Slate
Category: Personal Interface & Communication Device
Common Term(s): Slate, Personal Console, Deckscreen
Rarity: Common (in civilian and administrative populations, though legacy models are prized)
Mechanics & Inner Workings
The Slate is a personal computing and communication device built for reliability, modularity, and broad compatibility across realms. Its core systems are housed in a reinforced internal frame and powered by a gravity-stabilized energy cell. Designed for daily use, Slates combine physical durability with a responsive interface and strong local connectivity.
Key system functions include:
Encrypted short- and mid-range data transmission
Onboard memory for personal files, logs, and correspondence
User-specific access permissions and local identity profiles
Navigation and orientation tools using internal sensors
Sync capabilities with transport systems, workspace terminals, and public nodes
Though models differ by region or manufacturer, most Slates share a standardized internal layout, making parts interchangeable and repairs straightforward in most populated regions. The system prioritizes stability and function over flash, which is why older models remain in service even centuries after their introduction.
Manufacturing process
Slates are produced through a semi-automated assembly process, combining mass fabrication techniques with targeted precision finishing. The outer casing and internal frame are shaped through industrial-grade mold casting or panel extrusion, depending on the model’s intended tier (civilian, commercial, or administrative).
The processor, memory unit, and signal node are mounted on a central board using micro-placement arms, followed by integration of the interface layer and display. Once sealed, each unit undergoes a calibration cycle where power flow, signal integrity, and input response are tested under simulated operating conditions.
While most current production occurs in centralized factories across major realms, some regions—especially Avalon—still operate smaller, workshop-scale facilities that produce Slates in limited runs using legacy tooling and region-specific parts.
Final testing includes impact resistance, thermal tolerance, and software sync with local grid protocols. Units are then serialized, logged into the distribution network, and shipped with firmware pre-loaded according to the realm or district of sale.
History
The Slate was first developed in Avalon during a period of rapid technological and societal development. Initially large, static, and used in fixed terminals, early Slates were intended for long-range message relay and data storage between city centers and governmental archives. As materials and power cells became more efficient, the device shrank in size and expanded in function--transitioning from a government-only tool to a personal, portable interface used across all levels of society.
What began as a specilized device for field engineers and civil recorders eventually became an everday essential: used for voice communications, written exchange, data access, mapping, scheduling, and eventually commerce. Its form and functionality would evolve over centuries, but the foundational idea--of a personal, pocket-accessible communication tool--remained unchanged.
What began as a specilized device for field engineers and civil recorders eventually became an everday essential: used for voice communications, written exchange, data access, mapping, scheduling, and eventually commerce. Its form and functionality would evolve over centuries, but the foundational idea--of a personal, pocket-accessible communication tool--remained unchanged.
Significance
The Slate marks the transition point between isolated record systems and the connected personal device era; it is widely considered one of the most important civilian technologies in modern realm-spanning culture.
Item type
Electronic / Cybernetic
Creation Date
Circa -2000 BFE
Related Technologies
Weight
12.3 Kilogrames
Dimensions
Length: 2.25 meters Width: 0.65 meters Thickness: 0.07 meters
Base Price
180 Vires
Raw materials & Components
Processor Core: Tiered solid-state logic matrix designed for fast command response and stable multitasking
Power Regulation: Centrally-mounted gravity-balanced cell with integrated field stabilizer and passive thermal routing
Internal Architecture: Modular circuit assembly mounted on a semi-flexible shock-absorbent frame
Cooling System: Layered internal heat plates and low-draw dissipation fins (no active fans)
Data Handling: Encrypted memory channels with automatic redundancy cycling; local data partitioning for secure access
Interface Control: Input managed via conductive surface grid and dedicated gesture-scan strip (on supported models)
Comms & Networking: Dual-band signal node capable of short-range mesh, personal sync, and UNIS handoff
Navigation & Response: Internal orientation chip and feedback accelerometer for directional positioning and haptic alerts