CIS corporation List of Products and Services

This is a camera series that is the first from a Japanese manufacturer to adopt a USB 10Gbps interface. - Achieves a maximum transfer speed of 10Gbps - Allows image transmission, camera control, and power supply through a single USB cable - Thoroughly designed for low power consumption, achieving a compact product size - Equipped with our proprietary Clairvu ISP, capable of outputting high-resolution and high-quality color images without consuming external resources such as a PC.

This is a camera series that is the first among Japanese manufacturers to adopt USB 10Gbps for its interface. - Achieves a maximum transfer speed of 10Gbps - Image transmission, camera control, and power supply are possible with a single USB cable - Thoroughly designed for low power consumption, achieving a small product size - Offers both monochrome and color models in the lineup

This is a camera series that adopts a USB 5Gbps interface. - Image transmission, camera control, and power supply are possible with a single USB cable. - Thoroughly designed for low power consumption, achieving a small product size. - Offers both monochrome and color models in the lineup.

This is a camera series that is the first from a Japanese manufacturer to adopt USB 3.2 10Gbps for its interface. - Equipped with SWIR sensor - Achieves a maximum transfer speed of 10Gbps - Allows image transmission, camera control, and power supply through a single USB cable - Thoroughly designed for low power consumption, achieving a compact product size

〇Image Sensing Exhibition 2025 held a dynamic display from June 11 to 13 at Pacifico Yokohama〇 https://www.ciscorp.co.jp/iss2025ciscorp We released various cameras including monochrome, color, and SWIR that adopt USB I/F. ■ Models using USB 3.2 Gen2x1 achieve a maximum transfer speed of 10Gbps, enabling high-speed transfer of high-resolution images. ■ Without the need for a frame grabber, image transmission, camera control, and power supply can be managed with a single USB cable, allowing for a simple and cost-effective image processing system setup. ■ The VCC-8U101C equipped with a 4K sensor features our proprietary Clairvu(TM) ISP, enabling the output of high-definition and high-quality color images without consuming external resources like a PC. ■ By thoroughly implementing a low power consumption design, we have achieved a significantly smaller product size compared to conventional products.

In the logistics industry, accurate tracking of products and rapid sorting are required. Particularly during the movement of goods within warehouses and the loading and unloading operations onto and from delivery trucks, real-time location information is crucial. Traditional camera systems often face bottlenecks in data transfer speed, leading to delays in tracking and decreased accuracy. Our USB3.2 camera series enables real-time processing of high-resolution images with high-speed data transfer of up to 10Gbps, allowing for precise tracking. 【Use Cases】 - Product tracking within warehouses - Monitoring loading and unloading operations onto and from delivery trucks - Automation of sorting tasks 【Benefits of Implementation】 - Improved tracking accuracy - Enhanced work efficiency - Reduction of losses

In the field of robotics, accurate object recognition and fast image processing are required. Particularly in the inspection of parts on manufacturing lines and environmental recognition for mobile robots, real-time image acquisition and processing are essential. Traditional cameras have faced challenges such as slow transfer speeds, complicated cabling, and large sizes. Our USB3.2 camera series addresses these issues and contributes to the enhancement of robotics performance. 【Application Scenarios】 - Parts picking by robotic arms - Obstacle detection for autonomous mobile robots - Product inspection on manufacturing lines 【Benefits of Implementation】 - Real-time image processing through high-speed data transfer - Easy integration into robots due to compact and lightweight design - Simplification of system setup and cost reduction by eliminating the need for frame grabbers