[Image] In Apple’s decade-long journey of developing its own chips, the official release of Mac processors based on the Arm architecture to replace the long-standing Intel x86 architecture marks a historic milestone. Apple has always built its chip empire in two ways: first, through independent research and development, with thousands of employees now in Apple’s … Read more
Recently, BYD has entered the final phase of depleting its non-intelligent vehicle inventory, soon to initiate equal rights for intelligent driving. The conference had some highlights, especially Bosch’s speech on intelligent driving for traditional vehicles. Today, let’s briefly analyze the intelligent driving chip architectures of two third-party companies. 1. Black Sesame Intelligence: Self-developed NPU Architecture … Read more
Introduction to Senhui: Suzhou Senhui Semiconductor, supported by a strong research and technical team, focuses on providing complete process solutions and wafer services for global compound semiconductor customers. The team members have deep experience in the semiconductor industry, with decades of rich capabilities in photolithography, thin film processes, epitaxy, bonding processes, as well as etching, … Read more
At the end of the 18th century, the roar of Watt’s steam engine shattered the tranquility of hand-spinning wheels, leading to the rapid collapse of the textile guilds that had been monopolized by the nobility. Two centuries later, a similar transformation is unfolding. The open-source DeepSeek has broken through the high training costs of OpenAI’s … Read more
Source: Semiconductor Industry Overview Original Author: Feng Ning Traditional chip architectures face severe challenges such as the “memory wall,” “power wall,” and “compute wall.” What are they? What is a unified memory-compute chip? How does it solve these problems? In recent years, with the explosive growth of AI application scenarios, the demand for computational power … Read more
Author / A Bao Editor / A Bao Produced by / A Bao 1990 As mentioned earlier, with each increase in the level of autonomous driving, the required computing power of the chips will increase by dozens of times. The computing power requirement for L2 level autonomous driving is only 2-2.5 TOPS, but for L3 … Read more