ADAS / FORWARD & SIDE VIEW
ADAS Camera Lenses for Front and Side View
Evaluate ADAS camera lenses by sensor, field of view, MTF and thermal stability. Explore a 5MP lens platform and request a datasheet or sample review.
Discuss your camera program ↗ENGINEERING ANSWER
A strong ADAS lens specification aligns sensor pixel size, MTF across the full field, distortion strategy, HDR stray-light control, chief ray angle, thermal focus stability and mechanical tolerances before tooling begins.
01 / DESIGN PRIORITIES
What the lens must control
- Resolution matched to the selected automotive image sensor
- Stable MTF from center to edge and across operating temperature
- Ghost and flare control for sunlight, headlamps and high-contrast scenes
- Low F/#, HDR/WDR compatibility and controlled relative illumination
- Mechanical stack-up designed for repeatable active alignment or fixed-focus assembly
- Automotive reliability validation and scalable process control
LENS SELECTION
A platform to evaluate for your camera
TRC-F20227A26
Public selection data: 5MP, 3.44 mm focal length, F/1.6 and 121° diagonal field of view. This ADAS / AVM platform is a starting point for engineering review, not a confirmed match for every front or side camera.
Can one lens serve every ADAS camera?
No. Start with the camera position, sensor and required scene coverage. A wide-view candidate does not automatically suit a narrow-field forward camera. Compare the controlled lens data with your required field of view, MTF, package and operating conditions.
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-F20227A26 — View parameters and datasheet inquiry options →
02 / PROJECT INPUTS
Information needed to start optical evaluation
- Sensor model, optical format and pixel size
- Target HFOV / VFOV / DFOV and distortion model
- Required MTF frequency and field positions
- Operating and storage temperature
- TTL, BFL, mount and envelope constraints
- SOP timing, validation plan and annual volume