There is very little information on how to deploy .NET Core 2 on Linux ARM processors. I found a few articles online, but they were not detailed enough, and I hit a wall following their tutorials. After several days of struggle, I finally succeeded in the deployment. Here is a successful run screenshot: 1. In … Read more
I am Lao Wen, an embedded engineer who loves learning. Follow me to become better together! In the previous article, we had a preliminary understanding of the data framework for the Feilin OK3588-C development kit. For the content of the previous article, you can click here: The performance of embedded ARM chips is getting more … Read more