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Connection plan

The visualization of connected network paths takes place in a connection plan. This is opened in a separate drawing and can be further processed accordingly.

The Connection plan can be opened in the “Overviews/Reports” menu based on the elements of the lower network layer, such as fibers/wires, connectors/pins, patches, splices, etc.

FO TP
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The Connection plan can be created for the selected element or all elements in the filter.

The connection diagram is as follows:

FO

Verbindungsplan_LWL_engl.PNG

1. start point with start patch
2. fiber details
3. patch between 2 connectors
4. point with fibre-fibre splice
5. point with splitter: connection splitter-IN
6. point with splitter: connection splitter-OUT

to 1)

Verbindungsplan_LWL_POP_engl.PNG

  • Attenuation values of the individual wavelengths (a)
  • Name of the technical port of the start patch (b)
  • Details of the patch: length and service (c)
  • Name, type, structural system, building and higher-layer switching point of the FO termination/FO closure (d)
  • Number of the connector to which the fiber is spliced (e)
  • Number and name of the fiber spliced (f)
  • Details of the tray (number, name, type), attenuation values and service of the network path are displayed (g)

to 2)

Verbindungsplan_LWL_Faser_engl.PNG

  • Name of the cable section, number of fibers in the cable section
  • Length of the cable section to which the fiber belongs

The length in brackets represents the distance starting from the selected start element. This depends on where you start the connection plan. If the start element is a fiber itself, this distance is 0m and summation is started at both ends of the fiber. This does not include the length of the starting fiber itself in any direction.

  • Attenuation values and service of the fiber
  • Utilized capacity of the cable section (percentage of fibres with services)

to 3)

Verbindungsplan_LWL_Rangierung_engl.PNG

  • Details of the point in which the connector is located from which is patched (see also [1.]) (a)
  • patch information: length and service (b)
  • Details of the point in which the connector to which is patched is located (see also [1.]) (c)

to 4)

Verbindungsplan_LWL_Muffe_engl.PNG

  • Details of the fiber that is spliced in the point (see also [2.]) (a)
  • Details of the point in which the splice is located (see also [1.]) (b)
  • Details of the fiber spliced in the point (see also [2.]) (c)

Display of the splitterVerbindungsplan_LWL_Splitter_engl.PNG

to 5)

Verbindungsplan_LWL_Spl-IN_engl.PNG

  • Details of the fiber that is spliced in the point (see also [2.]) (a)
  • Details of the point in which the splice lies on the splitter IN (see also [1.]) (b)

to 6)

Verbindungsplan_LWL_Spl-OUT_engl.PNG

  • Splitter path details (splitter name, splitter OUT number (a).
  • Details of the point in which the splice from the splitter OUT is located (see also [1.]) (b)
  • Details of the fiber that is spliced in the point (see also [2.]) (c)

TP

Verbindungsplan_FM_engl.PNG

1. start point with start patch
2. details of the wire
3. patch between 2 pins
4. point with wire-wire splice

to 1)

Verbindungsplan_HVt_engl.PNG

  • Attenuation value of the frequency (a)
  • Name of the technical port of the start patch (b)
  • Details of the patch: length and service (c)
  • Name, type, building, constructional structure and higher-layer switching point of the TP terminator/TP closure (d)
  • Name and number of the pin to which the wire is spliced (e)
  • Wire that is spliced (f)
  • Pin details (type, attenuation value) and service of the network path is displayed (g)

to 2)

Verbindungsplan_FM_Ader_engl.PNG

  • Name of the cable section, number of wires in the cable section
  • Length of the cable section to which the wire belongs

The length in brackets represents the distance starting from the selected start element. This depends on where you start the connection plan. If the start element is a wire itself, this distance is 0m and summation is started at both ends of the wire. This does not include the length of the starting wire itself in any direction.

  • Attenuation values and service of the wire
  • Utilized capacity of the cable section (percentage of wires with services)

to 3)

Verbindungsplan_FM-Rangierung_engl.PNG

  • Details of the point in which the pin is located from which is patched (see also [1.]) (a)
  • patch information: length and service (b)
  • Details of the point in which the pin to which is patched is located (see also [1.]) (c)

zu 4)

Verbindungsplan_FM-Muffe_engl.PNG

  • Details of the wire that is spliced in the point (see also [2.]) (a)
  • Details of the point in which the splice is located (see also [1.]); the splice type (default or uncut) is displayed (b)
  • Details of the wire spliced in the point (see also [2.]) (c)