Innovation with heart

Melexis unveils the MLX91229, a conventional-Hall current sensor featuring a sigma-delta digital output to improve signal integrity in electrically noisy environments.

Melexis current sensor ICs are integrated into FINEST traction inverters for next-gen EV platforms, enabling precise current measurement for motor control, efficiency and system safety.

Melexis unveils the MLX92344, a PCB-less 2-wire Hall switch for contactless detection of up to four positions, enabling smaller, safer and more flexible automotive body electronics.

Melexis announces the MLX81119, an 18-channel LIN RGB LED controller with integrated DC/DC converter, reducing power loss, components and space in automotive lighting applications like door panels, dashboards and charge ports.

Sales for the first quarter of 2026 were 202.1 million EUR, an increase of 2% compared to the same quarter of the previous year and a decrease of 6% compared to the previous quarter.

Melexis partners with OYMotion to integrate Tactaxis, a breakthrough magnetic tactile sensor, into next-gen robotic hands. This collaboration bridges the gap between AI and physical touch, delivering human-like dexterity and 3D force sensing.

Melexis introduces the MLX80339, a code-free three-phase fan driver IC enabling efficient, low-noise BLDC motor control. With pre-validated logic and an intuitive interface, it allows fast deployment without software development overhead.

Melexis establishes Melexis Integrated Systems (Shanghai) Co., Ltd, a new WFOE in China. This autonomous organization accelerates local supply chains, enhances decision-making, and launches a dedicated robotics team to drive regional growth.

Marc Biron, CEO of Melexis, shares insights on 2025 achievements and 2026 ambitions, highlighting 19 innovations, the future of electrification and robotics, and the company’s people-driven culture.

Melexis launches the 'Protective Devices' product line. Its first innovation, the MLX91299 silicon-based RC snubber, reduces SiC switching losses by 50%, directly increasing EV driving range and enhancing high-voltage system safety and efficiency.