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Nuvoton Technology Corp

Nuvoton Technology Corporation is a semiconductor company that researches, designs, develops, manufactures, and sells integrated circuits (ICs) in Taiwan and internationally. Its offerings include 6-inch wafers, microcontrollers, microprocessors, analog ICs, application-specific SoCs, and solutions for battery management, cloud computing, DSP/ISPs, image sensors, laser diodes, MOSFETs, motor drivers, power management, GUI, IoT, and optical transceivers, along with software and tools. These products serve applications in mobility, artificial intelligence, networking, motor, power and energy, automotive, computing, medical, portable devices, audio/video, consumer and industrial electronics, IoT security, and smart home appliances. Incorporated in 2008 and headquartered in Hsinchu City, Taiwan, the company operates as a subsidiary of Winbond Electronics Corporation.

Price · split & dividend adjusted
News & notes moving 4919.TW
Spatial Computing / AR/VR

Nuvoton Collaborates With Qualcomm to Strengthen Tethered XR Glass SoC Business

Nuvoton Technology Corporation announced a collaboration with Qualcomm Technologies to strengthen its system-on-chip business for tethered XR glass applications. The partnership combines Nuvoton's low-power, XR-optimized SoCs with Qualcomm's Snapdragon XR platforms to accelerate development, improve system performance, and expand XR adoption across industrial and enterprise markets. The integration of Snapdragon Reality Elite with Nuvoton's SoC enables a scalable tethered optical see-through architecture, allowing compute-intensive workloads to remain on a host device while delivering high-quality, low-latency display and sensor data to lightweight glasses. Ken Su, Vice President of Cloud Security Business Group at Nuvoton, said the collaboration represents an important step in expanding the applicability of their SoC solutions for tethered XR Glass and emerging AI-driven XR platforms. Sahil Bansal, Senior Director of Product Management at Qualcomm Technologies, noted that the collaboration aims to support lightweight optical see-through designs balancing performance, power efficiency, and system flexibility.
PR Newswire·93dRead more →