HP NC326m HP ProLiant Essentials Intelligent Networking Pack - Windows Edition - Page 15

TCP Packets Dropped Due to Queue Overflow.

Get HP NC326m - PCI Express Dual Port Gigabit Server Adapter PDF manuals and user guides View all HP NC326m manuals
Add to My Manuals
Save this manual to your list of manuals

Page 15 highlights

o TCP Packets Placed on Queue. Number of connection TCP packets queued since filter driver initialization. o TCP Packets Removed from Queue. Number of connection TCP packets removed from the delay queue since filter driver initialization. o Currently Queued TCP Packets. Number of connection TCP packets currently on the delay queue. o TCP Packets Dropped Due to Queue Overflow. Number of TCP packets that were dropped due to the delay queue being full since filter driver initialization. o Maximum TCP Packets on Queue. Maximum number of TCP packets on the queue since filter driver initialization. • Times TCP Virus-like Activity Seen. Number of times virus-like activity was detected since filter driver initialization. • UDP Statistics. Displays statistics on an aggregate or per-instance basis since the filter drivers were initialized. o Connection Establishing UDP Packets. Number of UDP connection packets seen since filter driver initialization. o UDP Packets Passed Without Delay. Number of UDP connection packets that were passed without a delay because the target was a known host since filter driver initialization. o UDP Packets Placed on Queue. Number of UDP connection packets queued since filter driver initialization. o UDP Packets Removed from Queue. Number of UDP connection packets removed from the delay queue since filter driver initialization. o Currently Queued UDP Packets. Number of UDP connection packets currently on the delay queue. o UDP Packets Dropped Due to Queue Overflow. Number of UDP packets that were dropped due to the delay queue being full since filter driver initialization. o Maximum UDP Packets on Queue. Maximum number of UDP packets on the queue since filter driver initialization. • Times UDP Virus-like Activity Seen. Number of times UDP virus-like activity was detected since filter driver initialization. • Information. Displays the current queue settings. o TCP Delay Queue Size. The maximum number of TCP connection requests in the delay queue for each instance. o TCP Delay Queue High Water Mark. The number of TCP connection requests in the delay queue where virus-like activity is indicated. o TCP Delay Queue Low Water Mark. The number of TCP connection requests in the delay queue below which virus-like activity is no longer indicated. o UDP Delay Queue Size. The maximum number of UDP connection requests in the delay queue for each instance. o UDP Delay Queue High Water Mark. The number of UDP connection requests in the delay queue where virus-like activity is indicated. o UDP Delay Queue Low Water Mark. The number of UDP connection requests in the delay queue below which virus-like activity is no longer indicated. Controls Using Virus Throttle 15

  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
  • 11
  • 12
  • 13
  • 14
  • 15
  • 16
  • 17
  • 18
  • 19
  • 20
  • 21
  • 22
  • 23
  • 24
  • 25
  • 26
  • 27
  • 28
  • 29
  • 30
  • 31
  • 32
  • 33
  • 34
  • 35
  • 36
  • 37
  • 38
  • 39
  • 40
  • 41
  • 42
  • 43
Using Virus Throttle 15
o
TCP Packets Placed on Queue.
Number of connection TCP packets queued since filter driver
initialization.
o
TCP Packets Removed from Queue.
Number of connection TCP packets removed from the delay
queue since filter driver initialization.
o
Currently Queued TCP Packets.
Number of connection TCP packets currently on the delay queue.
o
TCP Packets Dropped Due to Queue Overflow.
Number of TCP packets that were dropped due to
the delay queue being full since filter driver initialization.
o
Maximum TCP Packets on Queue.
Maximum number of TCP packets on the queue since filter
driver initialization.
•
Times TCP Virus-like Activity Seen.
Number of times virus-like activity was detected since filter driver
initialization.
•
UDP Statistics.
Displays statistics on an aggregate or per-instance basis since the filter drivers were
initialized.
o
Connection Establishing UDP Packets.
Number of UDP connection packets seen since filter driver
initialization.
o
UDP Packets Passed Without Delay.
Number of UDP connection packets that were passed without
a delay because the target was a known host since filter driver initialization.
o
UDP Packets Placed on Queue.
Number of UDP connection packets queued since filter driver
initialization.
o
UDP Packets Removed from Queue.
Number of UDP connection packets removed from the delay
queue since filter driver initialization.
o
Currently Queued UDP Packets.
Number of UDP connection packets currently on the delay
queue.
o
UDP Packets Dropped Due to Queue Overflow.
Number of UDP packets that were dropped due
to the delay queue being full since filter driver initialization.
o
Maximum UDP Packets on Queue.
Maximum number of UDP packets on the queue since filter
driver initialization.
•
Times UDP Virus-like Activity Seen.
Number of times UDP virus-like activity was detected since filter
driver initialization.
•
Information.
Displays the current queue settings.
o
TCP Delay Queue Size.
The maximum number of TCP connection requests in the delay queue for
each instance.
o
TCP Delay Queue High Water Mark.
The number of TCP connection requests in the delay queue
where virus-like activity is indicated.
o
TCP Delay Queue Low Water Mark.
The number of TCP connection requests in the delay queue
below which virus-like activity is no longer indicated.
o
UDP Delay Queue Size.
The maximum number of UDP connection requests in the delay queue for
each instance.
o
UDP Delay Queue High Water Mark.
The number of UDP connection requests in the delay queue
where virus-like activity is indicated.
o
UDP Delay Queue Low Water Mark.
The number of UDP connection requests in the delay queue
below which virus-like activity is no longer indicated.
Controls