Core Technologies:

J-MEX's core strength lies in its proprietary sensing algorithms and multi-sensing fusion technology, which enable precise and reliable motion tracking. Key technological components include:

Velocity Sensing Technology (Vsenx?): This algorithm is designed to accurately and promptly process massive motion signals of moving objects, effectively filtering out noise and interference to provide reliable real-time velocity data. This is crucial for applications requiring precise speed and movement analysis.

Dimensional and Gesture Sensing Technology (Dsenx?): Dsenx? algorithms are used to accurately estimate pitches, rolls, and yaw angles of an object. It incorporates geomagnetic signals for error correction, ensuring reliable measurements in various orientations and enabling accurate gesture recognition.

Motion Sensing Technology (Msenx?): This algorithm estimates the movement of individual sensors by tracking movement time, acceleration, velocity, angular acceleration, and distances of multiple sensors positioned at different points. This allows for comprehensive analysis of overall object or body actions, revealing movement characteristics for in-depth insights.

Angle Sensing Technology (Asenx?): Asenx? utilizes unique statistical methods to eliminate environmental disturbance noise, correct errors, and provide fast calibration. It allows for accurate measurement of tilt angles up to 360 degrees and sensitive detection of small tilt changes, making it suitable for precise leveling and angle measurement applications.

Products and Services:

J-MEX offers a range of products and services built upon its core motion sensing technologies:

Motion Capture Systems: MOXI Smart Suit: This is J-MEX's second-generation motion capture system, awarded the Best Choice Gold Award. It utilizes 9-axis sensors to accurately measure body movements and provide dynamic changes in the angles of main joints. This system is applicable for professional sports training, fitness testing, AR/VR avatar control, and movie/animation character movement development. It allows users to record avatar movements via PC software and developers to apply sensed data to their software. KinMAS: An earlier motion capture product launched by J-MEX, also designed for capturing human movement for analysis and digital applications.

Wearable Fitness Trackers: MOTi: J-MEX started with the MOTi wearable fitness tracker for gym workout users. This device uses multi-sensing fusion technology to track dynamic workouts and analyze exercises, providing seamless integration between physical gym activities and mobile applications. MOTi II: The next generation of their fitness tracker, continuing to leverage multi-sensing fusion technology for enhanced fitness tracking. Smart Fitness Clothing Technology: J-MEX extends its multi-sensing fusion technology beyond standalone trackers to smart fitness clothing, embedding sensors directly into apparel for more integrated and potentially comfortable tracking.

Smart Cycling Lights: BikeSpark Auto-Sensing Rear Light: This innovative product detects bike deceleration using a specialized sensing algorithm, automatically activating a brake warning light. This enhances cycling safety by providing prompt and accurate alerts to others.

Digital Levels and Inclinometers: ANGLE360: A digital level product honored with the "14th Taiwan SMEs Innovation Award." These devices provide precise and stable measurements of levels, inclinations, tilts, and bevels. IM-2D-N Dual-Axis Digital Level: This light-weighted (31g sensing unit) and precision inclinometer features a separation-type structure for accurate angle measurement of delicate objects. It measures tilt angles simultaneously on X and Y axes (range of 15?), offers absolute and relative measurement modes, and includes an audible indicator for convenient 0? detection. It is notably utilized in the semiconductor industry for machine setting, robot arm adjustment, and other industrial measurement demands.

Custom Solutions and Integration: J-MEX also offers services for implementing their multi-sensing fusion technology into other companies' ideas and products. This includes partnering for smart clothing development and other customized motion control needs across various industries. Their expertise allows them to provide complete solutions bridging physical actions with digital applications in areas like industrial control, measurement, consumer electronics, and media entertainment.

Applications and Industries:

J-MEX's technologies and products find applications in a wide array of industries:

Sports and Fitness: Providing advanced tools for sports analysis, professional training, and personal fitness tracking. This includes golf swing analysis (e.g., SwingMotion), gym workout tracking, and insights for trainers and trainees.

Digital Entertainment: Enabling immersive experiences in AR/VR/MR (Augmented Reality/Virtual Reality/Mixed Reality) interactions, VTuber entertainment, and character movement development for games and animation. Their technology allows for real-time human body movement capture and visualization for 3D rendering and virtual interaction.

Industrial Control and Measurement: Supplying high-precision digital levels and inclinometers crucial for applications in the semiconductor industry (e.g., TSMC), machine setting, robot arm adjustment, and general industrial measurement where precise angular information is vital.

Automotive: While not explicitly detailed, motion sensing technology can have applications in automotive systems for gesture control, driver monitoring, and advanced driver-assistance systems (ADAS).

Medical Rehabilitation: J-MEX is exploring innovative service projects for developing children's sensory integration and physical fitness using AI and motion sensing technology, highlighting their potential in rehabilitation and healthcare.

In essence, J-MEX INC is a technology-driven company at the forefront of motion sensing innovation. By developing sophisticated MEMS-based sensing solutions and intelligent algorithms, they empower diverse applications, from enhancing athletic performance and creating immersive digital experiences to ensuring precision in industrial settings. Their commitment to research and development, coupled with a focus on delivering integrated solutions, positions them as a key enabler in the evolving landscape of smart technologies.