Core Viewpoint - The rise of humanoid robots has gained significant attention following a performance at a Spring Festival gala, highlighting advancements in embodied intelligence and the need for improved hardware, particularly chips, to overcome existing challenges [1] Group 1: Humanoid Robot Development - Humanoid robots are increasingly compared to upright vehicles, requiring perception systems, high-performance chips, and effective power management for extended operation [2] - The execution capabilities of humanoid robots differ from cars, as they must also manipulate objects with dexterity, particularly through their hands [2] Group 2: ADI's Role in Humanoid Robotics - ADI has been involved in the robotics market for years and is now accelerating its offerings, including traditional chips and subsystems to facilitate product design and implementation [4] - ADI provides a range of products for humanoid robots, including sensors, internal connection systems, motor control modules, and power management solutions [5] Group 3: Connection Technologies - GMSL (Gigabit Multimedia Serial Link) is highlighted as a key technology for internal connections in humanoid robots, offering efficient data transmission and improved performance [9] - ADI's GMSL solution supports real-time transmission of video, sensor data, and power, making it suitable for the complex requirements of humanoid robots [10] Group 4: Isolation and Control Solutions - ADI offers isolation devices to protect sensitive electronics in humanoid robots from electrical interference, ensuring reliable operation in challenging environments [10] - The ADMT4000 solution provides precise joint control for robotic arms, enabling memory of positions even after power loss, thus enhancing operational reliability [12][14] Group 5: Challenges in Dexterous Manipulation - The development of dexterous hands, referred to as "smart hands," is a critical challenge in the humanoid robotics industry, requiring advanced sensors and AI algorithms [15] - Simplifying internal connections within these dexterous hands is also a significant focus for developers [15]

如果您希望可以时常见面，欢迎标星收藏哦~ 因为智能汽车的崛起，过去几年Serdes芯片市场关注度飞升。 根据盖世汽车研究院经分析预测，至2023年全球车载SerDes芯片市场规模就将达到数十亿美元， 未来十年，这一市场将朝着百亿美元规模高速发展。这其中，基于中国智能驾驶发展现况及潜力， 有望占四成。 然而在这巨大的机遇背后，SerDes芯片存在一些固有的格局。例如迄今，这个市场主要是由ADI 和TI两家模拟芯片供应商把持，他们分别利用GMSL和FPD-Link的先发优势统领了市场。由于这 两家厂商的协议都是私有的，这就让其他想插足这个市场的厂商各出奇招。 但随着GMSL官宣开源以后，SerDes市场一夜生变。 SerDes，双王争霸 如上所述，SerDes是一个双王争霸的市场。当中，FPD-Link（Flat Panel Display Link）是由美 国国家半导体公司（现隶属于德州仪器）于 1996 年创建的原始高速数字视频接口。FPD-Link 是 低压差分信号(LVDS) 标准的首个大规模应用。美国国家半导体公司立即为 FPD-Link 技术提供了 互 操 作 性 规 范 ， 以 推 广 其 作 为 ...