ISO/IEC TR 10171:2000 is a technical reference for information technology telecommunications and information exchange, focusing on lists of standard data link layer protocols that use HDLC class procedures, XID format identifiers, mode-setting information field format identifiers, and user-defined parameter set identification values. For engineering teams and compliance workflows, it helps define how protocol-related identifiers are referenced and documented in a consistent way. As a derived document connected to ISO/IEC TR 10171, it is useful when reviewing interoperability, technical documentation, and implementation records.

Purpose of ISO/IEC TR 10171:2000

The purpose of ISO/IEC TR 10171:2000 is to support structured identification of protocol elements used in data link layer communication based on HDLC class procedures. It is likely used as a technical aid for system designers, test engineers, and documentation teams that need to compare or record standard format identifiers and parameter values. In practical terms, it can assist with technical review, documented evaluation, and verification activities where consistent naming and identification reduce ambiguity in interface and protocol assessment.

Compliance applications of ISO/IEC TR 10171:2000

In compliance workflows, ISO/IEC TR 10171:2000 may be consulted when preparing specifications, test plans, or conformity assessment evidence for systems that exchange data using HDLC-related procedures. It is relevant to product evaluation, laboratory evaluation, and engineering documentation where protocol identifiers must be matched against a recognized reference. Procurement and validation teams may also use it to confirm that vendor documents, interface control records, and technical compliance materials reflect the same identifier conventions during operational or acceptance testing.

Benefits of ISO/IEC TR 10171:2000

Using ISO/IEC TR 10171:2000 can improve operational consistency by giving teams a common reference for standard protocol identifiers and related parameter values. That supports interoperability analysis, reduces documentation errors, and strengthens technical validation during review or testing. For organizations preparing compliance files, it can help streamline conformity assessment preparation and reduce risk in specification comparisons. It is especially useful where procurement, engineering, and testing groups need a shared compliance reference for communication and record keeping.

• Reference lists for HDLC-based data link layer protocol identification
• Support for XID format and mode-setting information field mapping
• Useful for specification review, interface control, and testing workflows
• Helps align documentation with recognized identifier conventions