Chinese-funded Artificial Intelligence Public Account By 2025, the global number of edge AI hardware devices is expected to reach 2.3 billion, with these chips becoming the invisible engines of the intelligent world. “No year in technological transformation is as exciting as 2025!” commented a senior engineer in the chip industry on the current market. With … Read more
Continuing from the previous article discussing your concerns about WiFi 7 SoC and technology (Part 1), let’s take a look at Broadcom’s masterpiece. This chip is also targeted at the mobile market and is set to launch very soon. However, as shown in the image below, it is clearly different from MTK’s SiP solution. This … Read more
Introduction Using amphiphilic block copolymers as soft templates, the controlled cooperative assembly between inorganic nanomaterials (such as inorganic metal salts, nanoparticles, and polyoxometalates (POMs)) and organic amphiphilic block copolymers through interfacial-induced co-assembly and “bottom-up” assembly is an effective approach to create multifunctional mesoporous nanomaterials. Mesoporous metal-based materials with rich porosity and tunable pore structures not … Read more
AI applications on terminal devices (mobile phones, cars, robots, etc.) are divided into training and inference stages. Training is generally done on servers using NVIDIA graphics cards, which are still a reliable way to obtain ultra-large computing power. The models obtained from training are deployed to terminal devices, which use information captured by sensors such … Read more
Event: On June 11, 2025, Qualcomm announced the launch of the new Snapdragon AR1+ Gen 1 chip designed specifically for high-end smart glasses at the Augmented World Expo (AWE USA 2025) in the United States. Recently, the well-known domestic gold and jewelry company Laofengxiang announced its entry into the AI technology field with the release … Read more
In 2025,Allwinnersuccessivelylaunchedthree new smart processors aimed at general tablet applications:A733, A537, and A333. These three “core” members are positioned as high-end, mid-rangeandentry-levelprocessors, precisely coveringthe diverse needs ofvarious Android tablet products,and can be applied to:tablets, educational products, smart displays, commercial display devices, e-books, cash registers, and other general tablet products,providing just the right performance support fordifferent … Read more
The RK3588 development board underwent temperature and humidity testing at an environmental temperature of 65 degrees Celsius and 90% humidity, successfully passing the test. After completing the temperature and humidity testing, a low-temperature test was conducted, with an environmental temperature below -40 degrees Celsius, and the motherboard successfully passed the test. The RK3588 core board … Read more
This is a deep performance evaluation of the NPU of four chips from Rockchip: RK3588, RK3576, RK3568, and RK3562, integrating multiple practical data and technical analysis to compare their computing power, architecture, and application scenarios: 1.RK3588: Flagship-level AI computing power with full scene coverage NPU Performance: Integrating the third-generation self-developed NPU, with a computing power … Read more
The T820 (T9100) utilizes advanced 6nm EUV process technology, integrating a high-performance application processor with a built-in financial-grade security solution, delivering a new performance experience in the 5G era. Additionally, the T820 (T9100) supports 4K ultra-high-definition video recording, 108MP ultra-high pixel photography, and 120Hz high refresh rate display, significantly enhancing multimedia and entertainment experiences on … Read more
The design of embedded products directly determines the performance, cost, reliability, and time-to-market of the entire device. Faced with a plethora of core board products in the market, how can engineers identify the most suitable “core” for their projects?“ Today, we will deeply analyze the key considerations behind this to help you clear the fog … Read more