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IMAP: INTERNET Mail Access Protocol. It is USED for incoming mail in client/remote users of a mail server. Users do not download E- mail in her pc from server. Just to read or access from server. email SAVES in a server.

IMAP: Internet Mail Access Protocol. It is used for incoming mail in client/remote users of a mail server. Users do not download e- mail in her pc from server. Just to read or access from server. email saves in a server.

IMAP (Internet Message Access Protocol) ? Is a standard protocol for ACCESSING e-mail from your local server. IMAP is a client/server protocol in which e-mail is received and held for you by your Internet server. As this requires only a small DATA transfer this works well even over a SLOW connection such as a modem. Only if you request to read a specific email message will it be downloaded from the server. You can ALSO create and manipulate folders or MAILBOXES on the server, delete messages etc.

IMAP (Internet Message Access Protocol) ? Is a standard protocol for accessing e-mail from your local server. IMAP is a client/server protocol in which e-mail is received and held for you by your Internet server. As this requires only a small data transfer this works well even over a slow connection such as a modem. Only if you request to read a specific email message will it be downloaded from the server. You can also create and manipulate folders or mailboxes on the server, delete messages etc.

POP3 means Post OFFICE Protocol 3 is a protocol that offers a simple way for users to USE mailboxes and download MESSAGES to their computers. It allows users to download mails from the mail server to the local server and enables you to read the mail even if you are OFFLINE.

POP3 means Post Office Protocol 3 is a protocol that offers a simple way for users to use mailboxes and download messages to their computers. It allows users to download mails from the mail server to the local server and enables you to read the mail even if you are offline.

The data from higher-level protocols like TCP, UDP is encapsulated in an IP datagram and TRANSMITTED to the DESTINATION HOST. IP will not modify the higher-level data.

The data from higher-level protocols like TCP, UDP is encapsulated in an IP datagram and transmitted to the destination host. IP will not modify the higher-level data.

IP is a connection-less protocol because it does not maintain state information about the connection to a destination host. Each datagram is handled independent of other DATAGRAMS and ALSO each datagram may reach the destination through different network routes.

IP is a connection-less protocol because it does not maintain state information about the connection to a destination host. Each datagram is handled independent of other datagrams and also each datagram may reach the destination through different network routes.

IP is used for

1. Transmitting data from higher-level protocols like TCP, UDP in IP datagrams, from one host to another host in the NETWORK.
2. IDENTIFYING individual hosts in a network using an IP address.
3. Routing datagrams through gateways.
4. Fragmenting and reassembling datagrams based on the MTU of the underlying network.

IP is used for

RFC 791 DISCUSSES about the IP PROTOCOL VERSION 4.

RFC 791 discusses about the IP protocol version 4.

Legacy INTERACTIVE Mail Access PROTOCOL (IMAP) access to Exchange is ALSO available, which can ENABLE an Exchange server to be accessed VIA IMAP applications, such as some UNIX mail clients. As with the POP3 protocol, IMAP support must be explicitly turned on.

Legacy Interactive Mail Access Protocol (IMAP) access to Exchange is also available, which can enable an Exchange server to be accessed via IMAP applications, such as some UNIX mail clients. As with the POP3 protocol, IMAP support must be explicitly turned on.

An IP datagram is a BASIC unit of INFORMATION used by the IP layer to exchange data between two HOSTS. A IP datagram CONSISTS of an IP HEADER and data.

An IP datagram is a basic unit of information used by the IP layer to exchange data between two hosts. A IP datagram consists of an IP header and data.

YES. All IP NETWORKS must be able to HANDLE datagrams of at least 576 bytes in length.

Yes. All IP networks must be able to handle datagrams of at least 576 bytes in length.