ArduCAM B0031/B0032/B0055 OV5647 Camera Board with M12x0.5 mount Lens / LS40180 Fisheye Lens / CS mount Lens compatible with Raspberry Pi

The ArduCAM B0031/B0032/B0055 OV5647 Camera Board is a high-performance 5-megapixel camera module designed for Raspberry Pi single-board computers, featuring interchangeable M12x0.5 mount and CS mount lens compatibility for flexible optical configurations. Professional developers, roboticists, and embedded vision engineers utilize this camera module to build advanced machine vision systems, autonomous navigation platforms, and real-time image processing applications that demand precise optical control and superior image quality. This modular camera solution eliminates the limitations of fixed-lens designs, allowing users to swap between standard, wide-angle, and fisheye lenses including the LS40180 fisheye lens to optimize field-of-view and depth perception for specific project requirements.

Product Overview

The ArduCAM OV5647 Camera Board represents a significant advancement in Raspberry Pi camera technology by combining a proven 5-megapixel OV5647 CMOS sensor with versatile lens mount options. The OV5647 sensor delivers 2592x1944 pixel resolution with excellent low-light performance and color accuracy, making it suitable for both daytime surveillance and challenging lighting conditions. The dual mount compatibility—M12x0.5 (standard in industrial applications) and CS mount (widely used in machine vision)—provides unprecedented flexibility for system designers. The camera communicates with Raspberry Pi via the native CSI ribbon connector, ensuring minimal latency and maximum bandwidth utilization for real-time video streaming and image capture at up to 30 frames per second.

This modular architecture enables seamless lens swapping without requiring hardware modifications or driver changes. The LS40180 fisheye lens option provides a 170-degree field of view, ideal for panoramic monitoring, obstacle detection in robotics, and immersive video capture applications. The M12x0.5 mount accommodates industrial-grade lenses with precise mechanical tolerances, while the CS mount option supports a vast ecosystem of legacy and modern imaging lenses. The camera board features a compact form factor with integrated lens holder and mounting brackets, simplifying integration into custom enclosures, drone payloads, and robotic vision systems. Built-in support for multiple image formats including JPEG, RAW, and H.264 video encoding provides flexibility for diverse computational imaging workflows.

Key Specifications

Specification	Details
Product Type	5MP CMOS Camera Module with Interchangeable Lens Mounts
Brand	ArduCAM
Origin	Original/Authentic
Warranty	7 days on manufacturing defects
Shipping	1-5 days from Bengaluru
Delivery	7-8 days across India
Support	24/7 via Email and WhatsApp
Sensor	OV5647 CMOS 5-Megapixel
Resolution	2592 x 1944 pixels
Frame Rate	Up to 30 fps at full resolution, 60 fps at reduced resolution
Lens Mount Options	M12x0.5 mount and CS mount compatible
Interface	Raspberry Pi CSI ribbon connector (15-pin)
Video Formats	H.264, MJPEG, RAW Bayer
Operating Temperature	-30 to +70 degrees Celsius

Key Features

• 5-Megapixel OV5647 CMOS sensor with 2592x1944 pixel native resolution delivering professional-grade image quality for surveillance, robotics, and machine vision applications
• Dual lens mount compatibility—M12x0.5 industrial mount and CS mount—enabling seamless lens swapping without hardware modifications or recalibration
• LS40180 fisheye lens option providing 170-degree ultra-wide field of view for panoramic capture, obstacle detection, and immersive video recording
• Real-time video streaming at 30 fps full resolution via native CSI interface with minimal latency for responsive robotic and autonomous systems
• Multiple image format support including JPEG, RAW Bayer, and H.264 video encoding for flexible post-processing and computational imaging workflows
• Compact modular design with integrated mechanical lens holder and mounting brackets for rapid integration into custom enclosures and drone payloads

Applications and Use Cases

• Autonomous robotics and mobile robot navigation systems requiring wide field-of-view perception and real-time obstacle detection using the fisheye lens configuration
• Industrial machine vision and quality control systems leveraging the M12x0.5 industrial mount for integration with precision optical components and lighting systems
• Raspberry Pi-based surveillance and security monitoring platforms with lens interchangeability for adapting to varying coverage requirements and environmental conditions
• Embedded computer vision research and prototyping projects requiring modular camera systems with support for custom image processing algorithms and machine learning inference
• Aerial and drone-based imaging platforms utilizing the lightweight design and CS mount compatibility for panoramic video capture and geospatial data collection
• Educational robotics and STEM projects enabling students to explore camera technology, image processing, and sensor integration with hands-on hardware experimentation

