IEC TS 62661-2-1:2013

IEC TS 62661-2-1:2013 provides a focused technical reference for optical backplanes, specifically the product specification for an optical backplane using optical fibre circuit boards and multi-core right angle optical connectors. It is relevant when teams need to review design intent, assess integration options, or align procurement and compliance workflows around a defined optical interconnect architecture. For engineering, testing, and documented evaluation, the title signals a specification-oriented document that can support technical validation and conformity assessment activities.

What is IEC TS 62661-2-1:2013?

IEC TS 62661-2-1:2013 is a technical specification that appears to define product-level requirements and application context for an optical backplane arrangement based on optical fibre circuit boards and multi-core right angle optical connectors. In practice, that makes it useful for engineering documentation, technical review, and compatibility assessment where optical interconnect performance and assembly approach need to be understood at a structured level. As a Part 2-1 document, it is best viewed as a focused reference within the broader optical backplanes series.

Applications of IEC TS 62661-2-1:2013

This document is likely relevant to teams working on optical backplane design, connector selection, system integration, and laboratory evaluation of optical interconnect assemblies. It may support technical assessment in equipment development programs where compact routing, board-level optical paths, and right angle connector interfaces are being considered. Organizations may also use it during procurement review, supplier qualification, and testing workflows to confirm that product descriptions, engineering specifications, and compliance reference materials are aligned before implementation or verification activities begin.

Why is IEC TS 62661-2-1:2013 important?

For organizations handling optical backplane projects, IEC TS 62661-2-1:2013 helps reduce ambiguity around product definition and can improve operational consistency across design, test, and purchasing functions. A clear technical reference supports safer engineering decisions, more repeatable verification activities, and better preparation for conformity assessment. It is also useful where interoperability, quality assurance, and documented evaluation matter, because procurement and compliance teams can rely on a common specification basis when comparing solutions or reviewing technical submissions.

• Technical reference for optical backplane architectures using optical fibre circuit boards
• Supports evaluation of multi-core right angle optical connector implementations
• Useful in design reviews, supplier documentation checks, and laboratory verification planning
• Helps align procurement, compliance workflows, and engineering documentation