Embedded Vision Solutions Crafted to Address Your Pain Points and Fuel Success

At ArduCam, we go beyond being a mere off-the-shelf product seller – we are a comprehensive service provider committed to empowering our customers. Our solutions are tightly aligned with our mission and vision, reflecting our dedication to simplifying embedded vision. On this page, we aim to provide you with valuable insights into how our solutions address specific user pain points. We understand the challenges faced by vision innovators, and each of our solutions has been designed to solve real-world problems, enabling you to overcome obstacles, save time, reduce costs, and achieve success.

Flexible-ISP

Quick Camera Evaluation

Multiple Camera

Camera Cable Extension

Edge AI

Sensor Packaging

Flexible-ISP

Quick Camera Evaluation

Multiple Camera

Camera Cable Extension

Edge AI

Sensor Packaging

Flexible-ISP

User Pain Point

Suffering from the limitations imposed by the ISP level of the embedded platform when integrating different image sensors, leading to compatibility challenges and restricted image quality control.

Our Solution

Arducam worked hard to break those limitations. With Pivariety (for Raspberry Pi) and Jetvariety (and Nvidia Jetson), we expanded both platforms’ compatibility with a wide range of image sensors beyond native cameras. This breakthrough empowers developers with unprecedented options, enabling them to leverage higher resolution, specialized features, and unique sensor capabilities. But that’s not all. We’ve also pioneered software ISP advancements. This breakthrough allows users to have granular control over various essential image processing features, including Black level, Auto White Balance (AWB), Gamma correction, Demosaic, Color Correction Matrix (CCM), Automatic Exposure Control (AEC), and Automatic Gain Control (AGC).

Versatile Sensor Integration

● Seamlessly integrate a wide range of image sensors.
● No restriction by the ISP level of the embedded platform.

Enhanced Image Quality

● Fine-tune camera module parameters and sensor settings.
● Optimize image processing algorithms for maximum image quality.

Application-Specific Optimize

● Optimize image processing parameters for specific lighting conditions or environments.
● Achieve consistent and superior performance across diverse use cases.

Future-Proof Solution

● Stay up-to-date with the latest advancements in image sensor technology.
● Maintain compatibility with evolving embedded platforms and software frameworks.

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Arducam Pivariety is A Well-Tuned ISP Camera Solution for Raspberry Pi

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Stereoscopic Camera Module V2 with Hardware ISP Tuning for Raspberry Pi

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First-Ever Series of Color Global Shutter Cameras w/ Native ISP-Tuing for Pi

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Arducam has Updated Jetvariety to increase MIPI Cams for Jetson Nano and ...

Quick Camera Evaluation

User Pain Point

Users often face the challenge of unclear requirements and limited hardware options when selecting a suitable camera module. This results in time-consuming and resource-intensive evaluations, including the need to develop custom drivers, causing delays in the development process and escalating costs.

Our Solution

Our pre-selected, pre-engineered and pre-tuned EVKs streamline your Proof of Concept (POC) process, significantly reducing development time from weeks or months to just days or hours. With the out-of-the-box convenience of a USB connection, our EVKs are highly suitable for evaluations on the PC platform. By leveraging our EVKs, you can focus on your core development tasks, knowing that Arducam’s professional team is ready to assist you. We are committed to delivering unique and customized solutions that meet your specific requirements.

Pre-selected sensors

Save time and effort by choosing from our carefully curated selection of sensors.

Software ISP Support

Fine-tune image quality with advanced features such as Black level, AWB, Gamma, Demosaic, CCM, AEC, and AGC (Coming soon).

User-Friendly Interface

Enjoy a seamless experience with our GUI software, USB connection, and ability to control exposure, gain, and focus. Capture images in RAW/RGB/JPEG formats effortlessly.

Comprehensive SDK

Leverage the power of our robust Python/C++ programming support to optimize your development process.

Customization Services

Tailor your EVKs to your unique needs by selecting from a range of image sensors, lens options, and form factors.

