Humanoids: The Key is Motor Control and Power Efficiency
Published2026.03.10 09:22The key to humanoid robot design lies in precise internal systems rather than external appearance similar to humans. Technical documentation recently released by Texas Instruments (TI) emphasizes the importance of high-degree-of-freedom motor control, high-efficiency and compact design utilizing GaN-based power devices, and precision control through high-resolution current and voltage sensing. When combined with redundant architecture considering functional safety and fast shutdown design, a reliable robot capable of operating in shared spaces with humans can be completed.
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[2025 e4ds Tech Day] TI Vice President Seungmok Kim: "GaN Automotive Power Systems Open New Possibilities"
As automotive power systems rapidly evolve, GaN (Gallium Nitride) solutions are gaining attention as next-generation automotive power semiconductors, moving away from the previous trend of utilizing silicon (Si) semiconductors in the low-voltage range and silicon carbide (SiC)-based semiconductors in the high-voltage range. GaN provides optimal efficiency in the 200–500V power supply range and enables wide power scaling from 50W to 25kW, allowing simultaneous realization of both power density and system miniaturization. Recently, GaN applications are expanding even in low-voltage systems of 200V or below, making it possible to select the optimal device according to design requirements. In this context, Texas Instruments will participate in the '2025 e4ds Tech Day' event on September 9th to present on the topic of 'Implementing High Power Density and Efficient Digital Power Systems with TI GaN FETs.' We have arranged an interview with Kim Seung-mok, Section Chief at TI, who will be giving the presentation, to learn more about TI's GaN devices.
2025.08.28by 명세환 기자
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TI CEO Park Joong-seo: "Embedded innovation through more products, innovation, and expanded production capacity."
Texas Instruments (TI) held 'TI Embedded Labs 2025' on the 20th at the Westin Seoul Parnas, unveiling innovative technologies and product portfolios in the embedded systems field, with a focus on how TI is addressing the latest trends including SDV, AI, radar, and wireless connectivity. In his keynote address, Park Joong-seo, President and Representative Director of TI Korea, stated that alongside technology development tailored to market demands, TI is actively expanding internal capacity through expanded global manufacturing facilities to ensure supply chain stability.
2025.11.20by 배종인 기자
AM26 MCU-Based Ethernet Ring Architecture Key to Automotive Zone Architecture Innovation
At 'TI Embedded Labs 2025' hosted by Texas Instruments (TI), Park Sung-il, Director at TI, presented "Simplifying Zone Architecture through Ethernet Ring Architecture Design Using AM26 MCU," stating that "the industry has recently been paying attention to ethernet ring architecture utilizing AM26 MCU as a solution that dramatically reduces the complexity of zone architecture."
2025.11.21by 배종인 기자
"In-cabin radar presents a new vehicle safety paradigm."
Texas Instruments (TI) held 'TI Embedded Labs 2025' on the 20th at The Westin Seoul Parnas. On that day, Park Sun-il, Senior Manager, who presented on the topic of 'Combining Radar and Sensor Fusion in Safety-Critical In-Cabin Applications,' stated that in-cabin radar technology mounted inside vehicles is expanding its scope beyond simply assisting drivers to detecting and protecting passengers inside the vehicle, thereby presenting a new safety paradigm.
2025.11.24by 명세환 기자
High-performance SoCs, accelerating the era of autonomous driving, are rapidly emerging as a key player in the automotive industry.
According to a Technical Article from Texas Instruments titled "Why Scalable High-Performance SoCs Are the Future of Autonomous Vehicles," automotive manufacturers are accelerating their transition to software-defined vehicles (SDVs) by adopting centralized computing platforms instead of distributed electronic control unit (ECU) architectures, enabled by high-performance systems-on-chip (SoCs) that simultaneously offer scalability and performance.
2026.01.27by 명세환 기자
