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Arducam B0586 4K HDR MIPI Camera w/ ISP for Jetson Orin Nano/NX

₹14,329.00 (Inclusive of all taxes)
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The Arducam B0586 is a 4K HDR MIPI camera module with an onboard ISP, designed for NVIDIA Jetson Orin Nano and NX platforms. It delivers high-framerate video at 1080p60 and 4K15, powered by 3.3V for embedded computer vision and AI applications.

Features

  • Onboard ISP for Optimized Processing: Features a pre-tuned Image Signal Processor directly on the camera board, enabling fast, high-quality image output without taxing the host SoC.
  • 4K HDR & High Framerate Video: Captures ultra-high-definition 3840×2160 resolution with HDR and supports smooth 60 FPS video at 1080p Full HD for real-time vision tasks.
  • Wide-Angle M12 Lens: Equipped with a fixed-focus M12 mount lens providing a 145° diagonal field of view for capturing expansive scenes in robotics or surveillance.
  • Direct NVIDIA Jetson Orin Compatibility: Designed specifically for the Jetson Orin Nano and NX series, interfacing via a 22-pin MIPI CSI-2 connection for seamless integration.
  • Low Power & Compact Design: Operates from a 3.3V supply with ~1W power consumption, housed in a compact 34x34mm form factor ideal for space-constrained embedded systems.

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Description

The Arducam B0586 is a high-performance MIPI camera module engineered for the NVIDIA Jetson Orin platform. It integrates an 8.3-megapixel 4K HDR image sensor with a dedicated onboard Image Signal Processor (ISP). This architecture offloads critical image processing tasks like demosaicing, noise reduction, and tone mapping from the host CPU, ensuring optimized video pipeline performance and freeing up computational resources for your AI inference workloads.

Supporting output formats like UYVY, the camera delivers crisp video at 4K resolution (3840×2160) up to 15 fps and Full HD 1080p at a smooth 60 fps. Its wide 145° diagonal field of view lens, with an integrated 650nm IR filter, is suited for applications requiring broad scene coverage. The module connects via a flexible 22-pin FPC cable to the Jetson’s CSI-2 interface, drawing minimal power for always-on vision systems in robotics, industrial inspection, and autonomous machines.

Key Features

  • Onboard Image Signal Processor (ISP): Pre-configured ISP handles real-time image processing for superior color reproduction and dynamic range directly on the camera module.
  • Ultra HD 4K HDR Imaging: 1/1.8-inch sensor captures detailed 3840x2160 resolution with High Dynamic Range for balanced exposure in high-contrast lighting.
  • High-Speed 1080p60 Video Stream: Enables fluid, real-time video capture at 60 frames per second in Full HD, perfect for motion analysis and high-speed tracking.
  • Fixed-Focus Wide-Angle Lens: M12 mount lens with a 3.8mm focal length and 145° diagonal FOV provides a broad, consistent field of view without focus adjustment.
  • Platform-Optimized for Jetson Orin: Tailored hardware and driver support for NVIDIA Jetson Orin Nano and NX ecosystems ensures plug-and-play compatibility and reliable performance.
  • Low-Power Embedded Operation: Consumes approximately 1 watt at 3.3V, making it suitable for power-sensitive edge AI and mobile robotic applications.
  • Integrated IR Cut Filter: Built-in 650nm IR filter improves color accuracy and reduces infrared light interference for daytime imaging.
  • Customizable Control Options: Supports external trigger input and flash strobe control for synchronized capture in multi-camera or machine vision setups.

Applications

  • Embedded AI & Robotics: Vision perception for autonomous mobile robots (AMRs), drones, and robotic arms using NVIDIA Jetson Orin.
  • Industrial Machine Vision: High-speed inspection, quality control, and optical measurement systems on production lines.
  • Smart Surveillance & Traffic Monitoring: Wide-area monitoring with HDR for license plate recognition and traffic flow analysis in varying light.
  • AR/VR and Telepresence: High-fidelity, low-latency video feed for augmented reality applications and remote operation interfaces.
  • Research & Prototyping: Development platform for computer vision, deep learning, and sensor fusion projects on the Jetson ecosystem.

Technical Specifications

Image Sensor / Resolution4K HDR Sensor, 8.3 MP (3840 x 2160)
Shutter TypeRolling Shutter
Optical Format1/1.8-inch
Output FormatUYVY
Frame Rate4K @ 15 fps, 1080p @ 60 fps
Lens Mount / Focal LengthM12, 3.8 mm Fixed Focus
Field of View (Diagonal/H/V)145° / 120° / 65°
IR FilterIntegrated 650nm
Camera InterfaceMIPI CSI-2 (22-pin)
Supported PlatformNVIDIA Jetson Orin Nano, Orin NX
Operating Voltage3.3 V
Power Consumption~1 W
Operating Temperature0°C to +70°C
Dimensions (L x W)34 mm x 34 mm

Frequently Asked Questions

How do I connect the Arducam B0586 to my NVIDIA Jetson Orin Nano/NX carrier board?

Connect the camera module's 22-pin FPC cable to the MIPI CSI-2 camera connector on your Jetson carrier board. Ensure the connector is locked securely. Power the camera from the 3.3V rail provided by the carrier board. You will then need to configure the device tree and camera software stack using NVIDIA's JetPack SDK and provided Arducam drivers for your specific Orin model to enable the video pipeline.

What software and drivers are required to use this camera with Jetson Orin?

You need NVIDIA's JetPack SDK (version 5.1 or later recommended) installed on your Orin module. Arducam provides specific kernel drivers and sample applications. After physical connection, you must enable the camera in the device tree, load the V4L2 sensor driver, and use GStreamer or the NVIDIA DeepStream SDK for video capture and processing. Check Arducam's official GitHub repository for the latest driver packages and setup instructions tailored for Orin platforms.

Can I change the lens on this camera module for a different field of view?

Yes, the camera features a standard M12 lens mount, allowing you to swap the included 145° wide-angle lens with other M12-mount lenses available from Arducam or third parties. Ensure any replacement lens is compatible with the 1/1.8-inch sensor format and provides the correct back focal distance. Note that changing the lens may require re-tuning the onboard ISP parameters for optimal image quality, which can be done via provided configuration tools.

What is the benefit of the onboard ISP, and how does it affect performance?

The onboard Image Signal Processor handles critical tasks like demosaicing, auto white balance, noise reduction, and HDR tone mapping directly on the camera board. This offloads significant computational load from the Jetson Orin's main CPU and GPU, freeing those resources for your primary AI inference or application logic. It results in lower system latency, improved overall throughput, and consistently high-quality image data fed directly into your vision pipeline without extra processing overhead.

What power supply is required, and what is the typical operating current?

The camera module operates from a single 3.3V DC power supply, typically sourced from the Jetson carrier board's camera connector. With a power consumption of approximately 1 watt, the operating current is around 300 mA. Ensure your power source, especially if using a separate regulator, can provide stable 3.3V and sufficient current, particularly during high-framerate capture, to avoid voltage drops that could cause image artifacts or module reset.

Package Includes

  • 1 x Arducam B0586 4K HDR MIPI Camera Module
  • 1 x 15cm 22-to-22pin FPC Cable

Additional Information

Weight 0.028 kg
Dimensions 3.4 × 3.4 cm