Year: 2025

FPV – Tracked Vehicle: 3D Printed Remote-Controlled Mini FPV Tank with Modular Design, ESP32 Control, and Robotic Arm Base

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FPV - Tracked Vehicle: 3D Printed Remote-Controlled Mini FPV Tank with Modular Design, ESP32 Control, and Robotic Arm Base

[3D Printing Daily] Issue 742 <span>For those without a printer, don't worry! You can click on the public account menu 'Local Printing' to contact local friends for printing assistance.</span> 1. Another Servo-Driven FPV Mini Tank <span>[ID:3013262]</span> This micro FPV tank is designed specifically for LEGO tracks (x939) and 360-degree servos. The wheels can be directly … Read more

Low-Cost Word Fitness Boxing Robot Production Plan

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Low-Cost Word Fitness Boxing Robot Production Plan

Are there any friends interested in the project below? 1. Core Components and Cost List | Component | Recommended Solution | Estimated Cost | |——————-|———————————–|—————-| | Main Structure | Inflatable punching bag/sandbag + homemade target | 50-150 CNY | | Impact Detection System | Pressure sensor + foam cushioning layer | 40-80 CNY | | … Read more

Practical Implementation of PWM Dimming

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Practical Implementation of PWM Dimming

Why is PWM dimming considered the “dragon-slaying sword” for electronics enthusiasts? Imagine your LED lights can achieve stepless dimming from a dim candlelight to bright daylight, just like a smartphone screen, by sliding a button. It can even simulate the romantic effect of a breathing light. All of this relies on a magical electronic technique—PWM … Read more

DeepSeek Clarifies Why NanoFramework Runs Less Efficiently Than MicroPython on ESP32

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DeepSeek Clarifies Why NanoFramework Runs Less Efficiently Than MicroPython on ESP32

Some time ago, I was considering using nanoFramework to develop industrial control boards or IO boards suitable for .NET developers, which led to the following article: Can C# nanoFramework be used to develop industrial controllers? A performance comparison between C language and C# on ESP32! I always thought that C# would run more efficiently than … Read more

ArduTFLite: An Arduino-Style TensorFlow Lite Micro Library

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ArduTFLite: An Arduino-Style TensorFlow Lite Micro Library

ArduTFLite——Arduino-style TensorFlow Lite Micro library ArduTFLite library simplifies the use of TensorFlow Lite Micro on Arduino boards, providing a typical Arduino-style API. It avoids the use of pointers or other C++ syntax structures that are discouraged in Arduino sketches. ArduTFLite serves as a wrapper for the Chirale_TensorFlowLite library, which is a port of the official … Read more

Analysis of Introspect MIPI D-PHY & C-PHY DSI CSI Protocol Analyzer

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Analysis of Introspect MIPI D-PHY & C-PHY DSI CSI Protocol Analyzer

The Introspect MIPI D-PHY and C-PHY Analyzer is an ultra-portable high-performance instrument that supports characterization and validation of MIPI D-PHY and C-PHY transmitter ports on the same device. The analyzer operates at speeds of up to 8.5 Gbps for MIPI D-PHY and 6.5 Gsps for C-PHY, combining analog signal measurement capabilities with complex capture and … Read more

Valens Collaborates with Seven MIPI A-PHY Chip Manufacturers to Complete Interoperability Testing, Accelerating the Development of the MIPI A-PHY Ecosystem in China and Globally

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Valens Collaborates with Seven MIPI A-PHY Chip Manufacturers to Complete Interoperability Testing, Accelerating the Development of the MIPI A-PHY Ecosystem in China and Globally

On March 4, 2025, Valens Semiconductor (NYSE: VLN), a global leader in automotive high-speed connectivity technology, announced the successful completion of interoperability testing with seven MIPI A-PHY chip providers. The seven companies are: Analogix, ISEE Technology, Yutai Microelectronics, OmniVision, Silergy, Chipset Technology, and ShouChuan Microelectronics. This testing is a key milestone in promoting the large-scale … Read more

In-Depth Analysis of MIPI M-PHY: The High-Speed Data Highway of Mobile Connectivity!

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In-Depth Analysis of MIPI M-PHY: The High-Speed Data Highway of Mobile Connectivity!

🚀 In-Depth Analysis of MIPI M-PHY: The High-Speed Data Highway of Mobile Connectivity! 📱 Mobile devices are becoming increasingly competitive: faster response times, higher definition videos, and smoother application experiences—achieving all this is a “low-key giant” shining behind the scenes: MIPI M-PHY. Today, we will dissect how it achieves a perfect balance between “speed” and … Read more

MIPI A-PHY and Its Electrostatic Discharge (ESD) Protection

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MIPI A-PHY and Its Electrostatic Discharge (ESD) Protection

#01MIPI A-PHY Background Introduction As an emerging ultra-high-speed wired data transmission method for in-vehicle applications, MIPI A-PHY is a high-speed serializer-deserializer (SerDes) physical layer interface specification designed specifically for automotive applications, aimed at meeting the automotive industry’s demand for high-performance, long-distance communication. The primary feature of this technology is its high speed, followed by reliability, … Read more

MIPI A-PHY and Its Electrostatic Discharge (ESD) Protection

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MIPI A-PHY and Its Electrostatic Discharge (ESD) Protection

This article is approximately 5,700 words long and is recommended for saving and reading. Author | Intuitive Explanation Produced by | Automotive Electronics and Software #01MIPI A-PHY Background Introduction As an emerging ultra-high-speed wired data transmission method for in-vehicle applications, MIPI A-PHY is a high-speed serializer-deserializer (SerDes) physical layer interface specification designed specifically for automotive … Read more