“The Performance Evaluation of Typical Server Application Scenarios” has been launched! – To standardize the construction of a full-stack standard system, promote product technology iteration and upgrades, better showcase the advantages of the full architecture and computing power, and support excellent product and solution brands in enhancing their market expansion through official authoritative certification. The … Read more
Single Instruction Multiple Data (<span>SIMD</span>) is a parallel computing technology that allows a single instruction to process multiple data points simultaneously. SIMD is widely used in modern CPUs and can significantly enhance the performance of compute-intensive tasks such as image processing, machine learning, and scientific computing. As the application of the Go language in high-performance … Read more
Source: Xingneng Assets Editor | Eva In 1987, Tsugio Makimoto, the former chief engineer of Hitachi, proposed that semiconductor products might advance along a path of alternating “standardization” and “customization,” oscillating every ten years. He published this idea in Electronics Weekly in 1991, referring to it as “Makimoto’s Wave.” In recent years, the rapid development … Read more
As NVIDIA chips dominate the high-end robotics market, a Chinese chip company has opened a new competitive field with its unique technological route and strategic layout, using a RISC-V chip that costs only one-third of its competitors. This not only breaks free from bottlenecks but also firmly integrates into the Yushu supply chain with the … Read more
Welcome to the 【Ultimate Programmer】 WeChat public account 【Knowledge Repository】, specially customized for everyone《Qt C++ Architect》 Series–Qt Project Practical Application Issue 121:This issue will focus on a practical and challenging technical topic–【C++17 Features and Qt Framework: High-Performance Cross-Platform Programmer’s Scientific Calculator】.Whether you are a beginner who has just mastered the Qt cross-platform framework and Linux … Read more
3D Printing Liquid Cooling Technology 1. Development Trends of Liquid Cooling Technology and Current Status of 3D Printing Liquid Cooling Technology Currently, liquid cooling technology is in its application infancy globally, especially in the IT industry, primarily used in supercomputing and high-performance computing fields. In the past, liquid cooling technology was mainly based on immersion … Read more
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
On August 14, technology media Tom’s Hardware reported that the American startup Normal Computing has successfully taped out 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 computational results by reaching a … Read more
Star and follow for updates⭐️Don’t miss out on exciting content Since the RISC-V instruction set architecture was born at the University of California, Berkeley in 2010, this open-source architecture has undergone over a decade of development. From its initial academic research and open-source experiments to the establishment of the RISC-V Foundation in 2015, marking the … Read more
In the field of high-performance computing (HPC), improving computational efficiency and breaking through computational bottlenecks has always been an unremitting goal. SIMD (Single Instruction, Multiple Data) and SIMT (Single Instruction, Multiple Threads) technologies act like two sharp blades, cutting through various high-performance computing scenarios and playing a key role in significantly advancing computational capabilities. 1. … Read more