STP networking and calculated topology In Figure 1-3, DeviceA, DeviceB, and DeviceC are deployed on the network, with priorities 0, 1, and 2, respectively. The path costs between DeviceA and DeviceB, DeviceA and DeviceC, and DeviceB and DeviceC are 5, 10, and 4, respectively. ...
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Each VLAN can be mapped to only one MSTI, meaning that traffic of a VLAN can be transmitted in only one MSTI. An MSTI, however, can be bound to multiple VLANs. Two spanning trees are eventually calculated: MSTI 1 uses DeviceF as the root device to forward packets of VLAN 2. MSTI 2...
Figure 5-17 STP/RSTP networking To overcome this issue, MSTP divides one switched network into multiple regions, known as Multiple Spanning Tree (MST) regions. Each MST region has multiple spanning trees, known as Multiple Spanning Tree Instances (MSTIs), that are independent of each other. An...
Figure 5-17 STP/RSTP networking To overcome this issue, MSTP divides one switched network into multiple regions, known as Multiple Spanning Tree (MST) regions. Each MST region has multiple spanning trees, known as Multiple Spanning Tree Instances (MSTIs), that are independent of each other. An...
Each VLAN can be mapped to only one MSTI, meaning that traffic of a VLAN can be transmitted in only one MSTI. An MSTI, however, can be bound to multiple VLANs. Two spanning trees are eventually calculated: MSTI 1 uses DeviceF as the root device to forward packets of VLAN 2. MSTI 2...
Each VLAN can be mapped to only one MSTI, meaning that traffic of a VLAN can be transmitted in only one MSTI. An MSTI, however, can be bound to multiple VLANs. Two spanning trees are eventually calculated: MSTI 1 uses DeviceF as the root device to forward packets of VLAN 2. MSTI 2...
Figure 5-17 STP/RSTP networking To overcome this issue, MSTP divides one switched network into multiple regions, known as Multiple Spanning Tree (MST) regions. Each MST region has multiple spanning trees, known as Multiple Spanning Tree Instances (MSTIs), that are independent of each other. An...
Each VLAN can be mapped to only one MSTI, meaning that traffic of a VLAN can be transmitted in only one MSTI. An MSTI, however, can be bound to multiple VLANs. Two spanning trees are eventually calculated: MSTI 1 uses DeviceF as the root device to forward packets of VLAN 2. MSTI 2...
Each VLAN can be mapped to only one MSTI, meaning that traffic of a VLAN can be transmitted in only one MSTI. An MSTI, however, can be bound to multiple VLANs. Two spanning trees are eventually calculated: MSTI 1 uses DeviceF as the root device to forward packets of VLAN 2. MSTI 2...