- SmartSens demonstrated an 8.3MP front-view vision solution designed to enhance ADAS perception and object detection.
- Flyingchip is preparing to launch the M2 automotive ISP chip to support next-generation automated driving deployment.
SmartSens announced on June 17 that it showcased its latest automotive-grade image sensors and vision technologies during AutoSens USA 2026, held from June 9 to June 11, 2026. The company highlighted multiple sensing and vision-processing solutions designed to improve vehicle perception capabilities, support advanced driver assistance systems, and accelerate the development of automated driving technologies.
Front-View Vision Solution Demonstrated Live
One of the key highlights was the first live demonstration of SmartSens’ front-view automotive vision solution. The system combines the 8.3MP automotive-grade CMOS image sensor SC860AT with the Flyingchip M1 automotive vision processing chip. Together, the components deliver enhanced environmental perception and more accurate object detection capabilities. The solution is designed to strengthen ADAS functionality by improving the vehicle’s ability to interpret surrounding road conditions and identify critical objects with greater precision.
360-Degree Surround-View System
SmartSens also presented its 360-degree surround-view solution powered by the SC360AT, a 3MP automotive-grade image sensor. The surround-view system is intended to provide comprehensive visibility around the vehicle, supporting safer maneuvering and improved situational awareness. Such systems play an important role in modern vehicle safety architectures by helping drivers monitor areas that are difficult to observe through conventional mirrors and cameras.
In-Cabin Occupant Monitoring Platform
In the in-cabin sensing segment, SmartSens introduced an Occupant Monitoring System (OMS) platform built around its 5MP automotive-grade image sensor SC533AT and the Flyingchip M1 processor. The platform is capable of detecting occupant positions, facial expressions, and physical movements inside the vehicle. In addition, it continuously monitors children, pets, and personal belongings that may be left inside the cabin, supporting enhanced vehicle safety and occupant awareness functions.
SmartSens Automotive Solutions Presented at AutoSens USA 2026
| Solution | Key Components | Primary Function |
|---|---|---|
| Front-View Vision Solution | SC860AT + Flyingchip M1 | Environmental perception and object detection |
| 360° Surround-View System | SC360AT | Vehicle surround visibility |
| Occupant Monitoring System | SC533AT + Flyingchip M1 | Occupant, child, pet, and belongings monitoring |
Next-Generation Automotive ISP Chip Under Development
Flyingchip, a subsidiary of SmartSens, also revealed plans to introduce its next-generation automotive ISP chip, the M2. The upcoming processor is expected to deliver the vision-processing performance required for large-scale deployment of next-generation automated driving systems. With increasing demand for higher computing efficiency and advanced perception capabilities, the M2 is positioned to support future automotive vision architectures and evolving autonomous driving requirements.
Frequently Asked Questions
What did SmartSens showcase at AutoSens USA 2026?
SmartSens showcased a portfolio of automotive-grade image sensors and vision solutions aimed at improving vehicle perception and safety systems. The company demonstrated its front-view vision solution based on the SC860AT image sensor and Flyingchip M1 processor, presented a 360-degree surround-view system using the SC360AT sensor, and introduced an occupant monitoring platform powered by the SC533AT sensor. These technologies support ADAS functions, cabin monitoring, and future automated driving applications.
What is the purpose of Flyingchip’s upcoming M2 automotive ISP chip?
The M2 automotive ISP chip is being developed to provide advanced vision-processing capabilities for next-generation automated driving systems. It is designed to handle increasing perception and image-processing requirements as vehicles adopt more sophisticated sensing technologies. By delivering enhanced processing performance, the M2 is expected to support large-scale deployment of future autonomous and automated driving solutions while improving the efficiency of automotive vision architectures.
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