Ethernet Cabling: Unterschied zwischen den Versionen

Version vom 15. Mai 2014, 17:45 Uhr

Gebäudeverkabelung

There are 12 permanently installed Ethernet links going from various wall sockets in the room to the rack, ending up on the black 24-port patch panel at the very top. Different quality of cable was use (some CAT6, some shielded CAT5, some CAT5 UTP), so your high-frequency (i.e. Gigabit) mileage may vary.

The wall sockets are all labeled, the labels corresponding the the number on the patch panel.

Socket number 10 is located in the middle of the room near the ceiling on the cable rails. This port carries the VLANs to the access point.

The ports on the patch panel are then patched into the first core switch flz-sw-01.mgmt.fablab.local, again with the port numbers corresponding to the numbers on the wall sockets. Assignments of ports to specific VLANs happen inside the switch, see Internal Network

@@ Zeile 5: / Zeile 5: @@
 Different quality of cable was use (some CAT6, some shielded CAT5, some CAT5 UTP), so your high-frequency (i.e. Gigabit) mileage may vary.
-The wall sockets are all labeled, the labels corresponding the the number on the patch panel. Socket number 10 is located in the middle of the room near the ceiling on the cable rails.
+The wall sockets are all labeled, the labels corresponding the the number on the patch panel.
 [[File:Flz-gebaeudeverkabelung.jpg|300px]]
+Socket number 10 is located in the middle of the room near the ceiling on the cable rails. This port carries the VLANs to the access point.
+[[File:Flz-ap.jpg|300px]]
 The ports on the patch panel are then patched into the first core switch flz-sw-01.mgmt.fablab.local, again with the port numbers corresponding to the numbers on the wall sockets. Assignments of ports to specific VLANs happen inside the switch, see [[Internal Network]]