Small ToF camera development kit equipped with distance measurement sensor.
DCC-RGBD1
A compact dual-lens board camera that integrates a [ToF camera] that measures distance using the reflection time of light emitted from the camera and an [RGB camera].
We would like to introduce our compact ToF camera development kit that utilizes "Time-of-Flight" technology, suitable for those who want to measure distances up to several meters without requiring the precision of light cutting while maintaining real-time capabilities! ▼What is a ToF camera?▼ A ToF camera measures distance based on the time it takes for light emitted from a specific light source to reflect off an object and reach the image sensor. It calculates the distance to the object pixel by pixel using an FPGA and outputs it in sync with a color image. Since the light source is located on the camera side, it can be used in indoor environments or warehouses where sufficient lighting is not available. Although the accuracy is lower compared to light cutting, it offers high real-time performance and achieves improved accuracy on curved surfaces with less parallax compared to stereo systems. It can be applied in various fields such as construction and logistics robots, AGVs, medical and caregiving settings, object recognition in dark environments, and hand gesture input. ■ Sample programs are available, including ROS drivers and point cloud processing. (Source: GitHub) ■ Seamless distance measurement from Near to Far (30cm to 5m) (Wide range mode) The mode switch also supports closer proximity (Super Near mode: 15cm to 70cm).
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basic information
I/F: USB3.0 UVC (Not compatible with USB power supply) Sensor: ToF: 640×480 (VGA) CCD RGB: 1280×960 (Quad VGA) Global Shutter CMOS Output Format: YUV (422) + Depth・IR, YUV, Depth・IR, Binning YUV Frame Rate: 30fps Shutter Speed: OFF to 1/10,000s Lens Mount: M12/S mount for both ToF and RGB (lens included) Dimensions: 55×55×35mm For simple evaluation of ToF. An SDK is provided for control software (image acquisition and camera control), various camera controls, etc. With support from the provided ROS driver, it can be integrated into various applications. Other Features: <RGB Sensor> - Simple AE (gain control/exposure control), OnePush WB, lens angle of view: H 96 deg/V 71 deg <ToF Sensor> - Depth data, IR data output, lens angle of view: H 90 deg/V 69 deg <ToF Light Source> - LD (Laser Diode) wavelength 850nm, 2 lights
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Applications/Examples of results
Construction and logistics robots, AGVs, medical and nursing care, object recognition in dark environments, hand gesture input, etc.
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CIS is a manufacturer of industrial imaging systems that consistently designs, manufactures, and sells various high-performance cameras, application products, and image processing IP. The applications of its products span a wide range, including machine vision (MV), security, medical, broadcasting, intelligent transportation systems (ITS), construction machinery, and food and pharmaceutical inspection, boasting numerous OEM adoption achievements. Leveraging features such as compact size, high speed, high performance, high reliability, and high quality, CIS continues to tackle advanced themes such as the latest digital interfaces, camera signal processing algorithms, image processing applications, and intelligent cameras, developing cutting-edge products. Focusing on embedded image processing development, CIS has developed the high-definition color image processing engine, Clairvu Engine. Additionally, the commercialization of cameras combining Clairvu Engine with 3G-SDI, HD-SDI, and CoaXPress is progressing, resulting in increased adoption. The company also has numerous development contracts for its licensing business, including algorithms and image processing software, which have been well received in the broadcasting industry, medical device industry, and construction machinery applications. Furthermore, it offers custom-designed piezo stages developed through its experience with pixel-shift cameras.
