Speck™
The world’s first sensing-computing integrated dynamic vision intelligence SoC, optimized for scenarios like eye-tracking. It delivers milliwatt-level continuous perception as an ultra-low-power dynamic vision sensor.Intelligent Vision Sensing-Computing Integrated Chip
World’s first “sensing-computing integrated” dynamic vision intelligent SoC, deeply integrating a Dynamic Vision Sensor (DVS) with a Spiking Neural Network (SNN) processor. It breaks through the bottlenecks of high power consumption and high latency inherent in conventional vision systems, enabling event-driven low-power operation and real-time intelligent analytics.
Applications
Smart Grid Monitoring
Intelligent Interactive Devices
Intelligent Security
Intelligent Livestock Farming
Technical Details
Neuromorphic Architecture: Asynchronous Digital Circuit
Neuron Count: 330,000
High Integration Density: 19,800 neurons / mm²
Privacy Protection: Dot-matrix vision processing
Ultra-Low Latency: <5ms response
Versatility: Standard design, fast deployment
Ultra-Low Power: <2mW
Speck™ Development Kit
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 330,000-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
