Laphisto
High Commander of the Lilaste Order
OUT OF CHARACTER INFORMATION
Intent: To create a universal adapter and power mediation unit that bridges communication and voltage gaps between legacy and modern lightsaber subsystems, enabling hybrid builds to operate seamlessly.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: Original concept (Mediation / Bus Adapter Board)
PRODUCTION INFORMATION
Manufacturer: Lilaste Arms
Market Status: Closed-Market
Model: MBB-Mk I
Modularity: yes
Production: Limited
Material: Seigurium-cored data board, Tensile-Durasteel mounting plate, Crystallized Aetherium regulators, carbon-silica microtraces, and nano-insulated wiring harnesses
SPECIAL FEATURES
STRENGTHS
WEAKNESSES
DESCRIPTION
The Mediation / Bus Adapter Board (MBB) serves as the nervous system of saber architecture — a digital and electrical translator ensuring that ancient technology and cutting-edge systems coexist without conflict. Designed in response to the growing complexity of modular lightsaber ecosystems, the MBB eliminates the need for full rewiring when integrating legacy ignitors, Force-reactive crystals, or older emitter cores.
At its heart, the MBB combines Aetherium-based voltage regulators with a Seigurium microcontroller that interprets power and data protocols from multiple generations of technology. It continuously analyzes each module's energy demands and communication timing, routing stable power rails and translating control signals in real time. This process ensures that even incompatible systems — such as a millennia-old Fire Tear crystal chamber connected to a modern AREM emitter — operate in harmony without burning out or desynchronizing.
Intent: To create a universal adapter and power mediation unit that bridges communication and voltage gaps between legacy and modern lightsaber subsystems, enabling hybrid builds to operate seamlessly.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: Original concept (Mediation / Bus Adapter Board)
PRODUCTION INFORMATION
Manufacturer: Lilaste Arms
Market Status: Closed-Market
Model: MBB-Mk I
Modularity: yes
Production: Limited
Material: Seigurium-cored data board, Tensile-Durasteel mounting plate, Crystallized Aetherium regulators, carbon-silica microtraces, and nano-insulated wiring harnesses
SPECIAL FEATURES
- Multi-Protocol Bridge: Translates data, voltage, and signal timing between legacy analog circuits and modern harmonic control modules.
- Auto-Voltage Regulation: Dynamically steps power rails between 3V, 5V, 12V, and harmonic flux bands for safe operation of mixed-generation components.
- Data Isolation Buffer: Prevents crosstalk and energy feedback between incompatible control systems.
- Plug-and-Play Connectors: Universal modular ports simplify installation, minimizing wiring complexity.
- Redundant Pathing: Maintains power routing even if a subsystem fails, ensuring saber remains ignitable.
- Diagnostic Handshake Protocol: Runs automated compatibility checks and logs subsystem health for maintenance or tuning adjustments.
- Field-Service Interface: External micro-port for data link access, firmware updates, or manual signal overrides.
STRENGTHS
- Seamless Integration: Enables older emitter or ignition hardware to function with advanced systems like AREM, CTL, or PBSD without rewiring.
- Cross-Generation Compatibility: Ideal for sabers combining ancient relic crystals or early ignition matrices with modern harmonic modules.
- Failsafe Stability: Protects both old and new systems from voltage mismatch, preventing overloads or burnouts.
- Maintenance Simplification: Modular design streamlines troubleshooting — defective systems can be isolated and swapped without disassembling the saber.
- Harmonic Balancing Support: Works with CTL to ensure synchronized data and power flow, improving resonance control.
- Adaptive Scaling: Automatically prioritizes power routing to active subsystems (e.g., cooling, stabilization, or Overdrive modes).
- Longevity: Extends the lifespan of vintage or irreplaceable components by reducing electrical strain
WEAKNESSES
- Desynchronization with Living Crystals Semi-sentient crystals (Fire Tears, living cores) sometimes operate on nonstandard harmonic timelines; the MBB's deterministic scheduler can desync with them.
- Space Constraints: The MBB's physical board and heat shielding increase internal volume requirements — unsuitable for ultra-compact hilts.
DESCRIPTION
The Mediation / Bus Adapter Board (MBB) serves as the nervous system of saber architecture — a digital and electrical translator ensuring that ancient technology and cutting-edge systems coexist without conflict. Designed in response to the growing complexity of modular lightsaber ecosystems, the MBB eliminates the need for full rewiring when integrating legacy ignitors, Force-reactive crystals, or older emitter cores.
At its heart, the MBB combines Aetherium-based voltage regulators with a Seigurium microcontroller that interprets power and data protocols from multiple generations of technology. It continuously analyzes each module's energy demands and communication timing, routing stable power rails and translating control signals in real time. This process ensures that even incompatible systems — such as a millennia-old Fire Tear crystal chamber connected to a modern AREM emitter — operate in harmony without burning out or desynchronizing.
Out Of Character Info
Intent:
to create a light saber component for the Diarchy and Lilaste order
Technical Information
Affiliation:
Lilaste order | Diarchy
Modular:
Yes
Material:
Kov'dra Aetherium Crystal Tensile durasteel mesh siegerium
