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Changxin Technology has announced the mass production of its self-developed next-generation low-power memory LPDDR6, which will first be featured in the Xiaomi 18 Fold flagship foldable smartphone. This marks the world's first commercial launch of LPDDR6 products, signifying a significant milestone for domestic storage companies in achieving global first mass production in high-end memory standards. According to Changxin's semi-annual report, the LPDDR6 chips utilize architectural innovations and data transmission optimization technologies to fully unleash data transmission potential, achieving a peak rate of 12800Mbps, with a maximum chip capacity of 16GB. (Sina Technology)

Changxin Technology has announced the mass production of its self-developed next-generation low-power memory LPDDR6, which will first be featured in the Xiaomi 18 Fold foldable flagship smartphone. This marks the world's first commercial launch of LPDDR6 products, signifying a significant achievement for domestic storage companies in achieving global first mass production in high-end memory standards. According to Changxin's semi-annual report, the LPDDR6 chips utilize architectural innovations and data transmission optimization technologies to fully unleash data transmission potential, achieving a peak rate of 12800Mbps, with a maximum chip capacity of 16GB. (Sina Technology)

On August 29, Meta is testing robots for the maintenance of its AI system's data centers, with applications including replacing network cables, rebooting servers, transporting cabinets, and conducting equipment inspections. The robots currently being tested by Meta are from Watney Robotics, Kinova, and ABB. These robots still face issues such as slow operation speed, limited battery life, difficulties in visual inspection, and challenges in navigating dense cabling and complex obstacles, requiring human supervision and assistance. However, a Meta employee estimated that if the cable replacement robots become fully operational, up to 80% of the work in some positions could be replaced by machines, although this figure is a personal estimate and not an official prediction from Meta. As AI infrastructure continues to expand, Meta is facing a shortage of technical personnel in data centers while also exploring the use of robots to reduce operational costs. Meta stated that the U.S. is experiencing the largest infrastructure construction boom since World War II, and the company is facing a severe shortage of skilled workers, thus 'needing more workers, not fewer.' However, employees are concerned that robots may reduce the demand for experienced technicians and shift remaining work to lower-paid employees who would execute tasks based on AI-generated instructions. Currently, Meta's robots are still unable to independently perform complex repairs, but their further development could redefine whether the expansion of AI data centers creates more jobs or accelerates the automation of technical positions.