DAEJEON–(Korea Newswire)–Thermoeye, a Korean technology company, will showcase its advanced thermal imaging solution, TMC Edge, at the upcoming Mobile World Congress (MWC) 2025 in Barcelona.
TMC Edge promotional video
TMC Edge 1 (Photo: Thermoeye)
The TMC Edge, which received a CES 2025 Innovation Awards, is equipped with a high-resolution 640×512 thermal sensor and a 26TOPS AI chip. This advanced camera delivers precise object detection up to 150 meters with an error rate of less than 2%, maintaining consistent performance even in challenging conditions such as rain, fog, and darkness. Its compact design, measuring under 2 inches, allows for seamless integration into a variety of systems.
Dohwi Kim, CEO of Thermoeye, said, “Participating in MWC 4YFN 2025 is an important opportunity for Thermoeye to connect with global markets,” adding “Building on the recognition we received at CES 2025, we’re eager to demonstrate the value of our technology to the European audience.”
As part of the Shinhan Square Bridge Global Program, which supports Korean startups in their global expansion, Thermoeye will participate in a special pitching session at 4YFN (4 Years From Now), MWC’s startup and innovation platform. The session will take place on Tuesday, March 4th, from 14:30 to 15:30 CET at the Pitching Point in Hall 8.1 – 4YFN.
TMC Edge is designed to meet the needs of autonomous driving systems, robotics, and drones, providing reliable object detection and distance estimation across various environmental conditions. Thermoeye is actively discussing collaboration with Tier 1 OEM manufacturers to further develop its technology.
For more information about Thermoeye and to schedule a meeting during MWC 2025, contact help@thermoeye.co.kr
About Thermoeye
Founded in 2019, Thermoeye specializes in AI-enabled thermal imaging technology, developing solutions for autonomous systems, industrial applications, and safety monitoring. The company combines thermal imaging expertise with AI technology to provide reliable vision solutions for challenging environments.
