Low-Light Imaging + HDR
High-sensitivity 2.4 MP low-light sensor with HDR — clean image through dawn, dusk, fog and high-contrast urban scenes.
Daylight / Day-Night Camera
UCMOS-MIPI
SKU · AAD-CAM-UCMOS-MIPI · Low-Light CMOS · MIPI CSI-2
A compact 2.4 MP low-light CMOS day camera with HDR, wired directly to your onboard SoC via MIPI CSI-2. RAW Bayer output, under 10 ms latency, minimum cabling — a standard camera interface for tightly-integrated payloads.
Key Advantage
A high-sensitivity 2.4 MP low-light CMOS with a direct MIPI CSI-2 link to your onboard SoC — RAW Bayer output, under 10 ms latency, no Ethernet stack, minimal wiring.
Highlights
Core specs and the features that make UCMOS-MIPI the daylight eye of the AAD targeting stack.
- 2.4 MP low-light CMOS
- 1920×1080 · 60/30
- FOV(H) 123°
- MIPI CSI-2 · Direct to SoC
Ultra-Low Latency
Under 10 ms over MIPI CSI-2 — RAW Bayer output, no network stack, no transcoding.
Native Digital Output
RAW Bayer directly to the SoC — no frame grabber, no encoder, no analog step in the chain.
MIPI CSI-2 · Direct to SoC
RAW Bayer data delivered directly to the onboard SoC — no Ethernet overhead, no encoder, minimal weight and wiring complexity.
Edge-to-Edge Optics
A target the AI can't resolve is a target it can't engage — so we don't cut corners on the glass.
Most low-cost camera lenses are only sharp in the center of the frame. Toward the edges the image softens, and detection and identification models start to miss or misclassify targets that drift away from the middle of the picture.
Every signature locked — corners and center.
UCMOS-MIPI uses a high-quality lens that holds a uniform, sharp image across the entire frame. Targets are detected and identified just as reliably at the edges as they are dead-center — which matters most in the seconds before a target leaves the field of view.
Edges soften — targets missed at the corners.
Full Specifications
Optical and electrical specifications for the UCMOS-MIPI — MIPI CSI-2 output.
| Detector | 2.4 MP low-light CMOS · HDR |
|---|---|
| Resolution | 1920 × 1080 |
| Pixel pitch | ~3.1 µm |
| Frame rate | 60 / 30 fps |
| Focal length | 2.5 mm |
| Aperture | F/1.8 |
| FOV (H) | 123° |
| Interface | MIPI CSI-2 |
| Output | RAW Bayer — uncompressed, direct to SoC |
| Latency | < 10 ms |
| Power | 5–36 V · 2 W |
| Operating temp. | −20 … +60 °C |
| Dimensions | 21 × 21 × 42 mm · 40 g |
| Adjustable | Video & image parameters available for tuning — can be applied live, in flight |
Built For
A daylight sensor tuned for real-time guidance and onboard AI across strike, ISR and gimbal platforms.
FPV & Interceptor
Real-time terminal guidance
ISR & Recon
Daylight observation & ID
Fixed-Wing UAV
Long-endurance ISR
Tuned for Our Models
UCMOS-MIPI isn't a camera that happens to feed an AI — it's built for ours. Uncompressed frames over MIPI CSI-2 feed Wield-AI at under 10 ms latency, drawing a detection box and confidence score around every target the model recognises.
Test Dataset on Request
We can provide a representative sample dataset — and a fully trained model — so you can validate detection and identification before you commit.
In-House Tonemapping & Tuning
We set the tonemapping and image tuning ourselves, calibrated to the conditions our models are trained on — not a generic factory profile.
Camera & Model, Matched
Because we build both, sensor output and model expectations line up — stronger detection and fewer missed targets out of the box.
Technical Documentation
Want the Full Picture?
MIPI CSI-2 wiring, SoC integration, day/night mode switching, and the AI video pipeline — everything on UCMOS-MIPI lives in our Technical Library.
Learn More in Our Technical Library →Compatible Products
Built to work as one system — camera, compute and AI on a single digital stack.
