The new vision HDK is powered by Speck™, the world’s first event-driven, ultra-low-power smart vision processing SoC. It combines the latest event-based image sensing technology with a 320,000-neuron processor to deliver real-time vision processing at milliwatt power consumption. All on a single chip.

With SynSense’s open-source software toolchain, engineers can easily train and deploy convolutional neural networks with up to 9 layers to the chip.

Requirements

Overview

The Speck™ series is the world’s first sensing-computing integrated dynamic vision intelligence SoC. It innovatively combines a Dynamic Vision Sensor and a Spiking Neural Network processor on a single chip, enabling closed-loop perception-to-understanding on-chip. Its event-driven mechanism activates computation only upon detecting changes, achieving milliwatt-level power efficiency and millisecond-level real-time response.

Applications

The Speck™ series is deployed in eye-tracking, security, energy management, and more, earning accolades like the CES Innovation Award for driving high-efficiency edge intelligence.


Features

Ultra-Low Power & High Efficiency: Models like Speck 2f consume ~1mW with a neuron density of 10.9K/mm², significantly outperforming conventional solutions.

Always-On Perception: Optimized for eye-tracking, gesture control, and face detection, it enables intuitive, uninterrupted interaction for AR/VR devices and smart terminals.