NeuroLinkage: Echtzeit-Intentionsdekodierung, epidurale Rückenmarkstimulation & Sub-20ms-Motor-Loops

NeuroLinkage High-Density Cortical BCI & Signal Processing Architecture

1024-channel cortical probe, on-chip spike sorting ASIC, and low-latency decoding server

Central System: Cortical BCI Processor - High-Density Spike Sorting Core

Clinical IoMT Nodes

• High-Density Intracortical Microelectrode Array
• On-Probe Neuromorphic Digitizer ASIC
• Real-Time Neural Spike Sorting Core
• Motor & Speech Intent Neural Decoder
• Assistive Communication / Exoskeleton Sink

Architectural Layers & Regulatory Standards

• Intracortical Silicon / Polymer Probes (Neuropixels Architecture / Flexible Polyimide Shanks): Recording extracellular single-unit action potentials from pyramidal neurons across cortical layers I-VI.
• Ultra-Low Power Neural Signal Digitization (Analog Front-End ASIC / 30 kHz Per Channel Sampling): Digitizing hundreds of raw electrical channels directly at the skull interface without thermal tissue heating.
• On-Edge Neural Spike Detection & Sorting (Threshold Crossing / Waveform Feature Clustering): Isolating individual neuronal action potentials from background multi-unit hash in real time.
• High-Bandwidth Intent Decoding & Synthesis (Temporal Convolutional Networks / RNN Language Models): Decoding cortical motor intent into continuous 2D/3D cursor kinematics or acoustic phoneme sequences.

Key Metrics: 1024 Channels (Simultaneous Cortical Recording) | < 0.5°C (Implantable Thermal Dissipation Rise) | 90 WPM (Decoded Speech Synthesis Rate) | < 25 ms (Brain-to-Actuator Latency)