Embedded Software & Tools

  • Operating Systems (Linux, RTOS, Android)
  • Firmware Development
  • Embedded Security
  • Development Tools & IDEs
  • AI/ML in Embedded Systems

Renesas Electronics Launches Automotive MCU with Integrated Low-Power Bluetooth

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Renesas Electronics Launches Automotive MCU with Integrated Low-Power Bluetooth

Follow+Star Public Account Number, don’t miss exciting content Source| Renesas Electronics Recently, Renesas Electronics launched the industry’s outstanding new Bluetooth chip — DA14533. This chip integrates a radio frequency transceiver, Arm® M0+ microcontroller, memory, peripherals, and security features into a compact system-on-chip (SoC) design. As the first device in Renesas’ low-power Bluetooth® SoC product family … Read more

Renesas RA Series MCU Naming Method and Selection

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Renesas RA Series MCU Naming Method and Selection

2.2.2 Renesas RA Series MCU Naming Method and Selection 2.2.2.1 Renesas MCU Naming Method Overall Naming: Click to view larger image For beginners, understanding the different numbers and letters in the model numbers of the RA product family can be challenging. We will first take one model from the RA series MCU, R7FA6M5BH2CBG, as an … Read more

Project Sharing | Modifying a Drone Controller: DIY ‘Foam’ Drone

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Project Sharing | Modifying a Drone Controller: DIY 'Foam' Drone

If you don’t want to miss my updates on Zhihu, remember to check the public account in the upper right corner and set it as a star, and take down the stars to send to me. As a DIY enthusiast, I can’t stop! Today’s project involves modification + DIY, tackling both aspects.A while ago, a … Read more

DIY and Modification of Drones

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DIY and Modification of Drones

DIY and modification of drones is a project full of creativity and technical challenges, suitable for enthusiasts interested in drone technology, electronic engineering, and programming. Below is a basic DIY and modification plan for drones, covering steps from building from scratch to later modifications. 1. Define Goals and Requirements Before starting, clarify the purpose and … Read more

In-Depth Analysis of NXP S32K31x Series: High-Performance Automotive MCUs

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In-Depth Analysis of NXP S32K31x Series: High-Performance Automotive MCUs

Click the blue text to follow us The NXP S32K31x series chips utilize the ARM Cortex-M7 processor, offering higher frequencies, larger memory, more compact packaging, and enhanced safety levels (ASIL-B and ASIL-D), making them ideal for applications such as in-vehicle information systems, battery management systems, and body domain controllers. So, what unique advantages does this … Read more

Software-Defined Vehicles: Insights on NXP S32G in Domain Control Applications

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Software-Defined Vehicles: Insights on NXP S32G in Domain Control Applications

1. Automotive Chips are the Cornerstone of Software-Defined VehiclesIntelligent, connected, electrified, and shared vehicles are the development trends in the automotive industry in recent years and the future. Cars are gradually moving away from being mere transportation tools, providing users with richer experiences, engagement, and enjoyment. The realization of an outstanding user experience heavily relies … Read more

In-Depth Analysis of NXP Automotive Chip S32K3

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In-Depth Analysis of NXP Automotive Chip S32K3

The NXP S32K3 series MCU is a general-purpose microcontroller designed specifically for the evolution of automotive electronic and electrical architecture (E/E Architecture), demonstrating significant advantages in applications such as Domain Controllers and Zonal Controllers. Let’s follow along with Jingxin to explore its hardware features, functional safety, software support, and practical application scenarios: Where is the … Read more

ADAS Domain Controller Solution Based on NXP S32V234 and NXP MPC5744P

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ADAS Domain Controller Solution Based on NXP S32V234 and NXP MPC5744P

Traditional automobiles adopt a distributed electronic and electrical architecture, where various ECUs in the vehicle are connected via CAN or LIN buses. Currently, the number of ECUs in vehicles has rapidly increased to dozens or even hundreds, posing challenges to the distributed architecture. With the advent of the autonomous driving era, the perception, control, and … Read more

User Guide: Box Lab RK3399 Development Board

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User Guide: Box Lab RK3399 Development Board

Click the blue text Follow us 1. Introduction to the BL-RK3399-A Development Board The BL-RK3399-A development board is produced by Box Lab based on the RK3399 chip developed by Rockchip. The RK3399 is a six-core processor chip based on a Dual ARM Cortex-A72 + Quad ARM Cortex-A53 architecture, featuring high performance and high scalability, making … Read more

Deploying YOLOV5 on RK3399Pro Development Board

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Deploying YOLOV5 on RK3399Pro Development Board

1. Hardware Devices (1) RK3399Pro Development Board: This is a development board launched by Rockchip, equipped with NPU (Neural-network Processing Units), supporting 8-bit and 16-bit operations, with a computing performance of up to 3.0 TOPs. Compared to similar NPU chips, its performance is leading by as much as 150%, and it is compatible with various … Read more