IEC 62148-12:2004/AMD1:2022

IEC 62148-12:2004/AMD1:2022 is an amendment to the parent document IEC 62148-12:2004, focused on fibre optic active components and devices for laser transmitters with a coaxial RF connector. It is relevant when engineering teams, laboratories, and procurement specialists need a current technical reference for package and interface expectations tied to this device type. Used alongside the parent document, IEC 62148-12:2004/AMD1:2022 supports documented evaluation, technical review, and compliance workflows for optical hardware integration.

IEC 62148-12:2004/AMD1:2022 standard overview

This amendment updates the technical basis for package and interface standards associated with laser transmitters using a coaxial RF connector. In practice, it is a supporting compliance reference rather than a standalone design manual, and it is commonly used to align engineering documentation, product evaluation, and verification activities with the parent specification. For organizations managing optical component procurement or conformity assessment, IEC 62148-12:2004/AMD1:2022 helps maintain consistency in technical assessment and controlled documentation.

Applications of IEC 62148-12:2004/AMD1:2022

The document is typically used in workflows involving fibre optic active components, especially where laser transmitter packages must interface reliably with coaxial RF connections. It may support product development, laboratory evaluation, incoming inspection, and supplier qualification for optical communication hardware. Teams responsible for technical validation, quality workflows, and regulatory preparation may use it to compare device construction and interface details against an accepted reference, reducing ambiguity during procurement review and conformity assessment preparation.

Why IEC 62148-12:2004/AMD1:2022 matters

For organizations handling optical transmitter components, the value of IEC 62148-12:2004/AMD1:2022 lies in keeping technical documentation aligned with the amended parent reference. That can improve interoperability checks, testing consistency, and risk management during design verification and product release. It also supports clearer communication between engineering, test laboratories, and purchasing teams when assessing package and interface requirements. In regulated or audited environments, having the correct amendment available can reduce compliance gaps and strengthen quality assurance records.

• Amendment reference for IEC 62148-12:2004, not a standalone technical specification
• Focused on laser transmitters with a coaxial RF connector within fibre optic active components
• Useful for engineering documentation, product evaluation, and conformity assessment workflows
• Supports consistency in verification activities, procurement review, and compliance preparation