Semiconductor solutions provider onsemi has unveiled the Hyperlux LP image sensor family, tailored for industrial and commercial cameras such as smart doorbells, security cameras, AR/VR/XR headsets, machine vision, and video conferencing systems. These sensors, boasting advanced 1.4 µm pixel technology, have been engineered to deliver exceptional image quality while consuming minimal power, making them ideal for devices operating in various lighting conditions.
Designed with compact devices in mind, the Hyperlux LP image sensors feature a stacked architecture that minimizes their size, with the smallest form approaching that of a grain of rice. Customers can choose from multiple options within the product family: the 5-megapixel AR0544, the 8-megapixel AR0830, or the 20-megapixel AR2020, allowing for customization based on specific use cases.
The growing demand for reliable security cameras in both residential and commercial spaces has driven the need for devices offering superior image quality, reliability, and extended battery life. The camera market is expected to triple by the end of the decade, highlighting the importance of innovations that cater to these evolving consumer demands.
The Hyperlux LP image sensors address these requirements by delivering clear images and precise object detection, even in challenging weather and lighting conditions. Particularly suited for devices placed in inaccessible locations where replacing or recharging batteries is difficult, the sensors’ low power consumption feature proves to be highly beneficial.
Key features of the Hyperlux LP family include “Wake on Motion,” enabling the sensors to conserve energy by operating in a low-power mode until motion is detected, and “Smart ROI (Region of Interest),” allowing a broader view of the scene with reduced bandwidth while maintaining original detail in a separate ROI. Additionally, the sensors offer superior “Near-Infrared (NIR) Performance,” ensuring high-quality images in low-light conditions without the need for additional lighting. Their low power consumption not only enhances image quality but also eliminates the need for heat sinks, reducing the overall cost of the vision system.
Ross Jatou, Senior Vice President, and General Manager of the Intelligent Sensing Group at onsemi, emphasized the sensors’ ability to significantly improve battery life while delivering highly detailed images. He stated, “Our new image sensor family delivers performance that matters with a significantly increased battery life and exquisite, highly detailed images.” These sensors not only enhance smart home devices but also contribute to enhancing office meeting experiences by enabling seamless and immersive videoconferencing solutions. Ashish Thanawala, Senior Director of Systems Engineering at Owl Labs, praised the sensors for their optical performance and low power consumption, enabling the delivery of an immersive virtual meeting experience in highly intelligent and optimized videoconferencing systems.
