Architect
Resonance Lattice Chip
OUT OF CHARACTER INFORMATION
- Intent: To create a processing chip that enables Commonwealth vessels and technology aboard said vessels to process data faster.
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Imperial Commonwealth of Dosuun
- Affiliation: Imperial Commonwealth of Dosuun
- Market Status: Closed-Market
- Model: CDP-RLCDT-X1 “Resonance Lattice Chip”
- Modularity: No
- Production: Minor
- Material:
- Synthetic crystalline wafer lattice
- Conductive alloy housing
- Optical/data channel microcircuits
- Resonance Lattice Encoding: Data stored within a crystal lattice using photon/electron resonance, enabling multi-plane read/write.
- Optical Pathways: Information moves along light-based channels with minimal latency.
- Stackable & Modular: Chips can be layered or linked in arrays to scale processing power.
- Interoperable: Designed as a universal replacement for legacy binary/ferrosilicon chips.
- High-Speed Processing: Vastly faster than binary storage or silicon processors.
- Compact & Scalable: Modular chips allow scaling for starships, droids, or datapads.
- Resistant to Magnetic Interference: Crystal lattice unaffected by traditional magnetic disruption.
- Cheap to Replace: Mass-producible, easily slotted/swapped in the field.
- Fragile: Crystalline lattice prone to shattering if stressed.
- Heat Sensitive: Without cooling, can burn out quickly.
- Security Neutral: Provides no inherent defense against slicing.
- Rigid Logic: Unlike NGI or Verityne hybrids, RLCs are fast but not adaptive.
The Resonance Lattice Chip (RLC) is the Commonwealth’s answer to the limits of binary and ferrosilicon processing. By encoding information in a synthetic crystalline lattice through photon/electron resonance, RLCs enable multi-dimensional data access—allowing read and write operations across several planes simultaneously.
This advancement drastically increases computational speed and efficiency, particularly when used in starship navicomputers, droid brains, and advanced data cores. With their compact, modular design, RLCs can be produced in great number and swapped easily, establishing them as the new baseline standard for Commonwealth technology.
However, their crystalline structure makes them fragile and heat-sensitive, requiring careful handling and cooling. They provide no special slicing defenses and lack the adaptability of later Verityne-based or biotech-hybrid systems.
Despite these limitations, the RLC marks a foundational step in modern Commonwealth computing, paving the way for advanced technologies like the Helion Data Core Matrix and the Neuracrys Gel Interface.
Out Of Character Info
Intent:
To create a processing chip that enables Commonwealth vessels and technology aboard said vessels to process data faster.
Image Source(s):
https://notaurl.com
Canon Link:
N/A
Primary Source(s):
N/A
Technical Information
Affiliation:
Imperial Commonwealth of Dosuun
Model:
CDP-RLCDT-X1 “Resonance Lattice Chip”
Modular:
No
Material:
Synthetic crystalline wafer lattice Conductive alloy housing Optical/data channel microcircuits
