Uniplex

Uniplex describes a system, network, or device characterized by a single, central point of operation or data transmission path. It emphasizes a simplified, often linear structure where all communication or processing flows through one channel. This contrasts with more complex systems that utilize multiple pathways or redundant components. A uniplex configuration prioritizes efficiency in certain contexts, but may also introduce single points of failure. The term can apply to telecommunications, data processing, and even social dynamics to describe a system with limited pathways.

Uniplex meaning with examples

• The old radio system employed a uniplex transmission method, where the signal could only travel in one direction at a time – either transmission or reception, not both simultaneously. This made communication less efficient, particularly for two-way conversations. A significant drawback was the vulnerability of the system to being disrupted by any damage.
• Early computer networks were uniplex, with a central mainframe handling all processing and data flow. Individual terminals were solely used for input and output. This centralized architecture, while simple to manage, created a bottleneck if the central computer went offline; everything would stop working.
• During the initial phase of the project, the team operated under a uniplex communication structure. All requests and reports went through the project manager, which ensured a single stream of information. However, this single point bottleneck occasionally resulted in delays and less efficient workflows.
• The security system utilized a uniplex design for its sensors, feeding data back to a single control panel. This simplified the installation and maintenance of the sensors. Though simple to maintain, any disruption in the central control panel compromised the whole system and resulted in complete failure.
• The historical city's power grid employed a uniplex cable system, with each building's electricity supply sourced from a single main line. Because the failure of the central line left every building in darkness, the entire structure showed severe vulnerability, particularly in storms.