How a PC Works: Architecture Matrix

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INTERCONNECT TELEMETRY • LIVE BIDIRECTIONAL SIGNAL HIGHWAY

HOW A PC WORKS:ARCHITECTURE MATRIX

Central CPU nexus actively arbitrating bidirectional data highways, voltage delivery rails, and DirectStorage pipelines. Select any subsystem node to inspect bus bandwidth and real-time signal telemetry.

BUS CLOCK: 100 MHz BASEPROTOCOL: PCIE 5.0 / DDR5 / DP 2.1

BIDIRECTIONAL BUS ROUTING: ACTIVE

TX / RX SYNCHRONIZED•ZERO DROPPED PACKETS

RAM • DDR5 BUS

System Memory

96 GB/s • Sub-65ns Latency

TX/RX: Full Duplex Stream

COOLING • PWM LOOP

Thermal Array

360mm Rad • PWM Control

Loop: 4,500 RPM Active

GPU • PCIE 5.0 X16

Graphics Engine

64 GB/s PCIe • GDDR7

TX/RX: Frame Dispatch

MOTHERBOARD

PCH & VRM Plane

DMI 4.0 x8 Chipset Link

Uplink: 15.75 GB/s

CENTRAL BRAIN

CPU PROCESSOR

Command Nexus & Bus Arbiter

SIGNALS TRANSMITTED & RECEIVED: LIVE

DISPLAY PIPELINE

DisplayPort 2.1

80 Gbps UHBR20 • 4K 240Hz

Raster: 0.03ms Latency

NVMe • M.2 GEN 5

Direct Storage

14,000 MB/s Read • Direct VRAM Stream

TX: DirectStorage DMA Active

PSU • ATX 3.1

Transient Power

12V-2x6 Dedicated Transient Rail

TX: Clean Multi-Phase DC Current

Central Processing UnitCENTRAL BRAINTX: 128 GB/s Bus CommandsRX: Full Duplex Memory Stream5.7 GHz Boost Clock

The primary computational engine orchestrating machine code, scheduling thread queues, and coordinating multi-gigabyte data packets across PCIe, memory, and storage buses with nanosecond precision.

IPC Execution: 8-Core / 16-ThreadL3 3D V-Cache: 96MBPCIe 5.0 Root Complex