09/30201827 DC : 0

1 Scope
2 Normative references
3 Specifications
  3.1 Dimensional requirements
  3.2 Mechanical requirements
  3.3 Transmission requirements
  3.4 Environmental requirements
      3.4.1 Mechanical environmental requirements
            (common to all fibres in category A1)
      3.4.2 Transmission environmental requirements
Annex A (normative) - Family specifications for A1a
        multimode fibres
  A.1 Dimensional requirements
  A.2 Mechanical requirements
  A.3 Transmission requirements
  A.4 Environmental requirements
Annex B (normative) - Family specifications for A1b
        multimode fibres
  B.1 Dimensional requirements
  B.2 Mechanical requirements
  B.3 Transmission requirements
  B.4 Environmental requirements
Annex C (normative) - Family specifications for A1d
        multimode fibres
  C.1 Dimensional requirements
  C.2 Mechanical requirements
  C.3 Transmission requirements
  C.4 Environmental requirements
Annex D (normative) - Transmitter centre wavelength
        and encircled flux (EF), fibre differential
        mode delay (DMD) and calculated effective
        modal bandwidth (EMBc) requirements
  D.1 Transmitter centre wavelength and encircled
      flux (EF) requirements
  D.2 A1a.2 fibre differential mode delay (DMD)
      requirements
  D.3 A1a.2 fibre calculated effective modal
      bandwidth (EMB[c]) requirements
      D.3.1 Calculated effective bandwidth
      D.3.2 Default weights
  D.4 A1a.3 fibre differential mode delay (DMD) requirements
  D.5 A1a.3 fibre calculated effective modal bandwidth
      (EMB[c]) requirements
      D.5.1 Calculated effective bandwidth
Annex E (informative) - Applications supported by A1 fibres
  E.1 Internationally standardised applications
  E.2 Used commercial bandwidth specifications
  E.3 Cross reference of fibres types in this standard
      and ISO/IEC 11801
  E.4 Reference documents
Annex F (informative) - 1-Gigabit and 10-Gigabit Ethernet
        applications
Annex G (informative) - Preliminary indications for items
        needing further study
  G.1 Effective Modal Bandwidth (EMB) at 1300 nm
  G.2 Scaling of EMB with DMD

BS EN 60793-2-10