IEEE 1390.2-1999

1390.2-1999 is a technical standard for a Network to Telemetry Interface Unit, addressing the interface needed to connect networked communication systems with telemetry functions. In the context of communication, networking and broadcast technologies, it helps define how data is handled, exchanged, and controlled between systems. This matters for installations that need consistent integration, reliable signaling, and predictable interoperability across equipment from different vendors or system layers.

What is 1390.2-1999?

This standard provides a structured reference for the Network to Telemetry Interface Unit, which sits between a network environment and telemetry-related equipment or processes. 1390.2-1999 is relevant where communication pathways must support monitoring, control, or data transfer in a defined and repeatable way. As a technical document, it helps clarify interface expectations, reducing ambiguity during design, implementation, and verification of connected systems.

Where is 1390.2-1999 used?

1390.2-1999 is most applicable in communication and networked telemetry setups where equipment must exchange operational data through a dedicated interface unit. It may be used in broadcast support systems, remote monitoring installations, and other engineering environments that depend on controlled data flow between network infrastructure and telemetry components. The standard is useful when integration, signaling compatibility, and interface consistency are important to system performance.

Why is 1390.2-1999 important?

Using 1390.2-1999 can support more consistent design and procurement decisions by giving engineers and buyers a clear technical reference for the interface unit. It helps reduce integration risk, improve compatibility across connected equipment, and support testing against a defined baseline. For organizations managing communication systems, a recognized standard can also make compliance checks and lifecycle maintenance more straightforward, especially when multiple devices must work together reliably.

• Network to telemetry interface requirements
• Communication system integration
• Broadcast and monitoring applications
• Interface consistency and verification