STP has two common meanings in networking:
1. Shielded twisted pair, a type of cable.
2. Spanning-tree protocol, a system used to permit redundant links in switches, while avoiding switching loops.
STP has two common meanings in networking:
1. Shielded twisted pair, a type of cable.
2. Spanning-tree protocol, a system used to permit redundant links in switches, while avoiding switching loops.
STP has two common meanings in networking:
1. Shielded twisted pair, a type of cable.
2. Spanning-tree protocol, a system used to permit redundant links in switches, while avoiding switching loops.
STP has two common meanings in networking:
1. Shielded twisted pair, a type of cable.
2. Spanning-tree protocol, a system used to permit redundant links in switches, while avoiding switching loops.
STP has two common meanings in networking:
1. Shielded twisted pair, a type of cable.
2. Spanning-tree protocol, a system used to permit redundant links in switches, while avoiding switching loops.
STP diameters are restricted by convergence times.
STP is more reliable due to shielding.
STP
STP
Not exactly Internet. STP is a protocol used between switches within a local area network.Not exactly Internet. STP is a protocol used between switches within a local area network.Not exactly Internet. STP is a protocol used between switches within a local area network.Not exactly Internet. STP is a protocol used between switches within a local area network.
By placing some ports in the blocking states
All switches participating in STP exchange BPDU frames to determine which switch has the lowest bridge ID(BID) on the network.
4. Set the switch priority to a smaller value than that of the other switches in the network.
UTP is cheaper to install than STP or coaxial cable; therefore, it is a popular network choice
100 meter using STP cable (SHIELD twistted pair).
a broadcast storm Network + Guide To Networks Review Question Chapter 6 #10 WRONG ANSWER
PG#199, STP performs three steps when it initially converges on a logically loop-free network topology: 1. Elects one root bridge 2. Selects the root port on the nonroot bridge 3. Selects the designated port on each segment.