Pretty much everything is faster in Linux than in Windows. The Windows programmers need to prove to their bosses that they are doing the right thing, but the Linux programmers only need to prove to their peers that they are doing the right thing when they make improvements. Linux has things like zero-copy networking, which are not widely implemented in the Windows kernel(s).
Linux has more good, fast and easy-to-use servers. The TCP/IP stack is slightly faster There is no limit as to amount of connections. Guess that's it, aside from better security and speed of system itself.
Yes.
TCP/IP is not a specific program, but a specification. It has been implemented in different operating systems, like Windows, Linux, Cisco IOS, and others.TCP/IP is not a specific program, but a specification. It has been implemented in different operating systems, like Windows, Linux, Cisco IOS, and others.TCP/IP is not a specific program, but a specification. It has been implemented in different operating systems, like Windows, Linux, Cisco IOS, and others.TCP/IP is not a specific program, but a specification. It has been implemented in different operating systems, like Windows, Linux, Cisco IOS, and others.
Because it's incredibly secure, stable, fast, and proven to be efficient as server/supercomputer OS. It also has a better TCP/IP stack than windows.
There is no such thing as a "Linux" network. Linux uses the standard TCP/IP protocol for most modern networking purposes. This protocol is also used on Windows and Mac OS X. On any network with a working DHCP server the process is as simple as connecting to the router.
TCP/IP first
UDP is alot faster than TCP. So if its realtime obviously it has to be fast, thus UDP. The only problem is UDP isn't as reliable or as secure as TCP. But it does have the speed advantage.
Lots of operating systems include a TCP/IP stack. These include Windows (NT/98/2000/ME/XP/Vista), Mac OS X, Linux, FreeBSD, and Solaris.
TCP/IP v4 TCP/IP v6 IPX AppleTalk
A Teardrop attack is a DOS (Denial of Service) attack which involves sending mangled IP fragments with overlapping, over-sized payloads to the target machine. This can crash various operating systems due to a bug in their TCP/IP fragmentation re-assembly code. Windows 3.1x, Windows 95 and Windows NT operating systems, as well as versions of Linux prior to versions 2.0.32 and 2.1.63 are vulnerable to this attack.Note that in 2009, a vulnerability in Windows Vista was was identified which was referred to as a "teardrop attack", but the attack targeted SMB2 which is a higher layer than the TCP packets that teardrop used.
TCP/IP is the standard default.
TCP/IP