The self-developed core chip for laser radar is becoming the choice of leading laser radar players. In September 2023, NIO released its first self-developed chip product: the LiDAR main control chip NX6031, codenamed “Yang Jian.” This chip is used in the Tudatong Falcon laser radar, replacing expensive third-party chips such as FPGA and ADC. It … Read more
Accelerating Domestic Substitution!2025Overview of Domestic NOR Flash Industry Chain Listed Companies (Official Verification Version) With the explosion of AI edge applications and the upgrade of automotive electronics demand, the domesticNOR Flashindustry chain has formed a complete ecosystem of“design-manufacturing-packaging-testing-upstream support”. Local companies continue to rise amid technological breakthroughs and the wave of domestic substitution. Below is … Read more
Automotive Grade High-Performance Intelligent Cockpit Platform Computing Chip (T527V) Function Description and Application Areas The Automotive Grade High-Performance Intelligent Cockpit Platform Computing Chip (T527V) is a processor designed primarily for intelligent cockpits and multi-sensor fusion. This chip is based on a multi-core CPU computing framework using advanced technology, integrating a neural network acceleration engine, ultra-high-definition … Read more
Source: Content from Ruichuang Electronics, thank you! With the continuous fluctuations in domestic and international oil prices, the new energy vehicle market is booming. However, the upstream automotive-grade MCU chips are in short supply. So what are automotive-grade MCU chips, and how are they different from ordinary chips? Today, we will reveal the secrets and … Read more
What are Automotive Grade Chips Automotive chips are the core components of automotive electronic systems and are an important foundation for the transformation and upgrading of the automotive industry. In the automotive manufacturing industry, the reliability requirements for automotive grade chips are undoubtedly higher than those for commercial and industrial grade chips. As the name … Read more
Emerging memory manufacturers are no longer solely emphasizing the potential of MRAM and ReRAM to replace existing memory technologies; instead, they are focusing more on highlighting their reliability in specific applications and environments. MRAM manufacturers Everspin Technologies recently announced the launch of a new MRAM product that meets the AEC-Q100 standard; meanwhile, Weebit Nano has … Read more
Chip Overview The LSPMC06-01Cxxx series is a calibrated absolute pressure sensor series launched by Lingke Sensors. This series utilizes a signal conditioning chip to calibrate and compensate the output of the MEMS core, allowing the product to output high-precision pressure signals across the entire temperature range. Additionally, the product features an LGA package, with package … Read more
This is the automotive-grade microcontroller XL660x series from Shanghai Qipuwei Semiconductor Co., Ltd.: Company and Product: The XL660x series from Shanghai Qipuwei Semiconductor Co., Ltd. is a general-purpose automotive-grade microcontroller (MCU). Product Features Core and Frequency: Based on the ARM Cortex-M3 core, with a maximum frequency of 96MHz. Certification: Passed AEC-Q100 testing and obtained ISO26262 … Read more
This is the BAT32A237 from Zhongwei Semiconductor (Shenzhen) Co., Ltd.: Company and Product: The BAT32A237 from Zhongwei Semiconductor (Shenzhen) Co., Ltd. is an automotive-grade 32-bit general-purpose MCU. Product Features Core and Frequency: Based on the Arm Cortex® – M0+ core, operating at a frequency of 48MHz. Memory: Equipped with 128KB Flash, 12KB SRAM, and 1.5KB … Read more
This article is reprinted from Jiemicro Network Looking back at the past year, Qiu Yujing, CEO of Nanjing Xinch Semiconductor Technology Co., Ltd. (hereinafter referred to as “Xinch Semiconductor”), described it as “almost a continuous process of upgrading and overcoming challenges.” 2020 opened in an unusual manner, catching many industries off guard. However, despite the … Read more