工业和信息化部发布了《智能网联汽车自动驾驶系统安全要求》强制性国家标准，将于2027年7月1日起正式实施[1]。这一标准从推荐性转变为强制性，标志着自动驾驶行业进入强制监管周期[1]。随着算法、数据、算力三大要素的演进，业界公认行业已进入五年定型周期。
针对不同自动驾驶等级的算力需求，行业已形成共识：L3级自动驾驶的起步门槛为2000TOPS[1]，而L4级则需要向全域6000TOPS以上算力演进[1]。当前车企采用的大算力芯片架构正在快速迭代。理想L9 Livis搭载马赫M100芯片，两颗总算力2560TOPS[1]；小鹏GX顶配配置三颗图灵AI芯片共2250TOPS，其Robotaxi版本则装配四颗芯片总算力达3000TOPS[1]。德赛西威推出的双大脑方案采用两颗大算力芯片共享同一套软件栈，被认为是面向长期的更优解决方案[1]。
业界对自动驾驶技术路径的预判也在逐步明确。何小鹏预判三到五年内L4/L5将实现落地[1]。行业人士余凯则提出了更具体的技术节奏：2028年实现100%脱手开，2030年实现L4闭眼开，2035年实现睡觉开[1]。综合各方观点，自动驾驶的终局或将在2030-2035年间逐渐清晰[1]。
China's Ministry of Industry and Information Technology has released a mandatory national standard for autonomous driving safety, formally titled "Safety Requirements for Intelligent Connected Vehicle Autonomous Driving Systems," set to take effect on July 1, 2027.[1] The shift from voluntary to mandatory standards signals the industry's entry into a period of compulsory regulatory oversight.[1]
The new framework establishes distinct computing power thresholds for different autonomy levels, reflecting industry consensus on hardware requirements.[1] Level 3 autonomous systems require a minimum of 2,000 TOPS, while Level 4 demands progression toward 6,000 TOPS or higher across all domains.[1] Carmakers have begun adopting corresponding architectures: Li Auto's L9 Livis integrates two Mach M100 chips totaling 2,560 TOPS,[1] while Xiaopeng's GX top configuration features three Turing AI chips delivering 2,250 TOPS in standard form and four chips generating 3,000 TOPS in its Robotaxi variant.[1] Desay SV has proposed a dual-brain architecture that pairs two high-performance chips operating on a unified software stack—an approach viewed as a more sustainable long-term solution.[1]
Industry insiders project that the five-year standardization cycle will clarify the autonomous driving landscape by 2030–2035.[1] He Xiaopeng has forecast Level 4 and 5 deployment within three to five years,[1] while Yu Kai has outlined a more granular timeline: 100 percent hands-free operation by 2028, Level 4 eyes-closed driving by 2030, and fully autonomous sleeping driving by 2035.[1]
