IMX490_GMSL2 oToCAM261

Name: IMX490_GMSL2 oToCAM261
Availability: MadeToOrder

IMX490_GMSL2 oToCAM261

The oToCAM 5MP resolution series offers reliable automotive-grade cameras designed for autonomous driving applications. These cameras use high-sensitivity CMOS sensors to provide solid image quality, effectively meeting the visual detection needs of system products.

Product Features

Robust and durable to withstand extreme environments

oToBrite’s camera modules are built through specialized production processes and rigorously tested to meet IP67 and IP69K standards, ensuring excellent dust and water resistance. These camera modules undergo vibration tests to ensure durability in harsh conditions and feature defogging capabilities to maintain clear vision in humid or rapidly changing environments. These features make the cameras highly reliable in extreme environments, capable of operating at temperatures ranging from -40°C to +85°C. Whether used in desert, mountainous, or wet, humid climates, oToBrite’s camera modules consistently provide stable and clear image output.

Cutting-edge active alignment technology for image precision

oToBrite’s proprietary 5/6-axis active alignment technology significantly enhances optical precision by minimizing the optical axis deviation to just 1 pixel. This ensures that every pixel in the image maintains optimal clarity, delivering superior image quality. By integrating advanced optical design with automated manufacturing processes, this technology achieves unprecedented alignment accuracy, allowing the system to produce sharp and clear images.

Excellent performance with Sony image sensor technology

The IMX490 sensor delivers a high resolution of 2896 × 1876, featuring the industry's highest effective 5.4 megapixels, ideal for wide-angle shooting in ADAS and autonomous driving. With HDR (high dynamic range) of 120 dB (up to 140 dB when prioritizing dynamic range), it incorporates LFM (LED Flicker Mitigation) technology to ensure clear and stable imaging in various environments, making it perfect for intelligent driving systems.