5-4
Multiple Instance Spanning-Tree Operation
Overview
The logical and physical topologies resulting from these VLAN/Instance
groupings result in blocking on different links for different VLANs:
Figure 5-1. Example of a Multiple Spanning-Tree Application
Switch “C”
Instance 1
VLANs: 10, 11, 12
Switch “A”
Root for Instance 1
VLANs: 10, 11, 12
Switch “B”
Instance 1
VLANs: 10, 11, 12
Switch “C”
Instance 2
VLANs: 20, 21, 22
Switch “A”
Instance 2
VLANs: 20, 21, 22
Switch “B”
Root for Instance 2
VLANs: 20, 21, 22
Switch “C”
Switch “A”
Root for Instance 1
Switch “B”
Root for Instance 2
Path blocked for VLANs in instance 1.
Path blocked for VLANs in instance 2.
Region “A”: Logical Topology
Path blocked for VLANs in instance 1.
Path blocked for VLANs in instance 2.
Region “A”: Physical Topology
Summary of Contents for ProCurve 2810-24G
Page 1: ...Advanced Traffic Management Guide 2810 www procurve com ProCurve Series 2810 Switches N 11 XX ...
Page 2: ......
Page 3: ...ProCurve Series 2810 Switches Advanced Traffic Management Guide July 2007 ...
Page 11: ...ix Web Viewing and Configuring Stacking 7 47 Status Messages 7 48 Index ...
Page 12: ...x ...
Page 76: ...3 18 GVRP Introduction ...
Page 271: ......