Return to Dashboard

SYS-10 CORE

Femto-Logic Synchronization & Navigation Array

Logic & Sensor Network

SYS-10 Femto-Logic Master Core
ProcessorRad-Hardened FPGA
Compute1 THz Sync Logic
Latency< 1 ms Handshake

The central execution matrix holding the "Snap Protocol" (OPS-01) logic. Calculates Gate-sync data instantly via hard-wired gates.

SYS-11 LiDAR Sensor Array
Laser Type1550nm Fiber Laser
Scan RateFemtosecond Pulsed

Provides real-time "Time-of-Flight" distance metric to the Gate's leading edge. Instructs gimbaled ion nozzles without processor lag.

SYS-05-C Sync-Beacon Receiver
Detection337 nm UV Laser Mark
FunctionTransition Start Mark

The optic "Eye" waiting for the highway infrastructure to clear the launch transition. Triggers vacuum polarization routines.

FSS-05 Femto Faraday Cage
HousingAnnealed Mu-Metal Box
RF GasketsSilver-Loaded Silicone

Vital shell shielding the SYS-10 core from catastrophic "ghost currents" generated by the 1.21 GW primary stator pulse.

Hybrid Architecture & Timing Jitter

SYS-10 Hybrid Logic Protocol

GaAs FPGA (The "Eye"): 1 THz processing for front-end signal capture, utilizing Gallium Arsenide for zero-perception-lag tracking.

BAW Resonator ASIC (The "Clock"): Maintains a rigid 20-femtosecond jitter floor using Bulk Acoustic Wave technology, unaffected by extreme EMF.

Real-Time Interpolation (LPTS): Laser Pulse-Driven Synchronization completely discards internal quartz clocks, utilizing the GATE-03 beacon light pulses as the true metronome.

Timing Window Component Target Jitter Tolerance (σ) Failure Consequence
Beacon Mark (T-500μs) SYS-05-C ± 5.0 ns Incorrect countdown initialization; drift logic desync.
LiDAR Update (T-100μs) SYS-05-B ± 0.1 μs Positional drift; bubble misalignment and collision hazard.
MOSFET Trigger (T-0) PWR-03-C ± 20.0 fs Catastrophic Metric Shear; KMI-01 Strut complete fracture.
Degausser (T+100μs) PWR-03-D ± 1.0 μs Magnetic sticking; extreme Hysteresis drag trailing the gate.

SYS-10 Predictive LiDAR Tracking

Metric Anticipation & Refraction Corrector

During the Ocean Roll, the ship's massive metric distortion will violently blue-shift and refract incoming LiDAR signals. To prevent an asymmetrical metric load (a lethal "flat tire" at 0.1c), the GaAs Femto-Logic utilizes Kalman-Filtered Predictive Tracking to calculate the true center of the GATE-01 Induction ring.

Parameter Operational Requirement
Tracking Rate 2.5 MHz real-time interior scan
Correction Latency 15.0 Nanoseconds
Beam Wavelength 1550 nm (Pulsed Femtosecond)
Gimbal Stabilization ± 0.001 Arcseconds

METRIC REFRACTION MONITOR

Center-Line Drift: 0.000 mm

TRUE-CENTER ALIGNMENT LOCK

Pulse Intensity:
0.00 GW

SYS-11-B Quantum Noise Silencers

IMU ATOM-INTERFEROMETRY INTEGRITY

The massive magnetic flux from the FSS-02 REBCO ribbons introduces chaotic 'Quantum Noise' into the ship's navigation sensors. Without the Cryogenic Mu-Metal Cold-Shields, the IMU loses its internal "Sense of Up," resulting in sensory blindness during the metric transition.

Ambient Quantum Noise

0.01 dBq

IMU Nav Accuracy

99.99%

CRYO-MU-METAL SHIELDS ACTIVE