Pixim Acquires Developer of Innovative Image Sensor Technology

Pixim Inc., a provider of imaging chips for enterprise security cameras, announced the acquisition of Advasense Technologies Ltd., a developer of next generation CMOS image sensor technology located in Ra'anana, Israel. Advasense was founded with the vision of dramatically improving the image quality of cameras used in mobile applications. The company has since deployed several breakthrough innovations in high resolution image sensors requiring ever-smaller pixel sizes.

Currently, Pixim is experiencing exponential sales growth driven by the release of Seawolf, its latest chip product. Seawolf joins Pixim's product line of image sensor solutions deployed in the video security market. The Advasense team ideally complements Pixim in the areas of image sensor-specific product design and will be immediately integrated into Pixim's existing product development organization. This significant addition to Pixim's engineering team is expected to allow the company to further accelerate its strong sales growth.

The technology of the two companies is highly complementary. For instance, the current push for higher resolution cameras in the video security market demands higher-performance small pixels that do not compromise image quality. Advasense's development of deep photodiodes significantly enhances pixel well capacity, improving image quality in all lighting conditions even as pixel sizes get smaller.

Featured

New Products

  • 4K Video Decoder

    3xLOGIC’s VH-DECODER-4K is perfect for use in organizations of all sizes in diverse vertical sectors such as retail, leisure and hospitality, education and commercial premises.

  • Schlage Sense Pro

    Schlage Sense Pro™ Smart Deadbolt

    Deliver true hands-free entry and reliable smart home integration with a premium deadbolt featuring Schlage Converge™ technology and native Matter over Thread support.

  • Theia Technologies building fisheye

    Theia Technologies Linear Optical Technology®

    Learn how ultra-wide, zero-distortion rectilinear lens design improves spatial accuracy and eliminates the need for software de-warping in real-time robotic and automation systems.