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Which protocol prevent forwarding loops?
Spanning-Tree Protocol (STP)
What is an OSI layer 3 protocol?
An OSI Layer 3 protocol is primarily responsible for the routing and forwarding of data packets across networks. The most well-known Layer 3 protocol is the Internet Protocol (IP), which facilitates communication between devices on different networks by providing logical addressing. Other Layer 3 protocols include Internet Control Message Protocol (ICMP) and Address Resolution Protocol (ARP), which support various network functions and error reporting. These protocols ensure that data can be effectively directed and managed across complex network infrastructures.
What protocol enables the networks of the Internet?
Transmission control protocol/Internet Protocol or TCP/IP
What is the default network protocol of the internet and most modern corporate networks?
TCP/IP is the protocol used to communicate on most networks.
What protocol is associated with satellites functional networks?
Space Packet Protocol (SPP)
What protocol does the Windows Event Viewer use to configure event forwarding?
TCP and UDP
What are Ethernet networks named for?
the protocol used
What protocol provides system management tools for networks?
Simple Network Management Protocol
Network running more than one protocol?
multiprotocol networks
Which protocol allows redundant Layer 2 links without switching loops?
RSTP
How does Spanning Tree Protocol aid network architecture?
Allows for redundant links by eliminating loops.
What does a distance vector routing protocol let a router know about remote networks?
The availability of networks, and the metric (or "cost" or "distance") to reach them, according to the system used by the routing protocol to calculate this "metric".The availability of networks, and the metric (or "cost" or "distance") to reach them, according to the system used by the routing protocol to calculate this "metric".The availability of networks, and the metric (or "cost" or "distance") to reach them, according to the system used by the routing protocol to calculate this "metric".The availability of networks, and the metric (or "cost" or "distance") to reach them, according to the system used by the routing protocol to calculate this "metric".
