Page 1056 - Shaping smarter and more sustainable cities - Striving for sustainable development goals

Work FG‐SSC SDO Document Corresponding Standardization Future needs
area deliverable(s) working number document title or summary gap in this area and suggestions
related to this on this released by to SG5
work area area this SDO
ITU‐T 40‐Gigabit‐capable passive
G.989.2 optical networks 2 (NG‐PON2)
‐ Physical media dependent
(PMD) layer

3.3.4.4 SDH/MSTP/WDM
There is a Technical Report on ICT infrastructure for SSC which involves telecommunication facili‐
ties in FG‐SSC [b‐FG‐SSC infrastructure].

It is suggested to develop a guideline for the use of ICT infrastructure to improve applications in
SSC.

Work FG‐SSC SDO Document Corresponding Standardization Future needs
area deliverable(s) working number document title gap in this area and suggestions
related to this on this released by to SG5
work area area this SDO
SDH/MST ITU‐T ITU‐T G.680 Physical transfer functions of To develop a
P/WDM SG15 optical network elements guideline for
the use of ICT
infrastructure
to build SSC
ITU‐T G.691 Optical interfaces for single
channel STM‐64 and other
SDH systems with optical am‐
plifiers
ITU‐T G.692 Optical interfaces for multi‐
channel systems with optical
amplifiers
ITU‐T G.693 Optical interfaces for intra‐
office systems
ITU‐T Spectral grids for WDM appli‐
G.694.1 cations ‐ DWDM frequency
grid
ITU‐T Spectral grids for WDM appli‐
G.694.2 cations ‐ CWDM wavelength
grid
ITU‐T G.695 Optical interfaces for coarse
wavelength division multiplex‐
ing applications
ITU‐T Longitudinally compatible
G.696.1 intra‐domain DWDM
applications
ITU‐T G.697 Optical monitoring for dense
wavelength division
multiplexing systems
ITU‐T Multichannel DWDM applica‐
G.698.1 tions with single‐channel
optical interfaces
ITU‐T Amplified multichannel dense
G.698.2 wavelength division multiplex‐
ing applications with single
channel optical interfaces

1046 ITU‐T's Technical Reports and Specifications