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112 products
112 products
DFM 36AX462-ML
15 pin design-in board camera
These high-performance design-in board cameras from The Imaging Source for embedded vision applications offer a 15-pin CSI-2 interface for plug-and-play integration with embedded development kits for NVIDIA® Jetson™ and Raspberry Pi.
The Imaging Source's 15-pin design-in board cameras feature the latest CMOS image sensors from Sony and onsemi (global and rolling shutter) and are compatible with a wide range of M12 lenses and C/CS mount lenses.
The included software allows you to adjust parameters such as gain, exposure, frame rate,
The Imaging Source's preassembled embedded development kits for NVIDIA® Jetson Nano™ deliver plug-and-play efficiency for the rapid development of embedded vision and AI projects for applications in logistics, automation and industrial internet of things (IIoT). The NVIDIA Jetson Nano Development Kits' MIPI CSI-2 and FPD-Link III Cameras provide exceptional image quality and color fidelity and ensure sustainable application design.
The development kits come equipped with a flashed SD card containing all necessary MIPI CSI-2 or FPD-Link III drivers and a custom-designed system image. This image includes significant convenience functionality such as Jupyter notebooks which enables developers to get started quickly with the camera sensor via GStreamer elements. All sensors use either the standard video4linux API or NVIDIA's proprietary API based on the libargus programming interface. The video4linux interface, for example, provides RAW video data and allows direct control of all sensor parameters.
Leveraging the hardware ISP (Image Signal Processor) available on all Jetson platforms, the NVIDIA libargus interface delivers a processed video stream to the application with de-mosaicing, color correction and white balance algorithms applied. The Imaging Source provides a default configuration file for the ISP. Using the GStreamer interface for libargus, the application can interface with NVIDIA's standard Jetson ecosystem software stack which enables the efficient integration of powerful image processing frameworks such as DeepStream, Visionworks and others.
If you already have an NVIDIA Jetson Nano Developer Kit, The Imaging Source also offers individual components, such as MIPI CSI-2 board cameras, FPD-Link III cameras, M12 lenses and 2-channel deserializer boards. Access to our comprehensive software tools for embedded vision is also included when purchasing single components.
Imaging Source DFM 37UX462-ML
USB 3.1 color board camera
The Imaging Source DFM 37UX462-ML USB 3.1 color board cameras are equipped with highly-sensitive, low-noise Sony STARVIS rolling-shutter sensor delivers outstanding image quality and good NIR sensitivity. The DFM 37UX462-ML camera can automatically control gain and exposure time. These automatic functions are enabled by default.
The USB3 Vision standard (USB 3.1- Gen. 1), ensures stability and compatibility for easy integration and flexible configuration. Even at high frame rates, the DFM 37UX462-ML delivers distortion-free images and are well-suited for applications such as intelligent traffic systems (ITS), automated optical inspection (AOI) and microscopy.
The Imaging Source's preassembled embedded development kits for NVIDIA® Jetson Nano™ deliver plug-and-play efficiency for the rapid development of embedded vision and AI projects for applications in logistics, automation and industrial internet of things (IIoT). The NVIDIA Jetson Nano Development Kits' MIPI CSI-2 and FPD-Link III Cameras provide exceptional image quality and color fidelity and ensure sustainable application design.
The development kits come equipped with a flashed SD card containing all necessary MIPI CSI-2 or FPD-Link III drivers and a custom-designed system image. This image includes significant convenience functionality such as Jupyter notebooks which enables developers to get started quickly with the camera sensor via GStreamer elements. All sensors use either the standard video4linux API or NVIDIA's proprietary API based on the libargus programming interface. The video4linux interface, for example, provides RAW video data and allows direct control of all sensor parameters.
