Metavision Assembly Kit – GenX320MP OPTICAL MODULE CM2 – STM32

Description

Connected to the STM32 Digital Camera Interface (DCMI) parallel interface, the GenX320 CM2 compact module offers a powerful solution for diverse embedded vision applications. This development platform enables experimentation with high-speed and low-latency event-based vision.

At its core, the GenX320 is a 320x320 6.3μm pixel BSI stacked event-based Metavision® sensor, designed for embedded vision and many power-sensitive applications. The GenX320 was explicitly designed to improve integrability and usability in at-the-edge vision systems. Key features include:

• Event data pre-processing and formatting
• Data interface compatibility
• Low-latency connectivity to processing platforms, including low-power neuromorphic processors

The sensor has been optimized for very low power operation, featuring a hierarchy of application-specific power modes. The GenX320 contains an integrated Event Signal Processing (ESP) pipeline, which includes:

• Timestamping
• Filtering
• Throughput regulation
• Data formatting functions

An Event Rate Controller (ERC) allows capping the output event rate to a programmable limit. A Spatio-Temporal Contrast filter (STC) detects and removes redundant bursts and trails of events triggered by high-contrast features in the scene. An Anti-Flicker (AFK) filter detects and filters events generated by flickering lights. The stop-band frequency can be set in the range of 50-500 Hz with arbitrary spans.

Features

• Development kit: Prophesee GenX320 CM2 compact module for STM32 devices*
• Optimized for plug-and-play use with STM32-F7 platform
• Prophesee GenX320 1/5" format 320x320 event-based vision sensor:
• 320x320 array of 6.3μm contrast detection pixels
• High-speed event data output (equivalent to >10kfps time resolution) with row-level 1μs-precision time stamping
• 0.05 lux low-light cutoff with high dynamic range >120dB
• GenX320 sensor connected through the STM32 DCMI parallel interface
• Low pixel latency and low transfer latency, suitable for low-power embedded applications with hard real-time constraints
• Delivered with an application to visualize events on a 4.3” WQVGA TFT LCD programmed in Flash, with source code delivered for free