ฉันรัThe underlying concept behind

ฉันรัThe underlying concept behind network redundancy is to provide alternate paths for data to travel along in case a cable is broken or a connector accidentally un-plugged. However, Ethernet as standard cannot have rings or loops in the network as this will cause broadcast storms* and can ultimately cause the network to stop working. An Ethernet network cannot have two paths from point A to point B without a mechanism in place to support this type of topology. To achieve redundancy, the network infrastructure (switches) must support redundancy protocols designed to negate the usual problems of putting loops into an Ethernet network, maintaining a default data path and switching to an alternate one when a fault occurs.

ผลลัพธ์ (อังกฤษ) 1:

I s the underlying concept behind network redundancy is to provide alternate paths for data to travel along in case a cable is broken or a connector accidentally un-plugged. However, ethernet as standard cannot have rings or loops in the network as this will cause broadcast. storms * and can ultimately cause the network to stop working.

ผลลัพธ์ (อังกฤษ) 2:

I รั The underlying concept behind network redundancy is to provide alternate paths for data to travel along in case a cable is un-plugged or accidentally broken a Ethernet connector as standard, However. cannot have loops or rings in the network as this will cause broadcast storms and can ultimately cause the network * to stop working. An Ethernet network cannot have two paths from point A to point B without a mechanism in place to support this type of topology. To achieve redundancy, the network infrastructure (switches) must support redundancy protocols designed to negate the usual problems of putting loops into an Ethernet network, maintaining a default data path and switching to an alternate one when a fault occurs.

ผลลัพธ์ (อังกฤษ) 3:

I am a pessimistic The underlying concept behind Network redundancy is to provide alternate paths for data to travel along in case a cable is broken or a connector accidentally un-plugged.However, Ethernet as standard cannot have rings or loops in the network as this will cause broadcast storms * and ultimately can cause the network to stop working.An Ethernet network cannot have two paths from point to point A B without a mechanism in place to support this type of topology. To achieve redundancy, the network infrastructure (switches) must support redundancy protocols designed to negate the usual problems of putting loops into an Ethernet network, maintaining a default data path and switching to an alternate one when a fault occurs.