The founders of iniVation invented the field of neuromorphic vision, which mimics key features of the human visual system. Our patented Dynamic Vision Sensor (DVS) transmits binary pixel-level change events, at microsecond time resolution. This approach is equivalent to a high-speed camera at thousands of frames per second – but with far less data. The advantages include:
High speed (equivalent 10k+ fps) and very low latency (< 1 ms)
High dynamic range (over 120 dB)
Longer battery life
Reduced data rate
Aeveon™ – Redefining vision sensing
With our all-new Aeveon™ technology, we are changing the game again. A new Adaptive Event Vision™ unified pixel architecture enables every pixel to generate multiple types of events:
Binary change events as with the legacy DVS
Multi-bit change events
Full frame readout
Region events
A state-of-the-art stacked sensor design with massively parallel Adaptive Event Cores produces a rich, highly compressed output stream. It combines the speed advantages of legacy DVS with the high fidelity of frame-based sensors.
Key Features
Lossless image reconstruction using adaptive multi-bit events.
Multiple dynamic regions of interest (ROIs) enable valuable bandwidth to be focused on the most critical regions of the scene, and updated on-the-fly.
On-sensor fast lossless compression, based on regions and motion information, saving up to 80% data.
Self-adapting smart pixels provide native high-dynamic range (HDR) output and minimize noise, particularly in low light.
Real world integration features
Anti Flicker
Remove artefacts caused by illumination variation
Improve quality for consumer imaging and automotive
Small pixel size enables high resolution
Stacked design enables pixels down to 1.5 µm or less
Full 1:1 events or frames from every pixel
Flexible architecture
Can be used directly with custom pixels (infrared, automotive, etc.)
Software compatibility
Works with all existing frame-based and event-based vision software Protect your software investment