Energy Efficiency

Comparison of x86 and ARM Architectures

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Comparison of x86 and ARM Architectures

The x86 architecture and ARM architecture are the two dominant processor architectures today, each leading in high-performance computing and low-power applications, respectively. The x86 architecture employs a Complex Instruction Set Computing (CISC) model, which features powerful instruction capabilities but higher power consumption, making it suitable for high-performance scenarios such as desktop computers and servers, including … Read more

Empowering the PCB Industry: Cracking the Energy Efficiency Code in Two High-Consumption Areas

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Empowering the PCB Industry: Cracking the Energy Efficiency Code in Two High-Consumption Areas

In the wave of upgrading the electronic manufacturing industry, PCB (Printed Circuit Board) companies are facingthe dual challenges of rising energy costs and green transformation. As the “skeleton” of electronic products, energy consumption during the PCB production process has always been a pain point in the industry, with the lamination and solder mask curing processes … Read more

Rectifier Bridges for IoT Components: From Basic Functions to Energy Hubs in Smart Scenarios

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Rectifier Bridges for IoT Components: From Basic Functions to Energy Hubs in Smart Scenarios

1. Core Uses of Rectifier Bridges 1.Core Hub for AC-DC Energy Conversion As the “heart” of the power supply system for IoT devices, the rectifier bridge accurately converts grid AC (AC) into stable DC (DC) through full-bridge or half-bridge topologies, providing essential energy support for subsequent circuits. For example, a three-phase fully controlled bridge rectifier … Read more

Longteng Patent: Strategic Scanning Method Enhances Power Efficiency of LCD Displays

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Longteng Patent: Strategic Scanning Method Enhances Power Efficiency of LCD Displays

The National Intellectual Property Administration’s information display shows that Kunshan Longteng Optoelectronics Co., Ltd. has applied for a patent titled “Line Display Driving Method and Liquid Crystal Display Device,” with publication number CN120431877A, and the application date isJune 2025. Existing liquid crystal display devices (LCD) typically update images by having a control module (such asTcon) … Read more

The Ongoing Multicore Revolution: Exploring the Technological Frontiers and Future Opportunities of MPSoC

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The Ongoing Multicore Revolution: Exploring the Technological Frontiers and Future Opportunities of MPSoC

Introduction: Entering the Multicore World of MPSoC Hello everyone! Imagine how the “brains” behind your smartphone, car, and smart home devices work. Today, we will discuss a technical treasure trove—”Multi-Processor System-on-Chip 1: Architectures.” This book is like an old professor, narrating the story of Multi-Processor System-on-Chip (MPSoC) from its inception to how it has changed … Read more

Allwinner H618 | Rich Audio-Video Interfaces, High Quality and High Performance OTT Chip

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Allwinner H618 | Rich Audio-Video Interfaces, High Quality and High Performance OTT Chip

Click the “blue text” above to follow us!The Allwinner H series focuses on chip products for high-definition video processing, emphasizing high-definition video processing and energy efficiency, suitable for video playback and streaming related products ( set-top boxes etc.). Today, we will briefly introduce the H618 chip from the H series. The H618 integrates a quad-core … Read more

Immersion Liquid Cooling Technology Supports AI Robot Heat Dissipation

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Immersion Liquid Cooling Technology Supports AI Robot Heat Dissipation

Currently, AI robots are experiencing explosive growth, and their continuous evolution relies on a powerful “cooling heart.” With the practical application of large models like NVIDIA’s GB200, which have hundreds of billions of parameters, traditional air cooling technology can no longer meet the demands and has reached its physical limits. At this time, immersion liquid … Read more

Global First Thermodynamic Computing Chip Successfully Taped Out

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Global First Thermodynamic Computing Chip Successfully Taped Out

Source: ContentTranslated from tomshardware. Normal Computing announced the successful tape-out of the world’s first thermodynamic computing chip, CN101. This ASIC is designed specifically for AI/HPC data centers and differs from traditional silicon computing methods by utilizing thermodynamics (and other physical principles) to achieve computational efficiency unmatched by conventional chips. Thermodynamic chips are fundamentally different from … Read more

World’s First Thermodynamic Chip Successfully Taped Out

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World's First Thermodynamic Chip Successfully Taped Out

Click the blue text above to follow for more exciting content The story of the chip is turning a new page. Recently, the American startup Normal Computing announced that their CN101 chip has officially been taped out. This is not just an ordinary chip; it is the world’s first “thermodynamic computing chip,” designed specifically for … Read more

World’s First Thermodynamic Computing Chip Tape-Out Achieves 1000 Times Energy Efficiency for AI Training Loads Compared to Traditional Chips

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World's First Thermodynamic Computing Chip Tape-Out Achieves 1000 Times Energy Efficiency for AI Training Loads Compared to Traditional Chips

On August 14, technology media Tom’s Hardware published a blog post reporting that the American startup Normal Computing announced the successful tape-out of the CN101, which is the world’s first thermodynamic computing chip. Note: Thermodynamic computing is a new computing paradigm that utilizes the thermal noise and randomness of physical systems to perform calculations, achieving … Read more