Qualcomm pitches $300 laptop chip and humanoid SoC in single week

The San Diego chipmaker unveiled a Snapdragon platform targeting budget Windows devices alongside a robotics-specific system-on-chip designed for humanoid and industrial machines at Computex. The dual launch signals Qualcomm's intent to leverage its mobile processor architecture across vastly different price points and use cases, from consumer PCs to six-figure robots. Both products share underlying IP but address markets with radically different technical requirements.

NVIDIA released a collection of open source tools and pre-built skills designed to convert robotics workflows into agent-executable tasks. The release targets developers building humanoids, autonomous vehicles, vision AI systems, and industrial digital twins. The company claims the framework reduces development time and costs by providing ready-made capabilities for physical AI systems navigating real-world environments.

The Michigan-based startup closed a Series A round to expand production of its vision-guided industrial robots across North America and international markets. ANSCER's systems combine mobile bases with articulated arms, targeting material handling tasks in factories where full automation remains impractical. The company plans to scale its manufacturing footprint and add distribution partners in sectors including automotive and consumer goods.

Samsung Electronics and Cadence Design Systems have built a chiplet platform targeting physical AI semiconductors for robotics, autonomous vehicles, drones, and factory automation. The foundry play addresses demand for chips that fuse sensor data and control actuators in real time—capabilities distinct from data center AI accelerators. Samsung holds roughly 13% of the global foundry market and now enters direct competition with Intel's edge AI initiatives and TSMC's automotive partnerships.

Yamaha Robotics Group's Chris Elston outlined practical methods for connecting programmable logic controllers with robotic systems, addressing a persistent integration challenge for manufacturers upgrading production lines. The technical leader emphasized how standardized industrial communication protocols now reduce custom engineering requirements, while tempering expectations around artificial intelligence capabilities in near-term factory automation. His comments reflect industry efforts to make robotic deployment accessible to mid-sized manufacturers working within existing control infrastructure.

GE Vernova is acquiring Robotech Automation, a systems integrator already embedded in its supply chain operations, bringing robotics deployment capabilities in-house. The energy equipment manufacturer joins a growing list of industrial players buying their automation partners rather than contracting externally. Financial terms remain undisclosed, but the move signals GE Vernova's intent to control factory automation timelines as it scales production of gas turbines, wind turbines, and power generation equipment across global facilities.