1. Larger Field of View, Eliminate Visual Blind Zones
Wide-angle and fisheye wide-angle lenses achieve ultra-wide horizontal FOV up to 180°–202°, covering more ground area around the vehicle. For AVM 360° surround view system, four wide-angle cameras can fully stitch a complete bird’s-eye top-down image, effectively removing dead angles beside wheels, corners and car body, greatly reducing scraping and collision risks during parking and low-speed driving.
2. Better Ground Coverage for Low-Speed Safety Assistance
BSD blind spot monitoring, rear view reverse cameras and side auxiliary cameras rely on wide-angle design to capture road conditions, rear vehicles, pedestrians and obstacles in a wider range. It helps ECU judge lane change safety and remind drivers of hidden dangers that cannot be seen by naked eyes or rearview mirrors.
3. Ideal for In-Cabin DMS & OMS Monitoring Coverage
For interior monitoring, wide-angle lenses can cover the whole driver area for DMS fatigue detection, or the entire back row for OMS child left-behind detection with only one single lens. No need to deploy multiple cameras, saving BOM cost and hidden installation space inside the cockpit.
4. Short Object Distance & Large Depth of Field
Wide-angle optical structure features short minimum focusing distance and deep depth of field. Curbs, pillars, parking lines and nearby obstacles can all keep clear focus simultaneously, which is critical for parking algorithm recognition and driver visual judgment.
5. Compact Lens Structure, Easy Vehicle Layout
Most automotive wide-angle lenses adopt glass-plastic hybrid design with short total length and small module volume. They can be embedded in rearview mirrors, bumper holes, A-pillar trim and hidden interior positions without destroying vehicle appearance.
6. High Cost-Effectiveness for Mass Production
G+P wide-angle lenses have mature injection molding process, stable batch consistency and lower unit price. They perfectly match the large-volume delivery demand of mainstream passenger car projects and control overall vision system cost effectively.