Leveraging the hardware ISP (Image Signal Processor) available on all Jetson platforms, the NVIDIA libargus interface delivers a processed video stream to the application with de-mosaicing, color correction and white balance algorithms applied. The Imaging Source provides a default configuration file for the ISP. Using the GStreamer interface for libargus, the application can interface with NVIDIA's standard Jetson ecosystem software stack which enables the efficient integration of powerful image processing frameworks such as DeepStream, Visionworks and others.
If you already have an NVIDIA Jetson Nano Developer Kit, The Imaging Source also offers individual components, such as MIPI CSI-2 board cameras, FPD-Link III cameras, M12 lenses and 2-channel deserializer boards. Access to our comprehensive software tools for embedded vision is also included when purchasing single components.
The platform is targeted at developers and digital makers, offering developers broad community support.
RHP-415C-8MP-KL
8MP 4K USB UVC Camera
Capture the finest details in stunning clarity with the cutting-edge RHP-415C-8MP-KL 8 megapixel 4K USB UVC camera. Manufactured by RHP International and featured on OEMCameras.com, this camera guarantees top-tier performance. The RHP-415C-8MP-KL camera offers a high resolution of 8 megapixels and outputs 4K video at a smooth 30 frames per second. Additionally, this color board camera can effortlessly manage different light conditions, ensuring vibrant and colorful imagery every time.
Additionally, this cutting-edge camera is UVC compatible, easing your integration with USB devices. It's the perfect asset for those seeking professional-level imaging performance. The RHP-415C-8MP-KL 8 megapixel 4K USB UVC camera from RHP International is a game-changer in visual technology
Designed with the user in mind, this color board camera brilliantly combines power and performance, making it an excellent choice for a range of applications that require high-quality imagery.
SCAILX-SOM-AI
Universal SoM Board for Edge Vision AI
Introducing the Videology SCAiLX - 42 x 42mm Universal SoM Board for Edge Vision AI. Powered by the NXP I.MX 8M Plus 1.6 GHz processor, this board features a Neural Processing Unit (NPU) with 2.3 TOPS, ensuring high-performance AI capabilities. With 2 GB LPDDR4 RAM and 8 GB eMMC flash, it provides ample memory and storage for your edge AI applications. The board also comes equipped with 2x MIPI-CSI and supports 2x 1080p@60 max, as well as hardened H.264/H.265 ENC/DEC for efficient video processing.
i.MX8M Plus Edge AI modular platform
The SCAILX-SOM-AI module is a universal interface board with a iMX8M Plus processor with AI capabilities and specific connectivity towards vision solutions.
Zoom block interfacing
The SCAILX-SOM-AI platform supports a range of LVDS zoom block cameras, including the Sony FCB-EV7520A, FCBEV9520L, Tamron MP1010M-VC, MP3010M-EV and the Videology Zoom Block camera series, such as 24Z2.1W-10X/-20X/-
30X/-40X/-55X and the 25Z2.4W-36X Global Shutter*.
*: ask for availability or check list of supported cameras
Board level interfacing
MIPI board level cameras can be used with the SCAILX-SOM-AI connecting to a MIPI-CSI port using a SCAILX-FLEX cable
(up to 48 cm). Color and monochrome cameras are supported. The cameras can be directly streamed and controlled via
the V4L (Video4Linux) software interfacing.
Videology SCAiLX
2MP Color Global Shutter Camera
The Videology SCAiLX - 2MP Color Global Shutter Camera, integrated into the .MX8M Plus Edge AI Modular Platform, offers exceptional imaging capabilities for a wide range of applications. Featuring a 1/2.6" sensor with global shutter technology, this camera ensures precise image capture without the distortion commonly associated with rolling shutter cameras. The compact 42x42 mm (1.65x1.65") board size, coupled with versatile lens mount options including pinhole, M12, and CS, provides flexibility in designing and deploying imaging solutions. Through the MIPI interface and controllable via I²C, the camera seamlessly integrates with the platform, enabling efficient data transfer and precise control for optimal performance. The meticulous attention to detail and advanced features of this camera make it an ideal choice for demanding industrial and AI applications where high-quality imaging is paramount.