[Product News] Automotive-Grade 1080P MIPI Camera Module Now Available for Intelligent Vision Systems
The UI2-OS02K10-1080P-MIPI_LH-XASZ-DR2200 automotive-grade camera module is now available in stock! Engineered for vehicular vision networks and intelligent driving safety systems, this high-performance module combines an advanced CMOS sensor with superior optical components to deliver clear, low-noise Full HD video across diverse day and night operating conditions.

Key Highlights & Features
- High-Sensitivity Automotive Sensor: Powered by the OmniVision OS02K10 CMOS image sensor, featuring an active resolution of 1920 x 1080 and a large 2.9µm x 2.9µm pixel architecture for enhanced light sensitivity.
- Ultra-Bright F1.55 Aperture: Paired with a 3.0mm Effective Focal Length (EFL), it ensures superior clarity and image capture even in extreme low-light or nighttime environments.
- Advanced Optical Structure: Utilizes a 2G+4P+IR lens composition to minimize optical distortion (distortion < -14.6%).
- Wide Field of View: Delivers broad coverage with a 115.6° Horizontal FOV and 136.6° Diagonal FOV, helping reduce vehicle blind spots and improve overall driving safety.
- High-Speed MIPI Interface: Supports high-speed MIPI streaming for reliable, low-latency video transmission to processing units.
- Compact Form Factor: Compact dimensions (23.82 x 22.88 mm) allow for versatile hardware integration.
Target Applications
- Next-generation automotive surround-view networks
- Advanced Driving Assistance Systems (ADAS)
- Rearview and blind-spot monitoring cameras
- Fleet management and monitoring solutions
Specifications Summary
- Sensor Type: OmniVision OS02K10 (1/2.8")
- Resolution / Pixel Size: 1920 x 1080 / 2.9µm x 2.9µm
- Lens Construction: 2G + 4P + IR (EFL: 3.0mm)
- Aperture (F No.): F1.55
- Field of View (FOV): D136.6° / H115.6° / V61.6°
- Interface: High-speed MIPI
- Focusing Range: 5M
For sample requests, volume inquiries, or technical support, please contact the sales team at sales@egismos.com or visit www.egismos.com.