Samsung Ships Advanced AI Memory Chips as Tech Companies Advance Autonomous Driving
Samsung began shipping next-generation HBM4E memory chips while new data reveals competitive dynamics in autonomous vehicle deployment.

Samsung Electronics announced it has begun shipping samples of its advanced HBM4E memory chips to customers, marking a significant development in high-performance memory technology crucial for artificial intelligence applications. The company's shares jumped following the announcement, as the faster chips represent the latest generation of high-bandwidth memory used in AI processors and data centers.
Meanwhile, new regulatory filings in Texas have provided unprecedented transparency into the autonomous vehicle industry, revealing substantial differences in fleet sizes between major players. According to state registration data, Tesla's robotaxi fleet in Texas consists of fewer than one-tenth the number of vehicles operated by Waymo, Google's autonomous driving subsidiary.
The automotive technology sector saw significant movement as LG Electronics' stock surged 24% after the company demonstrated new automotive innovations incorporating Google technology. Separately, Chinese electric vehicle manufacturer BYD unveiled what it describes as China's most advanced EV chip, designed to enhance smart-driving capabilities in its vehicles.
In the robotics sector, Chinese startup LinkerBot has emerged as a significant player, reportedly valued at $6 billion while developing dexterous robotic hands for as little as $600 per unit. The company aims to become a standard supplier for humanoid robots and automated factories.
Other technology developments include Nvidia's continued investment in emerging technologies that could reshape the AI industry, while Starbucks announced plans to incorporate AI usage metrics into performance bonuses for its technology workers. Additionally, researchers have developed new processes for extracting lithium from rocks, potentially diversifying supply sources for the critical battery component.