Linked from

The 36 pages that link to Internet Protocol, each with the reason it gives.

• HTTPNarrower topic: HTTP data ultimately travels inside IP packets.

• Transmission Control ProtocolNarrower topic: TCP relies on IP to carry its segments between endpoints.

• IP addressNarrower topic: IP addresses are the source and destination identifiers carried in its packet headers.

• Network address translationNarrower topic: NAT operates on the source and destination addresses that IP uses for forwarding.

• Internet accessNarrower topic: Internet access depends on IP to deliver data between devices and online destinations.

• RouterNarrower topic: Routers principally forward packets according to IP addresses and protocol rules.

• Voice over Internet ProtocolNarrower topic: VoIP depends on IP addressing and packet routing to carry calls between endpoints.

• Maximum transmission unitNarrower topic: MTU is defined against the size of an IP packet carried by a link.

• IPv6Narrower topic: IPv6 is one version of this packet-delivery protocol family.

• Simple Mail Transfer ProtocolNarrower topic: IP routing delivers the TCP connections on which SMTP operates.

• IPv4Narrower topic: IPv4 is one version of this protocol, alongside IPv6.

• Proxy serverNarrower topic: Proxies depend on IP routing to communicate with clients and destination servers.

• Matter (smart-home standard)Narrower topic: Matter carries its application traffic over IP rather than defining an isolated network stack.

• Wireless networkNarrower topic: Wireless links usually carry IP packets rather than defining the data’s ultimate destination.