Chief ray angle influences how light is delivered to the sensor surface. The lens chief ray angle must match the sensor’s acceptance range to prevent vignetting and other distortions. Vadzo... Read More
Author: sophiajackson_
Vadzo’s 1080p global shutter WiFi camera uses onsemi’s AR0234 sensor to deliver clear frames without rolling shutter artifacts. Suitable for assembly lines, robotic arms, and test rigs, it captures high-speed... Read More
Vadzo’s IMX662 WiFi Camera combines low-light imaging with wireless video output, making it a solid choice for systems where space and light are limited. Its board-level format and WiFi capability... Read More
Vadzo’s IMX662 imaging solutions are based on the Sony IMX662 sensor, offering consistent color capture where natural light is limited. With USB, MIPI, and wireless options, these modules support integration... Read More
This ultra low light camera by Vadzo uses the Sony IMX662 sensor to deliver color video without relying on infrared. Ideal for night-time security, traffic monitoring, and industrial zones, it... Read More
Vadzo's IMX662 modules feature the Sony IMX662 sensor, offering dependable imaging in low-light and near-infrared situations. Ideal for 24/7 surveillance, vehicle monitoring, and factory use, these modules capture full-color output... Read More
Vadzo’s ultra low light camera integrates the Sony IMX662 sensor to support color imaging under 0.01 lux. Built for industrial and embedded use, it functions effectively in production zones, storage... Read More
The global shutter GigE camera by Vadzo integrates the AR0234 sensor to eliminate blur and distortion in high-speed scenarios. It provides full HD output at high frame rates and supports... Read More
Built with the Sony IMX662 sensor, these camera modules are engineered to maintain usable image quality in conditions with limited or inconsistent light. Vadzo offers these modules for systems that... Read More
Equipped with the AR0234 CMOS sensor, the 1080p global shutter WiFi camera captures full frames without blur or skew. It is designed for dynamic use cases like autonomous vehicles, robotic... Read More