AVM / SURROUND & REAR VIEW
Surround View Camera Lenses for AVM Systems
Evaluate surround view camera lenses by sensor, field coverage, distortion and calibration needs. Explore the TRC-4189A25 platform and request a datasheet.
Discuss your camera program ↗ENGINEERING ANSWER
The right AVM lens is not simply the widest lens. Its projection model, distortion consistency, peripheral MTF, relative illumination, waterproof structure and camera calibration behavior must be designed as one system.
01 / DESIGN PRIORITIES
What the lens must control
- Ultra-wide FOV with a defined projection and distortion profile
- Consistent edge performance for stitching and perception
- Controlled relative illumination and color across the field
- Compact packaging for bumper, grille, mirror or tailgate locations
- Water, dust, vibration and temperature resistance
- Stable calibration from prototype through mass production
LENS SELECTION
A platform to evaluate for your camera
TRC-4189A25
Public selection data: 4MP, 1.53 mm focal length, F/2.0 and 240° diagonal field of view. This surround-view platform needs sensor and calibration review before sample selection.
Does 240° diagonal FOV mean a complete 360° system?
No. The listed angle describes one lens under its specified imaging conditions. Full vehicle surround view depends on camera placement, overlapping views, calibration and image stitching. Confirm the projection and distortion data with the actual sensor.
What should I send to request a sample review?
Send the application, sensor model if known, target HFOV/VFOV/DFOV, available space and evaluation quantity. Diagonal FOV must not be substituted for horizontal FOV. Request the current controlled datasheet; sample availability, pricing and lead time are confirmed individually.
TRC-4189A25 — View parameters and datasheet inquiry options →
02 / PROJECT INPUTS
Information needed to start optical evaluation
- Camera location and minimum scene coverage
- Sensor format and target output resolution
- Target projection / distortion curve
- Stitching and calibration requirements
- IP protection and environmental conditions
- Mechanical envelope and connector constraints