NeuroCore
Built for Artificial General Intelligence
Get the architecture.
Omni-Scale Cognitive Core
One-Architecture, Multi-Scale, Multi-Domain, Fits All
SynaptoFlux Cognitive Matrix
Neural Pathways, Learning Acceleration, Memory Residence all in one Engine
CogniLive Adaptive Intelligence Engine
Adaptive Intelligence, Reduced Latency and Cloud Dependancy, On-Chip, Real-Time
Latency-Accuracy Tradeoff
Fully Supported, Hardware Level, Prioritize Accuracy or Latency which ever you need!
Built small. Thinks large.
Introducing the revolutionary NeuroCore chip. Unprecedented cognitive power in an ultra-compact design. Redesigned around adaptive intelligence principles to unleash capabilities far beyond conventional AI. With advanced thermal architecture and unmatched efficiency, NeuroCore defines the future of intelligent processing.
Runs 50x Cooler
Than leading AI Chips
50x the Efficiency
yet up to 10x more Performance
compared with leading AI chips in its class.
Evolved for Real Intelligence.Evolved for Real Intelligence.
It's not artificial intelligence. It's Adaptive Intelligence - the kind that understands, remembers, and grows on the fly!
NeuroCore vs Competition
| Feature | NeuroCore | Neuromorphic Chips | NVIDIA AI GPUs | Google TPUs |
|---|---|---|---|---|
| Architecture | Asynchronous Cognitive- Neurophysiological | Neuromorphic | Synchronous Parallel | Matrix-based TPU |
| Learning / Adaptability | | - | - | - |
| Power Consumption | 80 µW/NeuroNode (inference and training combined) | 70-100 mW per core | 250W – 450W+ | ~75W – 200W |
| Processing Speed | 96 GSOPS/NeuroNode (20X higher throughput) | Moderate to Slow | Fast | Very Fast |
| Use Cases | Edge AI, Data Centers, Robotics, Healthcare, IoT, Automotive, Aerospace, Defense, and more | Research | Cloud AI, HPC, Graphics, Gaming | AI Model Acceleration |
| Scalability | Massively scalable across applications and industries | Limited | High, but expensive | High, but expensive |
| Latency-Accuracy Tradeoff | Fully supported,Hardware Level Configurable | Not Available | Not Available | Not Available |
| Task Agnostic Processing | Yes – multiple domains w/o system-level tuning | No | No | No |
Technical Specifications
Processing
- Neural Nodes: 256/NeuroNode
- Compute Power: 96 GSOPS/NeuroNode
Memory
- Neural Memory: SRAM,BRAM,DRAM Supported
- Memory Residence: In-Core
Architecture
- Neural Pathways: 132,000
- Learning Acceleration: 96x
- Process Node: Scalable across 2nm - 45nm