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Higher is Better: The Potential Benefits of Ultra-High Resolution Sensors

Resolution is one of the most crucial specifications that define modern-day CMOS sensors. If one has to list all the factors directly associated with a camera and come up with rankings based out of their impacts over image quality, many will find that the resolution of a camera may not even get into the top three.

Multiple Camera

User Pain Point

Connecting multiple cameras on a single platform becomes a challenging task due to limitations in camera interfaces, processing power, memory resources, and ISP. This limitation hinders the ability to achieve synchronized multiple camera setups, crucial for applications like 3D scanning and stereo vision.

Our Solution

ArduCam’s Multi-camera Solution offers an integrated approach to using multiple cameras in applications that require synchronization. Our solution provides the necessary hardware and software components to enable frame level synchronization, ensuring that all cameras capture images simultaneously. By synchronizing multiple cameras, users can achieve accurate depth perception, 3D reconstruction, and stereo vision capabilities.

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Introducing Camarray: Arducam’s New Solution to Multiple Cameras on Embedded Systems and Edge Devices

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Camera Multiplexer for Raspberry Pi 4: Arducam Solutions for Your Applications w/ the Coming Surprises We Prepare for You

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How many camera modules can you connect to one Xavier NX dev kit?

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Things to know about using multiple cameras on Jetson Nano

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Running 8 Camera Modules Simultaneously on Jetson Xavier NX

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Running 8 Cameras Simultaneously on Raspberry Pi Compute Module 4

Simultaneous Capture

● Our solutions enable simultaneous capture from multiple cameras, allowing for comprehensive and synchronized data acquisition.
● This is crucial for applications like depth perception in robotics, self-driving cars, drones, and remote surgery.

 

Synchronization

● Arducam’s multi-camera solutions ensure precise synchronization and alignment of camera outputs, guaranteeing accurate and reliable imaging results.
● This eliminates the need for manual calibration, saving time and improving overall system performance.

Flexibility and Expandability

● Our solutions offer flexibility in camera selection, supporting a wide range of MIPI cameras with variable baselines and configurations.
● They provide expandability options, allowing users to connect multiple cameras to a single board or interface for enhanced versatility.

Seamless Integration

● Arducam’s multi-camera solutions seamlessly integrate hardware and software components, providing a cohesive and user-friendly experience.
● The combination of our adapter boards, HATs, and software solutions ensures smooth operation and compatibility with popular development boards.

Customization

● We offer customization options to meet specific project requirements, including tailored solutions for unique camera setups and synchronization needs.
● Our solutions can be adapted to different embedded vision applications, accommodating various project demands.

Camera Cable Extension

User Pain Point

Facing limitations in the distance between the camera module and the processor board, resulting in restricted placement options and compromised flexibility in system design.

Our Solution

ArduCam’s Camera Cable Extension Solution addresses this pain point by providing users with the ability to extend the distance between the camera module and the processor board. Our solution includes high-quality cable extensions and connectors designed specifically for reliable and seamless transmission of data and power signals. With ArduCam’s Camera Cable Extension Solution, users can overcome the distance limitations and achieve greater flexibility in the placement of camera modules within their embedded systems.

Long Distance

The camera extension cables provide the capability to extend the working distance between the camera and the processing unit, allowing for operation over extended distances, up to 15 meters with the Ethernet Cable Extension Kit.

Signal Integrity

Arducam’s extension solutions ensure reliable signal transmission, maintaining the quality and integrity of the camera feed even over extended cable lengths.

Compatibility

The extension cables are compatible with various camera modules, including the official Raspberry Pi camera modules (V1/V2/HQ/V3) and a range of Arducam camera modules (OV5647, IMX219, IMX477, 16MP IMX519, and 64MP series). They can also be used with Nvidia Jetson boards for certain models.

Versatility

Arducam offers a variety of extension cable options, including Ethernet cable extensions, HDMI cable extensions, MIPI CSI-2 cable extensions, and sensor extension cables. This range of options ensures compatibility with different project requirements and camera configurations.

