Description
Overview
The Arducam xISP – Swift AR0234 is a high-performance 2.3MP MIPI camera designed for the NVIDIA® Jetson™ ORIN™ NX and Orin™ Nano platforms. Featuring Arducam’s proprietary external ISP, ImageEK, this camera is equipped with a global shutter, making it ideal for capturing sharp images of fast-moving objects, ensuring clarity and precision in dynamic environments.
Arducam ImageEK is our proprietary flexible external ISP solution tailored for embedded vision proof of concept (PoC) applications. Designed to unleash the full potential of high-performance image sensors on mainstream embedded platforms, ImageEK provides users with powerful and easy-to-use image processing capabilities, enabling the development of more advanced and versatile applications.
Applications
- Gesture recognition
- 3D scanning
- Position tracking
- Machine vision
- AR/VR/MR/XR
- Robotics
- IoT Devices
Features
- Pre-tuned ISP: The Darksee camera is equipped with Arducam’s proprietary external ISP (ImageEK) integrated directly on the camera board, ensuring optimized image processing for superior output.
- Global Shutter: Designed for capturing images of fast-moving objects, minimizing motion blur and ensuring high-quality imagery.
- Increased Flexibility: The FPGA-based ISP offers greater flexibility, significantly offloading ISP support from SoC vendors.
- User-Friendly Design: Utilizes universal camera drivers and standard video device nodes from the native V4L2 interface, along with a single kernel driver for all cameras, simplifying integration.
- Diverse Sensor Options: Supports a wide selection of high-performance sensors, accommodating various applications, including options for resolutions up to 50MP.
- Cross-Platform Support: Thanks to the open-source camera driver, xISP cameras ensure compatibility across different platforms while preserving end users’ R&D design assets during camera or platform transitions.
- Customization Support: Arducam provides flexible and timely customized ISP R&D support to cater to specific project needs.
- Accelerated Time to Market: Off-the-shelf solutions and quick customization services enable users to bring products to market faster and focus on their projects more efficiently.
- Cost-Effective Solutions: Users can select different solutions at various stages of proof of concept (PoC) and small production runs, resulting in a lower total cost.
Specifications
| Image Sensor | |
| Sensor | AR0234 |
| Still Resolution | 2.3 Megapixels |
| Color Filter Type | Color |
| Shutter Type | Global Shutter |
| Optical Size | 1/2.6″ |
| Output Format | UYVY |
| Pixel Size | 3 µm x 3 µm |
| Sensor Active Area | 1920(H)×1200(V) |
| Frame Rate | 1920×1200@20fps； 960×600@80fps | Lens |
| Focus Type | Manual Focus |
| FOV | 98°(D)×85°(H)×69°(V) |
| Lens Mount | M12 |
| F.NO | F2.5 |
| E.F.L | 3.56mm |
| Default Focus Range | 1m-∞ |
| IR Sensitivity | Integral IR-cut Filter, visible light only |
| Electrical and Mechanical | |
| Operating Voltage | 3.3V |
| Operating Temp. | 0℃~70℃ |
| Power Requirements | MAX:3.3V*350mA |
| Camera Board Size | 34 × 34 mm |
| Functionality and Compatibility | |
| Supported OS | JetPack6.1 L4T36.4.0 |
| Supported Platform* | NVIDIA® Jetson™ ORIN™ NX / Orin™ nano |
| Supported Camera Controls | Demosaic, Gamma correction, Lens shading correction(Option), DPC(Defective pixel correction), Auto White balance, Auto Exposure, Auto Gain, RGB2YUV, Black Level Calibration(BLC), CCM(Color correction matrix) |
| Recommend Sample Application | Python Demo for Image Capture & Preview V4L2 Linux driver for Video preview & Still Image capture & Camera controls via IOCTLs Gstreamer-1.0 support for video recording and network streaming |
Package Including
- 1× MIPI ISP Camera
- 1× 15cm 22-22pin FPC
Notes
- This camera is currently compatible only with NVIDIA® Jetson™ ORIN™ NX / Orin™ Nano.
- This product kit does not include NVIDIA Jetson development boards and is not compatible with third-party carrier boards.
- Tripod is not included in the package, please check UB0216 for additional purchase.
