IEC 62148-17:2023

IEC 62148-17:2023 defines package and interface requirements for fibre optic active components and devices using transmitter and receiver components with dual coaxial RF connectors. It is relevant when teams need a technical reference for aligning device packaging, connector interfaces, and documentation during design review, procurement, or conformity assessment. For engineering, testing, and compliance workflows, IEC 62148-17:2023 helps provide a common basis for comparing products and evaluating whether interface characteristics are handled consistently across development and verification activities.

Overview of IEC 62148-17:2023

The official title indicates a focused document within the fibre optic active components and devices package and interface standards series. IEC 62148-17:2023 is likely used to support technical assessment of transmitter and receiver components that incorporate dual coaxial RF connectors, with attention to packaging and interface conventions rather than broad system performance. In practice, it can serve as a compliance reference during product definition, interface control, and engineering documentation review, especially where mechanical and connection compatibility must be checked against a defined standard basis.

Compliance applications of IEC 62148-17:2023

Organizations may use IEC 62148-17:2023 in product evaluation, supplier qualification, and laboratory evaluation for fibre optic active components that connect through dual coaxial RF interfaces. It can support documented evaluation of package geometry, interface alignment, and related design assumptions in development or verification workflows. Procurement teams and compliance staff may also rely on it when reviewing technical datasheets, preparing conformity assessment files, or confirming that a component under consideration follows the expected interface approach for integration into optical communication equipment.

Importance of compliance with IEC 62148-17:2023

Compliance with IEC 62148-17:2023 can reduce interface uncertainty in engineering and testing workflows, helping teams apply consistent acceptance criteria during technical review and validation. For manufacturers and buyers, using a defined package and interface reference supports interoperability expectations, quality assurance, and more predictable integration into larger systems. It can also improve regulatory preparation and procurement decisions by providing a clear technical baseline for documentation, comparison, and risk management when evaluating fibre optic transmitter and receiver components.

• Package and interface guidance for fibre optic active components with dual coaxial RF connectors
• Useful for technical review of transmitter and receiver component integration
• Supports testing workflows, interface verification, and documented evaluation
• Helps procurement and compliance teams compare products against a defined reference
• Relevant to conformity assessment and engineering documentation control