Radar needs to capture more subtle signals, data centers crave lower power memory, domestic computers need to break through the “user-friendly” barrier, and factory equipment looks forward to “predictive” maintenance. These industry challenges are precisely the breakthrough directions for technological innovation. China Electronics is focused on its main responsibilities and continuously breaking through key technologies, launching multiple innovative products covering high-end chips, smart terminals, and intelligent operations and maintenance, promoting industry transformation and upgrading with a full-stack domestic solution.
China Great Wall’s Great Wall N80F3: Six-Dimensional Upgrades for a Major Enhancement in Domestic Laptop Office Experience
The Great Wall N80F3 laptop released by China Great Wall addresses the pain points of domestic terminal experience through six-dimensional optimization. The product is equipped with the new generation Feiteng Tengrui D3000M processor, offering strong performance; the body is made of aluminum alloy, which is both lightweight and sturdy, weighing only 1.3kg for easy portability; the 14-inch 16:10 screen has a display ratio suitable for office work, allowing for easy document viewing and spreadsheet management without frequent scrolling. Moreover, its battery life is excellent, capable of meeting a full day’s regular office needs on a single charge; features like fingerprint recognition and a privacy switch enhance data security. From performance to battery life, from security to portability, the Great Wall N80F3 truly achieves “user-friendliness”.
Shanghai Beiling BL5118: Three Major Upgrades in DDR5 SPD Chip, Empowering a Revolution in Memory Module Performance
Computers in data centers need to process massive amounts of data, requiring extremely high performance and stability from memory. Shanghai Beiling has launched the new DDR5 SPD chip BL5118, which, based on the previous generation, supports memory module upgrades with three major technological breakthroughs. The new features act like widening the data transmission road, allowing for fast and stable data transfer between memory and the motherboard. Additionally, it includes a high-precision temperature sensor that can monitor the data from three sensor chips in real-time, intelligently preventing overheating and throttling, ensuring that computers can operate stably even under prolonged high loads. This chip has passed compatibility tests with major domestic and international manufacturers, and with 24-hour localized technical support and 100% factory testing assurance, it enhances the operational efficiency and stability of computers in data centers, better meeting the demands of the big data era.
Chengdu Huayi 16GSPS: High-Speed High-Precision A/D Converter, Breaking Through RF Direct Sampling Technology Barriers
In the detection field, it is often necessary to capture extremely subtle signals. The newly released 4-channel 12-bit 16GSPS high-speed high-precision A/D converter from Chengdu Huayi, with ultra-high performance electrical parameters and integration, disrupts the current state of the RF direct sampling ADC field, becoming a benchmark product in the industry. This chip adopts a fully forward design, overcoming industry challenges such as multi-channel synchronization and ultra-wideband signal reception, with core technologies patented domestically and internationally, and can be widely applied in high-speed signal direct sampling, wireless communication, and high-end instruments and meters, leading the technological revolution in RF direct sampling ADC.
China Electronics Zhiwei iFOMS-EAM V3.1.0: AI-Powered Intelligent Operations and Maintenance, Building a New System for Full Lifecycle Management of Equipment
The iFOMS-EAM V3.1.0 intelligent factory equipment asset operation and maintenance system launched by China Electronics Zhiwei integrates AI (DeepSeek) large models and IoT technology to achieve full lifecycle management of equipment. This system integrates a data dashboard, equipment information management, inspection, maintenance, and automated repair processes, constructing a predictive maintenance model through vibration and temperature sensors, with an AI assistant providing professional operation and maintenance advice based on the RAG framework. It supports multi-language switching in Chinese, English, and Thai, as well as mobile NFC scanning operations, and has been implemented in industries such as semiconductors and new energy, achieving a reduction in fault response time by over 50%, helping enterprises reduce safety risks and improve operation and maintenance efficiency.
Correspondents | Wei Gege, Zhou Feng, Zhang Qingqing, Xu Dandan
Editor | Liu Zhaozhe Review | Related Enterprises
Proofreader | Hou Hongyu Published | Party Building Work Department
