IEEE 167-1966

IEEE 167-1966 is a test procedure for facsimile equipment, providing a defined way to evaluate performance in communication, networking and related electronic systems. As a technical document, it helps establish consistent testing practices for facsimile transmission and reception, supporting better comparison of results across devices and laboratories. IEEE 167-1966 is especially useful where repeatable measurement and clear acceptance criteria matter for equipment design, qualification, and procurement.

Overview of IEEE 167-1966

This standard sets out a structured test procedure focused on facsimile, a communications application that depends on accurate signal handling and reliable image transfer. IEEE 167-1966 is intended to guide how performance is assessed so that equipment can be examined under consistent conditions. In practice, it supports engineering teams, test facilities, and buyers who need a common basis for evaluating facsimile devices and related components within communication systems.

Typical use cases

IEEE 167-1966 may be used when checking facsimile units, associated transmission equipment, or system elements that affect signal quality and document reproduction. It is relevant in testing workflows that compare output consistency, transmission behavior, and overall functional performance. The standard can also support acceptance testing, product verification, and engineering review for equipment used in office communications, broadcast-linked systems, or other environments where facsimile exchange remains part of the technical requirement.

Why it matters

For facsimile-related equipment, a defined test procedure helps reduce ambiguity during evaluation and supports more dependable results. IEEE 167-1966 can aid compliance efforts, improve consistency between test sites, and help engineering teams identify performance issues earlier. It also gives procurement and quality-control teams a clearer basis for comparing products. In that way, IEEE 167-1966 contributes to more controlled design decisions and lower risk when specifying or validating equipment.

• Facsimile test procedure
• Performance evaluation framework
• Transmission and reproduction checks
• Equipment verification support