Real-time actuation loops are the key to next-generation mobility and robotics
Published2026.07.09 17:15텍사스 인스트루먼트(Texas Instruments, TI)가 9일 엘타워에서 개최한 ‘TI 모빌리티&로보틱스 세미나 2026’에서 ‘차세대 모빌리티·로보틱스를 위한 이더넷 기반 실시간 액추에이션 루프’를 주제로 발표한 허정혁 TI 이사는 로봇과 차세대 모빌리티의 경쟁력이 단순한 모터 성능이 아니라, 모터 제어와 데이터 통신, 기능 안전을 하나로 묶는 실시간 제어 구조에서 나온다고 강조했다.
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“Multi-protocol support motor solution, reducing hardware complexity and maximizing cost”
Heo Jeong-hyuk, Director at Texas Instruments (TI), presented on "Edge AI Real-time Control MCU Optimized for Motor Drive, Factory Automation, and Robotics" at the '2025 e4ds Motor Control Technology Conference' held at COEX in Samseong-dong, Seoul on March 14th. He argued that multi-protocol supported motor solutions capable of handling both motor control and communication functions in MCUs can reduce hardware complexity, shorten development time, and maximize cost efficiency.
2025.03.24by 배종인 기자
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Humanoids: The Key is Motor Control and Power Efficiency
The 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.
2026.03.10by 배종인 기자
TI Supports Physical AI with Integrated Solution Encompassing Hardware and Software
텍사스 인스트루먼트(TI, Texas Instruments)는 김태훈 이사가 ‘e4ds Physical AI Frontier 2026’ 행사에서 ‘클라우드를 넘어 현실(Physical)로: 모빌리티와 산업 현장을 위한 엣지 AI 솔루션’을 주제로 발표를 진행하며, TI는 하드웨어와 소프트웨어를 아우르는 통합 솔루션으로 모빌리티와 산업 현장의 AI 혁신을 지원할 것이라고 밝혔다.
2026.03.17by 배종인 기자
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Next-generation magnetic sensors, Hall effect technology, are changing the game.
Smart door locks, notebooks, wireless earphones, and water/gas meters. Various electronic devices in our daily lives rely on invisible 'magnetic sensors' playing a crucial role, and among these, Hall effect-based in-plane magnetic sensors are emerging as a key sensing technology for next-generation electronic devices and smart infrastructure by simultaneously achieving miniaturization, low power consumption, and high reliability while surpassing the limitations of conventional reed switch and magnetoresistive technologies. In this context, according to a Technical Article titled "Hall Effect: How In-Plane Switches Increase Sensitivity and Reduce Design Costs" by Rishi Ramabadran recently released by Texas Instruments (TI), as miniaturization and low-power operation of electronic devices have accelerated in recent times, new solutions to replace existing magnetic switch technologies are drawing attention.
2026.03.19by 배종인 기자
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TI Innovates Data Center and EV Design Paradigm with Next-Generation Isolated Power Modules
With power demand surging due to AI and electric vehicle proliferation, reliable power supply technology in limited spaces has emerged as a critical industry-wide challenge. Texas Instruments (TI) has unveiled the UCC34141-Q1 and UCC33420 high-performance isolated power modules, which employ proprietary packaging technology to address these requirements and establish a new direction for power design.
2026.03.24by 배종인 기자
