Monday, October 27, 2025

Hypercoupling Memristor Architecture Schematics

Rakshas Memristor Architecture Schematics (Blogger-Compatible)

Rakshas Hypercoupling Architecture Schematics

System architecture diagrams, rendered as inline SVG for compatibility.

Diagram 1: PCIe 4.0 Interface Schematic (Predecessor/Sensor)

[ HOST SYSTEM (Commercial CPU) ] OS: Linux User Space OS: Linux Kernel Space [ PCIe 4.0 Add-in Card ] [ External ] Client (data_client) Control Daemon hyper_accelerator (16x Threads) POSIX Shared Memory Rakshas PCIe Driver (rakshas_nm.ko) PCIe Endpoint & BARs On-Card MMIO Registers DMA Engine On-Card DSP / FPGA VNA / ADC Front-End EXTERNAL NETWORK GRHS-18650 Sensor <==[ PCIe 4.0 x16 Bus ]==> Reads R/C, Writes Y_out ioctl() / mmap() UDP Command 16-Ch Analog Probe Control Plane: MMIO Data Plane: DMA

Diagram 2: Distributed Memristor Architecture (v6.0)

[ HOST SYSTEM (Commercial CPU) ] OS: Linux User Space OS: Linux Kernel Space [ PCIe 4.0 Add-in Card ] [ External ] <==[ PCIe 4.0 x16 Bus ]==> bridge_simulator (v6.0) Main Network Thread (UDP) Command Queue (Async) hyper_accelerator (v6.0) POSIX Shared Memory (v6) Hardware Abstraction Layer (hw_interface.c) Rakshas PCIe Driver (rakshas_nm.ko) Enqueues Worker Dequeues Reads R/C, Writes Y_out Calls HAL ioctl() / mmap() PCIe Endpoint & BARs On-Card MMIO Registers Write Pulse Generator DMA Engine On-Card DSP / FPGA VNA / ADC Front-End EXTERNAL NETWORK data_client (v6.0) GRHS-18650 (Sensor/Memristor Unit) UDP Command/ACK Control Plane: MMIO Data Plane: DMA WRITE PULSE READ PULSE
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