[Robot] [Camera] 230° ultra-wide angle expands the robot's field of view! 15×15mm ultra-compact USB camera 'USB-501-230X'
■Features of the "USB-501-230X" 1. Approximately 230° ultra-wide-angle fisheye lens It becomes easier to grasp the side views and nearby surroundings of a robot, which are difficult to capture with cameras that have a standard field of view. This is useful for AMRs and AGVs to check corners of warehouse shelves, edges of aisles, people's feet, and obstacles on the floor. 2. Ultra-compact design of 15×15mm It can be easily integrated into limited spaces, allowing for wide-angle video capture while minimizing the impact on the appearance design and mechanical structure of AMRs, cleaning robots, delivery robots, humanoid robots, small inspection robots, and robotic arms. 3. 2 million pixels and Full HD support Equipped with a 2MP CMOS image sensor, it supports video capture at a maximum resolution of 1920×1080 pixels and up to 30fps. With MJPEG and YUY2 video output, it allows for the construction of a video input environment tailored to the specifications of the connected host devices and software. 4. USB Type-C and UVC support It flexibly accommodates development environments such as Windows and Linux. 5. It also supports robot development utilizing SLAM, VIO, and ROS2.
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basic information
Product Name: 230° Ultra Wide Angle, Low Light Compatible UVC Robot Camera CMOS Sensor: 1/2.9 inch CMOS low light, low power consumption sensor Video Resolution: 1920×1080 (1080P), up to 30fps Lens Field of View (FOV): 230° ultra wide angle fisheye lens Still Image Pixel Count: 2 million pixels Still Image Format: MJPG Video Output Format: MJPG / YUY2 Lens Focal Length (EFL): 230° fisheye lens Lens Composition: 6G + IR F-Number (Aperture Value): F2.0 Minimum Subject Illumination: 0.01 Lux S/N Ratio: 52dB or higher Shutter: 30fps Operating Temperature: -5 to +50℃ Power Supply Voltage: 5V Product Size: 15×15×10mm Signal Method & Interface: USB Type-C (Digital Signal) Cable Length: 35cm (net length) Supported OS: Windows 10 / 7 / 8, Linux, Android, Apple Mac
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■Assumed utilization in a wide range of robotics and industrial fields 1. AMR and AGV (Autonomous Mobile Robots and Automated Guided Vehicles) These can be utilized for understanding the proximity of obstacles in narrow aisles and between shelves, the positional relationship with people and objects, and recording the surrounding environment. By combining with LiDAR and distance sensors, they can also be used for environmental recognition of robots utilizing different types of sensor information. 2. Cleaning robots, delivery robots, and service robots These can be used for understanding the situation around the floor, around furniture legs, and along travel routes, as well as for auxiliary video input to confirm the surrounding conditions of the robot with a wide-angle view. 3. Humanoid robots and next-generation robots Due to their compact design, they can be considered for installation in limited spaces such as the head and torso, making them suitable for recognizing the surrounding environment, understanding the robot's status and assisting in movement, as well as for video input for remote operation. 4. Security, patrol, and equipment inspection robots These can capture wide-ranging images of corridors and equipment surroundings and can also be used as auxiliary cameras for small inspection robots that enter narrow spaces. 5. Educational and research development robots Being compact and capable of USB connection, they can be utilized for integration into prototype robots, evaluating camera placements, and verifying image recognition algorithms.
Company information
The evolution of digital technology has given rise to new needs, such as autonomous driving and ADAS technologies in the automotive industry, as well as imaging and vision technologies utilizing camera footage in the AI robotics sector. As a result, AI service businesses are transforming the business models of society and companies, leading to significant changes in daily life and society. Asmech collaborates with innovation companies related to AI and mobility in Europe, the United States, and Asian countries, focusing on the procurement of imaging components and devices in the fields of AI & IoT, automotive, and security. We provide cutting-edge products to customers aiming for solution development in the imaging sector, including robotics, autonomous driving, drones, industrial cameras, and recording devices. Additionally, we position service to local customers as one of our key challenges, forming alliances with local businesses, universities, government agencies, and local municipalities. Through our security-related businesses, such as the installation of security cameras and recording services, we aim to contribute to the local community.