Plug-and-Play

Arducam’s extension cables are designed for easy and hassle-free installation. They can be easily connected to the camera and the host device without the need for additional drivers or complex configurations.

Edge AI

User Pain Point

Finding a reputable, industry-grade, easy-to-deploy, low-power, and cost-effective Edge AI solution is a challenging task. Edge AI device brands often struggle to find an experienced and reliable computer vision partner, limiting their ability to leverage advanced technologies and innovate in the field of edge AI.

Our Solution

Arducam, in strategic collaboration with renowned and innovative Edge AI brands, brings you cutting-edge solutions for machine vision applications. As a trusted partner, Arducam combines its embedded vision expertise and extensive experience to provide core machine vision components, including high-performance camera modules, to enable the development of advanced Edge AI devices.

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OAK

With features like neural inference for object detection and classification, support for additional lenses, object tracking of up to 20 objects, and advanced capabilities like stereo depth for 3D object localization and motion estimation, the OAK series provides a wide range of AI and computer vision functionalities. Whether you’re a hobbyist, researcher, or professional, the OAK series offers an easy-to-use solution that can be seamlessly integrated into your projects, thanks to its modular and open-source hardware ecosystem.

Pico4ML by ArduCam

ArduCam presents Pico4ML, an on-device machine-learning solution that brings the power of TensorFlow Lite Micro to a single-board microcontroller. Powered by Raspberry Pi’s RP2040 chip, Pico4ML supports various tiny machine-learning examples with its onboard camera, screen, microphone, and IMU. With the launch of Pico4ML-Pro, an enhanced version featuring a 2.4-inch LCD screen, support for connecting up to four ArduCam Mega SPI cameras, and versatile functionalities like Face Recognition, Gesture Detection, and Wake Word Detection, ArduCam takes a giant leap in the realm of TinyML. The kit’s touchable screen allows for easy interaction and programming-free operations, making it a versatile and user-friendly solution for machine learning applications.

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OCam

OCam revolutionizes video and audio streams by adding context through Edge AI. As the first camera of its kind, OCam automatically identifies real-world objects and incorporates metadata into the Object MP4 format. This enables the direct triggering of actions on the device and makes video and audio searchable, akin to Google Images. With powerful capabilities and comprehensive software support, OCam offers an affordable solution for deploying data-driven applications.

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TinyML: Machine Learning on Raspberry Pi Pico with Tensorflow Lite Micro and Arducam (Featuring Person Detection)

Tiny machine learning (tinyML) is the intersection of machine learning and embedded internet of things (IoT) devices. The field has the potential to revolutionize many industries…

Sensor Packaging

User Pain Point

Needing custom-designed packaging solutions for image sensors to meet specific application requirements, but facing challenges in finding suitable options in the market.

Our Solution

ArduCam’s Sensor Packaging Solution offers specialized expertise in designing and manufacturing camera modules using various cutting-edge packaging technologies such as Chip on Board (COB), System in Package (SiP) and Land Grid Array (LGA). These packaging techniques enable us to deliver high-quality, custom-designed camera modules that cater to the specific requirements of diverse applications. By leveraging our state-of-the-art production facilities and extensive experience, users can benefit from tailored packaging solutions that ensure optimal performance and reliability of their image sensors.

Advanced Packaging Technologies

The utilization of advanced packaging technologies like COB, SiP and LGA demonstrates ArduCam’s expertise in delivering compact and high-performance camera modules.

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Tailored Packaging Solutions

Offering customized packaging solutions that meet unique requirements ensures optimal performance and compatibility for different image sensors and applications.

High-Quality Manufacturing

The emphasis on state-of-the-art production facilities and stringent quality control processes ensures the delivery of reliable and high-quality camera modules.

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Diverse Application Support

The ability to cater to a wide range of applications, such as industrial automation, robotics, IoT, surveillance, and medical imaging, highlights the versatility and flexibility of ArduCam’s sensor packaging solution.

Technical Support

The provision of comprehensive technical support by an expert team throughout the design, development, and integration processes is crucial for ensuring successful implementation and customer satisfaction.

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