How to Use

Begin by selecting your preferred lens configuration—either the M12x0.5 mount for industrial lenses or the CS mount for standard machine vision optics, with the LS40180 fisheye lens available for ultra-wide applications. Physically mount your chosen lens onto the camera board using the provided mechanical adapter, ensuring proper seating and thread engagement. Connect the 15-pin CSI ribbon cable from the camera board to the CSI port on your Raspberry Pi (Camera Port 0 or Port 1 depending on your Pi model), ensuring the ribbon is fully inserted and the locking mechanism is engaged. Power on your Raspberry Pi and enable the camera interface through raspi-config by navigating to Interfacing Options and selecting Camera, then reboot the system.

Install the ArduCAM Python library or use standard raspicam tools to capture images and video. For basic image capture, use the command-line tool raspistill with parameters like resolution (-w 2592 -h 1944) and output format (-o image.jpg). For video streaming applications, utilize raspivid with H.264 encoding or configure mjpeg-streamer for network-accessible live video. If using custom image processing, leverage the RAW Bayer output format for advanced computational photography and machine learning pipelines. Test focus and exposure settings by capturing test images with different lighting conditions, adjusting lens focus (if your lens supports manual focus) to achieve desired sharpness. For robotics applications, integrate the camera feed into your vision processing pipeline using OpenCV or TensorFlow Lite for real-time object detection and navigation control.

Frequently Asked Questions

What is the difference between the B0031, B0032, and B0055 camera board variants?

The B0031 features the standard M12x0.5 lens mount configuration, the B0032 includes CS mount compatibility, and the B0055 is a combined package offering both mount options for maximum flexibility. All three variants use the identical OV5647 5MP sensor and CSI interface, with differences only in the mechanical lens mounting system. Choose B0031 if you have industrial M12 lenses, B0032 for standard CS mount optics, or B0055 if you need the ability to switch between both mount types for different project requirements.

Can I use the LS40180 fisheye lens with all three camera board variants?

The LS40180 fisheye lens is compatible with the M12x0.5 mount variants (B0031 and B0055). If you have the B0032 CS mount variant, you would need a fisheye lens with CS mount threading. However, you can adapt between mount types using mechanical adapters available in the market, though this may introduce slight optical misalignment. For optimal performance and alignment, match your lens mount type to your camera board variant.

What is the actual field of view with the LS40180 fisheye lens?

The LS40180 fisheye lens provides approximately 170 degrees of diagonal field of view, enabling panoramic capture and wide-area surveillance. This ultra-wide perspective is ideal for robotics obstacle detection, 360-degree monitoring applications, and immersive video recording. The extreme field of view introduces barrel distortion characteristic of fisheye optics, which can be corrected through software distortion correction algorithms if your application requires rectilinear imagery.

Is the camera board compatible with all Raspberry Pi models?

The camera board is compatible with all Raspberry Pi models featuring a CSI camera connector, including Raspberry Pi 4, 3B+, 3B, Zero, and Zero W. The Raspberry Pi 5 includes two CSI ports for dual camera configurations. Older models like the original Raspberry Pi and Pi 2 also support this camera via their CSI port. Verify your specific Pi model has the 15-pin CSI connector before purchasing. The Compute Module variants also support this camera through their CSI interface.

What frame rates can I achieve for video streaming applications?

The OV5647 sensor achieves 30 frames per second at full 2592x1944 resolution, suitable for smooth video playback and real-time processing. At reduced resolutions (1920x1080 or lower), frame rates up to 60 fps are achievable, enabling high-speed robotics applications and slow-motion video capture. For network streaming via mjpeg-streamer or similar tools, achievable frame rates depend on network bandwidth and Raspberry Pi processing power, typically ranging from 15-30 fps for full resolution streams.

When will I receive my order?

Orders are dispatched within 1-5 business days from our Bengaluru warehouse. Delivery takes 7-8 days to most locations across India.

What is your return and warranty policy?

We offer a 7-day return policy on manufacturing defects only. Contact support within 7 days of receipt for free replacement or full refund. Not applicable for user damage or misuse.

Are bulk discounts available?

Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.

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