UDP Socket Level Options
What are UDP Socket Level Options?
UDP socket level options allow configuration of various socket behaviors like timeout, buffer size, and multicast settings for UDP communication.
Why are UDP Socket Level Options useful?
They provide flexibility to tune UDP sockets for performance, reliability, and special use cases such as multicast or broadcast traffic.
How do UDP Socket Level Options work?
Options are set using system calls like setsockopt() and control parameters such as send/receive buffer sizes, time-to-live (TTL), and multicast group membership.
Where are UDP Socket Level Options used?
These options are commonly configured in server and client applications using UDP for real-time data, streaming, and multicast communication.
Which OSI layer do UDP Socket Level Options belong to?
They operate at the Transport Layer (Layer 4) and interface with the OS kernel’s socket API.
Are UDP Socket Level Options Windows specific?
No, these options are available on all major operating systems with network socket support, including Windows.
Are UDP Socket Level Options Linux specific?
No, Linux fully supports these socket options through its socket API, often used in networking applications and daemons.
Which Transport Protocol uses these options?
These socket options are specific to the User Datagram Protocol (UDP).
Are UDP Socket Level Options used in client-server models?
Yes, socket options can be tuned on both clients and servers to optimize UDP communication according to application needs.
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