Embedded Hardware

 

  • System on Modules (SoM)
  • Single Board Computers (SBC)
  • Development Boards
  • Industrial PCs & Embedded Computers
  • IoT & Edge Computing Gateways
  • AI & Machine Learning Modules
  • Rugged & Industrial-Grade Components
  • Peripherals & Expansion Modules (Displays, Sensors, Power Modules)

DSP Amplifiers Are Not Just Sound Enhancers! Understanding How to Solve Acoustic Challenges in Vehicles…

by
DSP Amplifiers Are Not Just Sound Enhancers! Understanding How to Solve Acoustic Challenges in Vehicles...

Do online and offline comments affect a person’s listening judgment? Yes, they definitely do! Whether in virtual online scenarios or real market practices, the perception that DSP amplifiers = sound flavor enhancers has long existed. Regardless of specifications, technical design, or product quality, achieving a satisfactory sound is indeed challenging for various discerning ears. However, … Read more

New Directions in Humanoid Robots – DSP Controllers

by
New Directions in Humanoid Robots - DSP Controllers

DSP (Digital Signal Processor) is primarily used for processing real-time signals, such as sensor data and image processing. In humanoid robots, it may be used for motion control, computer vision, and speech recognition. Leading Domestic DSP Enterprises: Accelerating Domestic Substitution HiSilicon Technical Breakthrough: The Kirin series SoC integrates DSP cores for Huawei’s Atlas humanoid robot … Read more

Arm Releases New Chip: Flexible PI Substrate at Only 10% Cost of Similar Products

by
Arm Releases New Chip: Flexible PI Substrate at Only 10% Cost of Similar Products

Unlike traditional semiconductor devices, flexible electronic devices are built on substrates such as paper, plastic, or metal foils, utilizing active thin-film semiconductor materials like organic/metal oxides or amorphous silicon. Flexible electronic devices offer advantages such as thinness, uniformity, and low manufacturing costs. Fabricating thin-film transistors (TFTs) on flexible substrates significantly reduces costs, allowing electronic products … Read more

The Origin of ARM: How a Small British Company Invented ARM and Changed the World

by
The Origin of ARM: How a Small British Company Invented ARM and Changed the World

Selected from arstechnica Author: JASON TORCHINSKYTranslated by: Machine HeartEdited by: Panda, Egg Sauce The performance of the Apple M1 chip is powerful, showcasing the immense potential of ARM processors in the desktop computer market, while ARM had already become the absolute ruler of the smartphone market. Where did this chip, which has already taken control … Read more

In-Depth Analysis of Arm Cortex-R52+ Technology

by
In-Depth Analysis of Arm Cortex-R52+ Technology

This article is approximately 8,000 words long, recommended for saving and reading. Author | Beiwai NannxiangProduced by | Chip Technology and Process Cortex-R52+ is an enhanced version of Cortex-R52, designed to meet the integration and virtualization needs of functional safety applications while maintaining software compatibility. It is based on the Armv8-R architecture, providing hardware-level task … Read more

Black Sesame Intelligence: A2000 Chip Scores Higher than Thor, the Battle for Advanced Autonomous Driving Has Yet to Begin

by
Black Sesame Intelligence: A2000 Chip Scores Higher than Thor, the Battle for Advanced Autonomous Driving Has Yet to Begin

The battle for advanced autonomous driving has yet to begin.Author | Wang RuiEditor | Xi Zi “We have achieved and even surpassed the most advanced chips made with 4nm technology using a 7nm process.” At the China Electric Vehicle 100 Forum (2025), Shan Jizhang, founder and CEO of Black Sesame Intelligence Technology Co., Ltd., presented … Read more

Regarding Chips! China Successfully Develops This New Technology

by
Regarding Chips! China Successfully Develops This New Technology

On the 27th, reporters learned from Westlake University that Westlake Instrument (Hangzhou) Technology Co., Ltd., incubated by the university,has successfully developed an automated laser peeling technology for 12-inch silicon carbide substrates, solving the challenges of slicing ultra-large silicon carbide substrates of 12 inches and above.The laser peeling system for silicon carbide substrates. Image source: Westlake … Read more

Intel’s Advanced Packaging: The Technical Force Behind Efficient Integration of AI Chips

by
Intel's Advanced Packaging: The Technical Force Behind Efficient Integration of AI Chips

In the wave of AI development, a technology is stepping from the “backstage” to the “forefront”: advanced packaging in semiconductors. This technology enables the integration of chiplets with different functions, processes, sizes, and manufacturers within a single device, creating system-on-chip (SoC) solutions in a flexible, energy-efficient, and cost-effective manner. As a result, more and more … Read more

Chip + Humanoid Robots + Computing Power: The 5 Fastest Growing Companies!

by
Chip + Humanoid Robots + Computing Power: The 5 Fastest Growing Companies!

Recently, Yushu Technology responded that it has been profitable for at least5 years: this is true. The humanoid robot industry is experiencing a major boom, with more and more companies releasing positive information. Earlier, NVIDIA announced the world’s first humanoid robot inference and skill base model at theGTC conference, opening the door to the era … Read more

China Successfully Develops New Technology for Chip Manufacturing

by
China Successfully Develops New Technology for Chip Manufacturing

On the 27th, reporters learned from West Lake University that West Lake Instruments (Hangzhou) Technology Co., Ltd. (hereinafter referred to as “West Lake Instruments”), incubated by the university, has successfully developed an automated laser peeling technology for 12-inch silicon carbide substrates, solving the challenges of slicing ultra-large silicon carbide substrates of 12 inches and above. … Read more