IEC 62148-22:2023

IEC 62148-22:2023 defines package and interface requirements for fibre optic active components and devices used in 25 Gbit/s directly modulated laser packages with temperature control unit. It is relevant for teams evaluating how such optoelectronic devices are packaged, connected, and integrated into higher-level systems. For engineering, procurement, and compliance workflows, the document provides a technical reference that supports documented evaluation, technical review, and conformity assessment activities around device interfaces and package compatibility.

IEC 62148-22:2023 standard overview

IEC 62148-22:2023 is part of the IEC 62148 series focused on package and interface standards for fibre optic active components. In practical terms, it helps define the expected framework for directly modulated laser packages operating at 25 Gbit/s with temperature control. That makes it useful when assessing form factor consistency, interface alignment, and design suitability during engineering validation or technical compliance review. Organizations often use this type of reference to support disciplined product evaluation and reduce ambiguity in procurement and testing workflows.

Applications of IEC 62148-22:2023

This document is most relevant to optical communications hardware development, component sourcing, and laboratory evaluation of laser-based optical modules. It may be used by engineers working on high-speed fibre optic transmitters, by test teams verifying package and interface conformity, and by procurement specialists comparing vendor documentation against a defined engineering specification. It is also useful in quality workflows where operational consistency and traceable technical documentation are needed for product assessment, integration planning, and compliance preparation.

Why IEC 62148-22:2023 matters

For organizations handling high-speed optical components, IEC 62148-22:2023 supports more consistent technical validation and reduces risk when comparing parts from different suppliers. A clear package and interface reference can improve interoperability decisions, simplify verification activities, and strengthen conformity assessment preparation. It is especially valuable when teams need to align design intent, test conditions, and procurement criteria around a common compliance reference. That can help improve quality assurance and reduce costly integration issues later in the development cycle.

• Package and interface reference for 25 Gbit/s directly modulated laser devices with temperature control
• Useful for optical component design review, supplier comparison, and procurement checks
• Supports laboratory evaluation, verification activities, and technical documentation control
• Helps align engineering validation with conformity assessment and compliance workflows