• SonicOS and SonicOSX 7
• Using Packet Monitor
  • Benefits of Packet Monitor
  • How Does Packet Monitor Work?
  • Supported Packet Types
  • Configuring Packet Monitor
    • Configuring General Settings
      • Configuring General Settings
      • Configuring the Monitor Filter
      • Configuring Display Filter Settings
      • Configuring Logging Settings
      • Configuring Advanced Monitor Filter Settings
    • Starting and Stopping Packet Mirror
  • Monitoring Captured Packets
    • Starting and Stopping Packet Capture
    • Configuring Mirror Settings
  • Viewing Packet Monitoring Statistics
    • Capture Statistics
    • Local Mirror Statistics
    • Remote Mirror TX Statistics
    • Remote Mirror RX Statistics
    • FTP Statistics
      • Restarting FTP Logging
    • Current Buffer Statistics
• Viewing Connections
  • Searching the Connections
  • Filtering the Connection Log
  • Connections Log Functions
• Monitoring Core 0 Processes
• Using Packet Replay
  • Single Packets
    • Packet Crafting
    • Packet Buffer
  • Replay Pcap File
    • Replaying an IP Pcap File
    • Replaying a MAC Pcap File
  • Captured Packets
    • Captured Packets
    • Packet Detail
    • Hex Dump
• SonicWall Support
  • About This Document

Local Mirror Statistics

The Local Mirror Statistics section displays this information about packets sent to another physical interface on the same SonicWall network security appliance:

• The status indicator shows one of the following three conditions:
  • Red – Mirroring is off
  • Green – Mirroring is on
  • Yellow – Mirroring is on but disabled because the local mirroring interface is not specified
• On/off indicator
• Mirroring to interface – The specified local mirroring interface
• packets mirrored – The total number of packets mirrored locally
• pkts skipped – The total number of packets that skipped mirroring because of packets that are incoming/outgoing on the interface on which monitoring is configured
• pkts exceeded rate – The total number of packets that skipped mirroring because of rate limiting