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Sony - Model IMX636 -Event-based Vision Sensor
The Sony IMX636, co-developed with Prophesee, represents a significant advancement in vision sensor technology, leveraging stacked event-based architecture to provide unparalleled low-light sensitivity. It boasts a 1/2.5-inch format with approximately 0.92 million effective pixels. With a minimum light level of 5 lux for operational integrity and robust performance assured up to a virtual limit of 100000 lux, it stands suitable for a variety of demanding applications. Key markets include industrial automation, robotics, scientific measurement, and sports performance cameras, where real-time data acquisition is pivotal. Users gain access to comprehensive resources and an advanced toolkit, with evaluation kits that unlock a sophisticated software suite comprising 95 algorithms, 67 code samples, and 11 ready-to-use applications. Furthermore, its open-source architecture ensures seamless integration across diverse platforms, backed by extensive documentation and community support, making it a prime choice for developers looking to innovate in the field of event-based vision technology.
1/2.5 inch format event-based vision sensor with approx 0.92 M effective pixels
- Resolution (px): 1280 x 720
- Optical format: 1/2.5”
- Pixel latency @ 1000 lux (μs): <100
- Pixel latency @ 5 lux (μs): <1000
- Size (mm): 13×13 (LGA package)
- Dynamic Range* (dB): >86 (5 lux – 100 klux) / >120 (80 mlux – 100klux)
- Maximum clock frequency (MHz): 100
- Standby power (mW): 5
- Maximum power (mW): 205
- Pixel size (μm): 4.86 x 4.86
- Event Signal Processing embedded
