SwitchMonitor
Poll frequency: 00:05:00
Last poll: 2/23/2008 5:01:27 PM
Network health: DEGRADED (3.2%)
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Device Summary << >>
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Uptime
Device
Name
Managed
IP Address
Manage
Device
OSI Services H # of
Int
Oper
Up
Oper
Down
Admin
Down
Location Contact Avg Daily
Packets
Avg Daily
Broadcasts
Avg Daily
Broadcast Rate
Last Poll
Broadcast Rate
Cisco Specific Information
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Description
Expiration
Date
Contract
ID
Contract
Phone
SNMP
Version
SNMP
Reliability
Uptime
1 2 3 4 5 6 7 Tx Rx Tx Rx Tx Rx Tx Rx Chassis ID
(Serial Number)
Chassis Type RAM
(Bytes)
Gewurztraminer 10.100.37.55 Telnet SSH Web Syslog 25 4 21 0  Santa Clara, CA  Tim Titus 32,150k 32,155k 10k 22k 0.034% 0.069% 74.602% 66.500%       Device 10/31/2008 HK89-312 800-555-0911 SNMPV2C 69.23% 261 days 03:33:30.50
Interface
Number
IP
Address
Description H Peak
Daily
Error
Rate
Peak Daily Utilization Interface
Speed
Duplex* Status % Broadcasts
Tx Rx Admin Oper Tx Rx
Int #25
 vlan 1: vlan 1: VLAN (BCM56xx) -na- 0.001% 0.001% 100,000,000 - up up 0.788% 41.975%
Interface Utilization
Current Utilization
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 Daily 
 Weekly 
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 Bits per second 
Percent
Peak Percent
Tx Rx
Min 0 kbps 0 kbps
Avg 0 kbps 0 kbps
Max 1 kbps 1 kbps
     

Network Prescription™
  • Inbound Discards exist on this interface
    Inbound packets had to be discarded because of a lack of available packet receive buffers. This can indicate that the device's internal CPU may be unable to process all of the inbound data that it is receiving.
  • Inbound Unknown Protocols exist on this interface
    This interface received a valid frame with a protocol that was unrecognized. (Example: If AppleTalk is configured on two devices, and these two devices send AppleTalk broadcasts to each other, all other devices on the network will also receive the broadcast frames. These devices will not know what to do with the AppleTalk packets and will discard them.) If you encounter a lot of Inbound Unknown Protocols on an interface, you should consider setting up VLANs and separating devices that don't need to communicate via other protocols. Broadcasts can steal CPU attention on a machine (each broadcast generates a system interrupt and requires the CPU to evaluate the frame). If your network is saturated with many protocols, up to 5% of your computer's CPU cycles can be dedicated to processing and discarding these broadcast packets.
Interface Notes
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Date/Time Username Note
 10/16/2007 1:46:06 PM  SYSTEM  Interface changed status to UP