SmartSens Technology Partners with MEMS Drive to Promote Innovations in Sensing Technology

SmartSens, the leading supplier of high-performance CMOS imaging systems, today announced it has signed a cooperation agreement with MEMS image stabilization innovator MEMS Drive. The two will collaborate on a series of research projects in the fields of CMOS image sensing chip and chip-level optical image stabilization (OIS) technologies to open up new areas of applications.

Besides its conventional application in mobile cameras, image stabilization is equally important for application in non-mobile areas such as security monitoring, AI machine vision and autonomous vehicles. As an example of the importance of video capturing chips in the field of AI machine vision, CMOS image sensors need to be able to respond to factors such as uneven roads and air turbulence that could result in blurred images. This requires that the image sensor itself possesses exceptional stabilization capabilities, in order to increase efficiency in both the identification as well as  the overall AI system.

Through this collaboration, SmartSens  now introduces chip-level anti-vibration technology directly into CMOS image sensors, made available  in non-mobile applications,  such as security and machine vision. In comparison to conventional OIS technology, sensors with chip-level stabilization offer higher simplicity in engineering, without losing any of the robust capabilities unique to OIS in traditional VCMs. Additionally, these sensors will feature added stabilization control to the rotation of the sensor, achieving optimal stabilization with no less than 5 axes. For applications in AI-enabled systems, which often require high dynamic range (HDR) imaging, high frame rate video capture, or sensing in ultra-low light conditions, SmartSens will be able to provide the perfect solution in the form of unparalleled, efficient stabilization.

Besides its conventional application in mobile cameras, image stabilization is equally important for application in non-mobile areas such as security monitoring, AI machine vision and autonomous vehicles. As an example of the importance of video capturing chips in the field of AI machine vision, CMOS image sensors need to be able to respond to factors such as uneven roads and air turbulence that could result in blurred images. This requires that the image sensor itself possesses exceptional stabilization capabilities, in order to increase efficiency in both the identification as well as  the overall AI system.

Through this collaboration, SmartSens  now introduces chip-level anti-vibration technology directly into CMOS image sensors, made available  in non-mobile applications,  such as security and machine vision. In comparison to conventional OIS technology, sensors with chip-level stabilization offer higher simplicity in engineering, without losing any of the robust capabilities unique to OIS in traditional VCMs. Additionally, these sensors will feature added stabilization control to the rotation of the sensor, achieving optimal stabilization with no less than 5 axes. For applications in AI-enabled systems, which often require high dynamic range (HDR) imaging, high frame rate video capture, or sensing in ultra-low light conditions, SmartSens will be able to provide the perfect solution in the form of unparalleled, efficient stabilization.