Group 1: Smart Driving Business - The smart driving business of the company has entered a rapid growth phase, with significant breakthroughs in orders, including over 1 billion yuan in contracts for advanced smart driving products [1][2] - The company has expanded its collaboration with leading smart driving algorithm company Momenta, achieving a major project with a well-known domestic brand, set to be mass-produced in 2026 [2] - Strategic investments in smart driving chip companies and successful development of advanced smart driving domain controllers indicate strong progress in the smart driving sector [2][3] Group 2: Robotics Business - The company has proactively entered the robotics components sector, leveraging its core automotive parts expertise to establish a new growth trajectory in humanoid robotics [4] - A wholly-owned subsidiary has been established to develop key robotic components, including battery management systems and integrated control solutions [4] - Collaborations with leading domestic and international robotics companies are increasing, with a focus on core technology development and customized solutions [4] Group 3: Global Capital Platform - The company plans to issue overseas listed shares (H-shares) and has applied for a listing on the Hong Kong Stock Exchange, aiming to enhance its global capital operations [5][6] - Funds raised from the listing will be allocated to R&D, capacity building, international business expansion, and strategic acquisitions [6] - Establishing a global capital platform is expected to facilitate capital operations and accelerate business expansion and industry integration [6]

近日，均胜电子（600699）在机器人"大小脑"及关键零部件的核心技术攻关上取得积极进展，推出行业首创的"大小脑融合+供电+散热"一体化集成的具身智 能机器人"全域控制器"胸腔及底盘总成，为机器人域控提供新一代解决方案。 均胜电子机器人全域控制器胸腔及底盘总成方案 一体化集成域控总成，破解行业两大难题 凭借拟人的智能和类人的形态，具身智能机器人不断走进我们的生活和工作环境中。与传统工业机器人不同，新一代具身智能机器人体积有限。如何在机器 人有限的身体内，实现更高的智能和效率？这是当前行业面临的共性问题。 现在机器人躯体中存在多个控制器，包括大脑控制器、小脑控制器、底盘控制器，不仅硬件模块分散，空间利用率低，还会增加线束连接、系统通信等软硬 件集成的复杂程度，造成供电、散热困难。 机器人有限的体积，同样限制了快速"思考"的能力。随着大模型快速迭代，机器人端侧芯片的AI算力不足，难以有效运行所需的AI模型，特别是VLA模型 (视觉语言动作模型)。如果外挂高性能GPU显卡的主机箱，就会造成机器人行动极为不便；而通过网络连接云端AI算力，机器人则容易受网络延时影响，在 断网情况下甚至无法工作。 双足人形机器人胸腔总成 ...