IEEE 1390-1995

IEEE 1390-1995 defines a utility telemetry service architecture for use over the switched telephone network, giving engineers a structured basis for remote data collection and communication in utility environments. It is relevant where telemetry must move reliably across telephone-network links and where consistent interface behavior matters for planning, integration, and operation. As an inactive standard, IEEE 1390-1995 remains useful for understanding legacy utility communications designs and the technical expectations that shaped them.

IEEE 1390-1995 overview

This standard addresses the architecture of a utility telemetry service rather than a single device or proprietary protocol. IEEE 1390-1995 focuses on how telemetry services can be organized to work over the switched telephone network, which places attention on communication paths, service roles, and interoperability within networked utility systems. For organizations dealing with older remote monitoring arrangements, the document can help clarify the intended structure of the service and support consistent interpretation of requirements across equipment and deployments.

Typical use cases

IEEE 1390-1995 is most relevant in utility communications setups that depended on telephone-network connections for telemetry, such as remote monitoring of field equipment, operational status reporting, and data exchange between control points and dispersed assets. It may be useful when reviewing legacy systems for network architecture, comparing service designs, or assessing how telemetry functions were expected to connect across communication links. The standard is especially pertinent where utility operations required dependable remote signaling within a communications framework.

Why this standard matters

For teams working with utility telemetry architecture, IEEE 1390-1995 supports clearer design control by defining a common service framework for switched-telephone-network deployment. That can reduce ambiguity during system planning, procurement, and testing, especially when multiple vendors or legacy components are involved. Using a shared standard also helps limit integration risk and improve consistency in how telemetry services are specified, evaluated, and maintained. IEEE 1390-1995 remains valuable as a reference point for technical review and compliance-oriented documentation.

• Utility telemetry service architecture
• Switched telephone network context
• Legacy communications reference
• Remote monitoring and signaling
• Interoperability and service structure