8-Port Gigabit (PoE+) Ethernet Smart Managed Pro Switch with (2 SFP or 2 Copper Ports and)
Cloud
Management
Configure System Information
User Manual
131
6.
Select
System
> Services > DHCP Snooping > Statistics
.
The DHCP Snooping Statistics page displays.
7.
Click the
Clear
button to clear all interfaces statistics.
The following table describes the DHCP snooping statistics.
Table 26. DHCP Snooping Statistics information
Field
Description
Interface
The interface associated with the rest of the data in the row.
MAC Verify Failures
The number of DHCP messages that were dropped because the source MAC address
and client hardware address did not match. MAC address verification is performed only if
it is globally enabled.
Client Ifc Mismatch
The number of packets that were dropped by DHCP snooping because the interface and
VLAN on which the packet was received do not match the client’s interface and VLAN
information stored in the binding database.
DHCP Server Msgs
Received
The number of DHCP server messages (such as DHCPOFFER, DHCPACK, DHCPNAK,
and DHCPRELEASEQUERY messages) that were dropped on an untrusted port.
Set up PoE timer schedules
For models GS110TPv3 and GS110TPP, you can define multiple timer schedules (each with
a unique name) that you can use for PoE power delivery to attached PDs.
After you create a timer schedule, you can associate it with one or more PoE ports (see
Configure the PoE port settings on page
). You can use a separate timer schedule for
each PoE port.
After you associate a timer schedule with a PoE port, the start date and time force the PoE
port to
stop
delivering power and the stop date and time enable the PoE port to
start
delivering power.
You can create absolute timer schedules, which apply to specific dates and times, and you
can create recurring timer schedules. For each timer schedule, you can add multiple entries
that apply to the selected timer schedule only.
Create a PoE timer schedule
The maximum number of timer schedules that you can add is 100.
To create a PoE timer schedule:
1.
Connect your computer to the same network as the switch.
You can use a WiFi or wired connection to connect your computer to the network, or
connect directly to a switch that is off-network using an Ethernet cable.