This is a massive step for Physical AI and $XPEV. Xpeng just announced one of the most important robotics news this year. The first automated production line for advanced general‑purpose humanoid robots has been finished and successfully started production. Over 80% of production is fully automated, 85% of the supply chain overlaps with EV's. This is extremely effective. The timeplan is extremely ambitious: - Production of IRON is starting right now - Massproduction starting End of Year - 2027: Officially sell humanoids in china and overseas And Xpeng isn't known to miss on their targets. Physical AI is coming a lot faster than expected.

China’s CXMT Begins Mass Production on New Memory-Chip Process Platform Hefei-based memory-chip maker CXMT said it had reduced the spacing between key structures in the chip’s data-storage region to 11.95 nanometres (nm), or approximately 12 billionths of a metre. The company achieved this using “quadruple patterning,” a technique that repeats multiple manufacturing steps to create finer circuit patterns. According to CXMT, the platform can produce at least 50% more gross dies per wafer than its fourth-generation platform, based on an 8-gigabit (Gb) chip. The company said it developed the platform using computer simulations and collaboration with Chinese semiconductor-equipment manufacturers on critical production steps.

China has begun mass production of domestically developed immersion DUV lithography machines for the first time, Reuters reported, marking a major step toward semiconductor self-sufficiency. The systems are used to manufacture advanced chips, though they still lag behind those of Dutch market leader ASML. The move comes as US export controls and Dutch restrictions continue to block China's access to the most advanced EUV and some DUV lithography equipment.

China’s CXMT just started mass production of its 5th-gen DRAM packing more memory onto each chip while getting at least 50% more dies from every wafer. It also launched 24Gb LPDDR5X with 50% more capacity as China keeps pushing to reduce its reliance on foreign memory tech.

CHINA’S 🇨🇳 CXMT BEGINS MASS PRODUCTION OF FIFTH-GEN DRAM PLATFORM CXMT says the platform reduces key memory-cell spacing to 11.95nm using quadruple patterning, allowing more memory to be packed onto each chip. It also unveiled two new 24-gigabit LPDDR5X chips for smartphones and portable devices, each offering 50% more capacity than its previous comparable products. The manufacturing improvement is also significant: CXMT says the new platform can produce at least 50% more gross chip dies per wafer than its fourth-generation process, based on an 8-gigabit chip. That figure refers to the number of potential dies produced before defective chips are removed, not a 50% improvement in final manufacturing yield. CXMT says critical parts of the process were developed through computer simulations and joint R&D with Chinese semiconductor-equipment makers, as China continues reducing its dependence on foreign chipmaking technology. Source: Reuters

Tesla is moving Optimus toward mass production, with orders already going to Chinese suppliers. China’s 21st Century Business Herald reports that Tesla began a new round of supplier audits on September 17, after its team arrived in Ningbo. The reported work includes checking production consistency and helping suppliers set up equipment. Earlier audits covered joint modules, precision parts and assembly quality, using automotive-style requirements for production speed and yield. July supply-chain reporting described parts orders covering hundreds of Gen3 robots and supplier expansion plans based on 100,000 robots. Suppliers are expanding capacity and developing new production processes. Meanwhile, component costs are being broken down against an eventual selling-price target of around $20,000, making faster production and fewer defective parts central to the ramp. The production plan calls for converting Fremont’s Model S/X lines for Optimus, targeting a start by the end of 2026 and eventual capacity of 1 million robots a year. Initial deployments are intended for Tesla’s own factories.

AGIBOT A3 Ultra is moving from mass production into real-world deployment. It’s already working in hotels, auto dealerships, supermarkets and metro inspection scenarios, with more deployments underway. Built for continuous operation, A3 Ultra can work autonomously, take on different tasks and collaborate with other robots. This is what humanoid robotics looks like when it starts moving beyond demos and into everyday operations. #AGIBOT# #AGIBOTA3Ultra# #HumanoidRobotics# #EmbodiedAI#

China has built its first automated satellite mass-production assembly line in Xiongan. The line can produce a satellite in just about 30 hours, instead of 7 days on a traditional line.

Chinese Media: CXMT’s LPDDR6 Nearing Mass Production According to a source cited by Chinese media, CXMT has made further progress in developing LPDDR6, with development validation now nearing completion and mass production one step closer. CXMT’s first LPDDR6 product reportedly has a design data rate of 12,800Mbps and a baseline operating speed of 10,667Mbps when paired with an SoC. It features 16Gb memory dies and a total package capacity of 16GB, using a 1,295-ball PoP package. It is also said to offer significant improvements over LPDDR5X in low-power design and RAS—reliability, availability, and serviceability.