Arducam 12MP 477P Motorized Focus High Quality Camera for NVIDIA® Jetson Nano/Xavier NX/AGX Orin/Orin Nano/Orin NX
Visit the Arducam Store
Check Raspberry Pi version SKU: B0272
The same 12MP High Quality Camera, but with smarter focus control – No more hand touching.
- The intuitive focus control: Fine-tune the focus with keyboard arrow keys.
- The automated focus control: Autofocus with OpenCV examples
Focus motor controlled via camera I2C. No hardware modification required.
Note: For the new version(R32 4.4), please refer to the following link: https://github.com/ArduCAM/MIPI_Camera/releases/tag/v0.0.2
Overview
This Arducam High Quality motorized focus camera module integrates a motor that could be controlled by software for a smarter focus, and you will no longer focus the camera by screwing the lens with your bare hands. Instead, keyboard keys or OpenCV can be used to remotely control the focusing process of your HQ camera. Other than its motorized focus, it offers the same picture quality and camera controls as the Raspberry Pi High Quality camera. However, the Arducam High Quality Camera Modules do not require any hardware modifications to work with the and Jetson Nano/Xavier NX Platform.
Currently, NVIDIA official has released the NVIDIA Jetson Orin series developer board. Based on it, we have also adapted the camera into NVIDIA Jetson Orin kernel.
Note: This camera is released for the official NVIDIA® Jetson™ Developer Kit, and it does not guarantee to support other third-party boards.
★KERNEL CAMERA DRIVER USED
This camera relies on kernel drivers to work – one kernel version, one camera driver. Please refer to the Supported JetPack Version for Different NVIDIA Jetson Platforms to ensure compatibility.
★ SUPPORTED PLATFORM DISCLAIMER
This camera is specifically designed for the official NVIDIA® Jetson™ Developer Kit by default and does not support third-party carrier boards.
★ADDITIONAL ACCESSORY INSTRUCTIONS
The 22-22pin FFC Cable is included in the package. But please note that: If you are using an AGX Orin, an additional camera adapter (B0473) is also required.
Specifications
Camera
| Still Resolution | 12.3 Megapixels |
| Video Modes | NVIDIA Jetson Nano/Xavier NX/Orin NX/Orin Nano/AGX Orin: L4t 32.x: 4032x3040@30fps, 3840x2160@30fps, 1920x1080@60fps L4t 35.x: 4032x3040@20fps, 3840x2160@30fps, 1920x1080@60fps |
| Sensor Resolution | 4056 x 3040 pixels |
| Sensor image area | 6.287mm x 4.712 mm (7.9mm diagonal) |
| Pixel Size | 1.55 µm x 1.55 µm |
| Optical Size | 1/2.3" |
| IR Sensitivity | Integral IR-cut Filter, visible light only |
Lens
| Focus Type | Motorized |
|---|---|
| Focal Length | 3.9mm |
| F.NO | F2.8 |
| Field of View(FOV) | 75°(H) |
| Lens Mount | M12 Mount |
| MOD | 0.3 |
| Back Focal Length | 4.49mm |
| Lens Dimension | Φ14×18.67mm |
Electrical & Mechanical
| Camera Board Size | 38 × 38mm |
|---|---|
| Hole Pitch | Compatible with 29mm, 30mm, 34mm |
| Power requirement | with motorized motor: 3.3V/500mA max without motorized motor: 3.3V/300mA max |
| Peaking Current | 300mA |
Package Contents
- 1 × Arducam 12MP Motorized Focus High Quality Camera for Jetson Nano/Xavier NX with lens
- 1 × 300mm 15pin-22pin flex ribbon cable
- 1 × 300mm 22pin-22pin flex ribbon cable
Documentation
Introduction This Arducam IMX477 High Quality motorized focus camera module integrates a motor that could be controlled by software for a smarter focus, and you will no longer focus the camera by screwing the lens with your bare hands.So how has software focus control made it more convenient? Here is an idea: Arducam provides you […]IMX477 – Motorized Focus Camera
 3D drawing.step | 3D drawing_Case.step |
Blog
Software-Controlled Focus on 12MP IMX477 High Quality Camera: Keyboard Focus Control or Even Autofocus
With a software-controlled focus motor in the lens assembly, Arducam uses OpenCV to automate the focus process on a 12MP IMX477 High Quality Camera on the Raspberry Pi. This is how that looks like. This is specifically about the autofocus HQ camera. If you are interested in the general autofocus topic on Raspberry Pi, we […]
