indie acquires ams OSRAM imaging line

indie Semiconductor has signed a definitive agreement to acquire the fabless CMOS image sensor product line of ams OSRAM in a €40m transaction that will expand its sensing portfolio for automotive, industrial automation, and physical AI systems.

The product line has primary operations in Belgium and Portugal and includes intelligent, high-performance CMOS image sensors for industrial, automation, and AI-enabled sensing applications. The consideration comprises a €35m cash payment at closing and a €5m vendor debt note from ams OSRAM.

The transaction remains subject to customary closing conditions and regulatory approvals, with completion expected in the third quarter of 2026. The acquisition adds CMOS imaging to indie’s existing work across radar, LiDAR, ultrasonic sensing, photonics, and perception software.

Mark Tyndall, executive vice president of corporate development and investor relations at indie, said: “By integrating ams’ CMOS imagers with our sensor-fusion hardware and perception software, we’re able to deliver unparalleled sensing systems for next-generation autonomous machines, including emerging applications such as humanoid robots, cobots, and AMRs.”

CMOS image sensors sit at the centre of several electronics design shifts in ADAS, industrial robotics, warehouse automation, smart infrastructure, and machine vision. Camera data is increasingly fused with radar, LiDAR, time-of-flight, ultrasonic, and inertial sensing to build more reliable perception systems in environments where lighting, movement, vibration, and occlusion can change rapidly.

The acquisition expands indie’s ability to offer multimodal sensing systems rather than isolated sensor components. Automotive and industrial customers are demanding perception architectures that reduce integration risk and bring sensing hardware, processing, software, and reference designs closer together. That trend has increased the value of companies with complementary sensor modalities and software capability under one engineering umbrella.

ams OSRAM’s CMOS image sensor technologies include small-form-factor, low-power devices aimed at 2D and 3D vision systems, robotics, AR and VR, drones, biometric access, medical imaging, and factory automation. These applications place tight constraints on sensitivity, package size, power consumption, frame rate, and raw image quality.

Industrial automation is becoming a stronger market for advanced imaging as factories adopt more autonomous handling, inspection, safety, and guidance systems. Vision sensors must increasingly operate with embedded intelligence, local processing, and tighter integration into motion systems. Camera modules used in these environments need performance that can survive variable lighting, dust, reflective surfaces, moving equipment, and constrained installation spaces.

Physical AI systems add another layer of demand. Autonomous mobile robots, collaborative robots, humanoid platforms, and intelligent production equipment require perception systems that can interpret dynamic surroundings and respond in real time. Vision is central to that process, but practical autonomy usually depends on a combination of sensing methods. Depth, velocity, proximity, and image data all contribute to safer and more reliable decision-making.

The acquisition also gives indie a larger European engineering and product footprint through the operations in Belgium and Portugal. Regional technical capability can support automotive and industrial customers that require close application support, product customisation, and supply-chain resilience across long design cycles.

ams OSRAM continues to narrow its portfolio around selected sensing, lighting, and photonics technologies. indie gains an imaging asset that extends its sensor-fusion strategy into CMOS vision. The deal underlines the direction of machine perception: sensing companies are being pushed towards complete, software-aware architectures rather than single-function devices.