Oct 10 2006, 01:39 PM
QUOTE(awyongcarl @ Oct 10 2006, 01:14 PM)
What BT client are you using?
Have you ever considered one of the BT slow factor? It's TCP/IP limiting.
If you updates your windows frequently, your TCP/IP shoud be back at default aka 10.
that does not limit your speed, only the number of simultaneous incomplete outbound TCP connection attempts.Have you ever considered one of the BT slow factor? It's TCP/IP limiting.
If you updates your windows frequently, your TCP/IP shoud be back at default aka 10.
http://www.microsoft.com/technet/prodtechn...etwk.mspx#E5AAE
QUOTE
Limited number of simultaneous incomplete outbound TCP connection attempts
Detailed description
The TCP/IP stack now limits the number of simultaneous incomplete outbound TCP connection attempts. After the limit has been reached, subsequent connection attempts are put in a queue and will be resolved at a fixed rate. Under normal operation, when applications are connecting to available hosts at valid IP addresses, no connection rate-limiting will occur. When it does occur, a new event, with ID 4226, appears in the system's event log.
Why is this change important? What threats does it help mitigate?
This change helps to limit the speed at which malicious programs, such as viruses and worms, spread to uninfected computers. Malicious programs often attempt to reach uninfected computers by opening simultaneous connections to random IP addresses. Most of these random addresses result in a failed connection, so a burst of such activity on a computer is a signal that it may have been infected by a malicious program.
What works differently?
This change may cause certain security tools, such as port scanners, to run more slowly.
Detailed description
The TCP/IP stack now limits the number of simultaneous incomplete outbound TCP connection attempts. After the limit has been reached, subsequent connection attempts are put in a queue and will be resolved at a fixed rate. Under normal operation, when applications are connecting to available hosts at valid IP addresses, no connection rate-limiting will occur. When it does occur, a new event, with ID 4226, appears in the system's event log.
Why is this change important? What threats does it help mitigate?
This change helps to limit the speed at which malicious programs, such as viruses and worms, spread to uninfected computers. Malicious programs often attempt to reach uninfected computers by opening simultaneous connections to random IP addresses. Most of these random addresses result in a failed connection, so a burst of such activity on a computer is a signal that it may have been infected by a malicious program.
What works differently?
This change may cause certain security tools, such as port scanners, to run more slowly.
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