Deterministic Frame Capture
Direct GigE Vision and USB3 Vision kernel bypass acquisition with hardware PTP IEEE 1588 timestamp synchronization across multi-camera rigs.
TechVision delivers deterministic GigE Vision and CoaXPress frame processing, real-time defect classification, and encrypted HTTP/2 telemetry synchronization across distributed European manufacturing lines.
Built on zero-copy Linux DMA ring buffers and quantized TensorRT/ONNX execution graphs deployed on AMD EPYC SEV-SNP edge controllers in Sofia, Bulgaria.
Direct GigE Vision and USB3 Vision kernel bypass acquisition with hardware PTP IEEE 1588 timestamp synchronization across multi-camera rigs.
Sub-pixel segmentation models trained for micro-crack detection, SMD component placement verification, and laser weld seam profiling.
Multiplexed HTTP/2 telemetry replication between factory edge gateways and South-East European regional aggregation nodes with automatic backpressure control.
Reference measurements recorded on TechVision Edge Runtime 2.6 (Sofia SDC, AMD EPYC Milan-v3 SEV-SNP, Ubuntu 24.04 LTS).
| Subsystem | Interface / Protocol | Throughput | 99th Percentile Latency |
|---|---|---|---|
| Camera Ingestion | GenICam / GigE Vision 2.1 (Jumbo 9000) | 9.4 Gbps sustained | 0.18 ms |
| Optical Segmentation | INT8 Quantized Vision Backbone | 240 frames / sec @ 2048x1536 | 0.81 ms |
| PLC Fieldbus Trigger | EtherCAT / OPC UA PubSub | 4 kHz cycle | 0.24 ms |
| Edge-to-Core Telemetry | HTTP/2 over TLS 1.3 (X25519MLKEM768) | Multiplexed stream | 8.6 ms (BalkaniX / Neterra IX) |