Shatter the Edge AI Performance Ceiling
Experience flawless HD & 4K throughput and unconstrained object recognition.
Redefining the Physics of AI Processing
Most systems try to brute-force AI performance. We reinvented it. The GigaMAACS System utilizes a proprietary parallel pipeline to achieve throughput levels that legacy architectures simply cannot reach.
- Zero Latency Spikes: Constant, ultra-fast response times.
- Massive Parallelism: Processing complex models without dropped frames.
- Hardware-Native: Designed for seamless FPGA and ASIC implementation.
We aren’t just pushing the boundaries of AI processing; we’re redefining them from the ground up.
Flawless Processing for High-Fidelity AI
High resolution shouldn't mean low speed. GigaMAACS is engineered to maintain consistent throughput, delivering HD and 4K processing at 240 FPS without a single dropped frame.
Every frame is captured, processed, and analyzed with microsecond precision. Stop choosing between resolution and velocity—GigaMAACS delivers both, ensuring your complex models have the throughput required for true real-time intelligence.
High-Density Tracking at HD and 4K Resolution
Most edge systems struggle to track more than a few dozen targets before frame rates drop. Synthetic Scaling changes the math. By optimizing the pipeline for massive parallelism, we enable real-time tracking of thousands of objects without taxing the system’s latency.
- Scale: Thousands of objects per frame.
- Speed: Real-time processing at high FPS.
- Precision: From autonomous navigation to global-scale surveillance.
Move Beyond the Bottleneck
Performance Validated: 240 FPS with HD
Witness GigaMAACS in action. See how our parallel pipeline architecture eliminates dropped frames and latency spikes in high-resolution environments. Explore the test results that set a new standard for edge AI throughput.
Consult with our Architecture Experts
Skip the sales pitch and talk directly to our technology leads. Get personalized technical insights on how GigaMAACS can optimize your specific model for real-time edge performance.
Get Your Custom Performance Estimate
Stop settling for hardware-limited AI. Connect with our team for a comprehensive evaluation of your model’s potential throughput and microsecond-level latency targets.