Evolution of Vape Architecture: The eGo Era (2006–2015)
Technical Archive: This article was reviewed and updated in February 2026 to document historical engineering standards used in early electronic nicotine delivery systems between 2006 and 2015.
Status notice: This is a historical archive entry. It documents legacy device architecture and terminology used in earlier stages of the vaping market. It does not describe current products, usage methods, or modern technical standards.
The period between 2006 and 2015 marked a structural transition in device design. Early products moved away from disposable, cigarette-shaped formats toward modular systems that separated power sources, atomising units, and liquid reservoirs. This phase is commonly referred to as the “eGo era”.
Definition: The eGo era refers to a generation of modular vaping devices built around fixed-voltage batteries, standardised threading, and replaceable atomising components, widely used in Europe and Ireland during the early 2010s.
Early system architecture overview
Devices from this period were defined by simplicity and repeatability. Most designs shared common electrical limits, mechanical interfaces, and safety assumptions that later influenced modern systems.
Atomisation and liquid delivery systems
Liquid delivery evolved rapidly during this period. Early systems relied on polyfill materials before transitioning to clear reservoir designs that exposed liquid level and allowed easier replacement of heating elements.
Control mechanisms and safety logic
Control electronics were minimal by modern standards. Devices typically relied on simple mechanical or single-chip logic to manage power delivery and basic safety functions.
Why the eGo era matters historically
The engineering conventions established during this period influenced later developments, including modularity, standardised interfaces, and the separation of power and atomisation components. These concepts persist in modern systems, albeit with significantly more advanced control and safety mechanisms.
Ireland-specific historical context
Between 2006 and 2015, device availability and terminology in Ireland broadly mirrored developments across the EU market. Formal regulatory frameworks were still emerging, and product design reflected early-stage engineering priorities rather than later compliance-driven standards.
Archival scope statement
This page is maintained as a historical engineering reference. It does not describe current devices, does not provide usage guidance, and should not be interpreted as documentation for modern hardware.
Status: ARCHIVAL MODE — NON-SEO
