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of TP-Link Technologies Co., Ltd. Other brands and product names are trademarks or
registered trademarks of their respective holders.
This Guide is intended for network managers familiar with IT concepts and network
terminologies.
Conventions
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sales information, visit
When using this guide,please notice that features of the Pharos Control may vary slightly
depending on the software version you have. All screenshots, images, parameters and
descriptions documented in this guide are used for demonstration only.
The information in this document is subject to change without notice. Every effort has
been made in the preparation of this document to ensure accuracy of the contents, but
all statements, information, and recommendations in this document do not constitute
the warranty of any kind, express or implied. Users must take full responsibility for their
application of any products.
9.6.2 Current Alarms ................................................................................................................ 131
9.6.3 System Information ....................................................................................................... 131
9.6.4 Current Account ............................................................................................................. 132
9.6.5 Log out ............................................................................................................................... 132
1
Quick Start
The tpNMS (TP-Link Network Management System) is a centralized management
software that allows you to discover, monitor and configure your TP-Link Managed
Switches using a web browser. Follow the steps below to complete the basic
settings of the tpNMS.
Prepare for Installation
1.
Download and Install tpNMS
2.
Log in to the Application
3.
Change Your Password and Email
4.
Set the Email Server for Alarm Notifications
5.
1.1 Prepare for Installation
You can install the tpNMS to centrally manage the switches in the LAN or in
different network segments.
• Computer Requirements
• Compatible Devices
• Installation Topology
1.1.1 Computer Requirements
CPU: Duel Core 2.8GHz or above
·
RAM: 4GB RAM (32-bit OS) or 8GB RAM (64-bit OS)
·
HD Space: 20GB or above
·
Operating System
·
Web Browser
·
24 (or above), or Microsoft Internet Explorer 8-11.
Note:
We recommend you deploy the tpNMS on a 64-bit operating system to guarantee
the software stability.
: Microsoft Windows XP/Vista/7/8/10
: Mozilla Firefox 32 (or above), Google Chrome 37 (or above), Opera
1.1.2 Compatible Devices
TP-Link 2/3/5/T series switches.
1.1.3 Installation Topology
You can deploy tpNMS to manage devices in three types of network topologies.
In the Same LAN
·
If you want to manage the compatible switches in the same LAN with the tpNMS
host, refer to the following network topology.
9
Figure 1-1 Topology of the same LAN
Host A (tpNMS Host)
IP: 192.168.0.100
tpNMS
Switch
Host B
IP: 192.168.0.200
2/3/5/T Series Switch
Router (Gateway)
LAN IP:192.168.0.1
2/3/5/T Series Switch
2/3/5/T Series Switch
Internet
In the LAN, only one host needs to install tpNMS. The host is called as tpNMS Host.
And the other hosts in the same LAN can access the tpNMS Host to manage the
network. In this topology, you can visit tpNMS interface from Host B by entering
“192.168.0.100: 8888” in a web browser. It’s recommended to set a static IP
address to the tpNMS Host for the convenient login to the tpNMS interface.
Note:
The tpNMS must be running all the time when you manage the network.
In Different Network Segments
·
If the tpNMS Host needs to manage switches in different network segments, refer
to the following topology. \
10
Figure 1-2 Topology with different subnets
Host A (tpNMS Host)
L2+/L3 Switch
IP: 192.168.0.100
tpNMS
L2+/L3 Switch
Router (Gateway)
LAN IP:192.168.0.1
Internet
Host B
IP: 192.168.1.200
2/3/5/T Series Switch
IP: 192.168.2.200
2/3/5/T Series Switch
IP: 192.168.3.200
2/3/5/T Series Switch
IP: 192.168.4.200
The tpNMS Host and the switches are connected to different ports on the L2+/L3
switch. The tpNMS Host and the switches can access each other via the routing
interfaces configured on the L2+/L3 switch. To ensure the switches can be
discovered by the tpNMS Host and be managed, configure the switches to send
SNMP traps to the IP address of the tpNMS host.
Over VPN Tunnel
·
The tpNMS Host can manage the switches over the VPN tunnel, referring to the
following topology.
Figure 1-3 Topology over VPN tunnel
2/3/5/T Series Switch
IP: 192.168.3.200
Host A (tpNMS Host)
IP: 192.168.0.100
tpNMS
L2+/L3 Switch
2/3/5/T Series Switch
IP: 192.168.2.200
VPN Tunnel
Host B
IP: 192.168.1.200
11
After the VPN tunnel is established, the tpNMS can manage the switches on the
other side of the tunnel remotely.
1.2 Download and Install tpNMS
Get the installation file of tpNMS from our website www.tplink.com/en in this
directory For Business > Switches > Accessories, or click this link. Then follow the
on-screen instructions to properly install the tpNMS software. After successful
installation, a shortcut icon of the tpNMS will be created on the tpNMS host’s
desktop.
1.3 Log in to the Application
Launch the software on the tpNMS Host and follow the instructions to complete
the basic configurations, and then you can log in to the management interface.
• Launch the tpNMS
• Fix the Launch Problems
• Log in to tpNMS
1.3.1 Launch the tpNMS
Launch the tpNMS and the following window will pop up. You can click Hide to hide
this window but do not close it. After a while, your web browser will automatically
open.
Figure 1-4 Launch window
12
Note:
·
If your browser does not open, please click Launch a Browser to Manage
Network.
·
If it opens but prompts a problem with the website's security certicate, please
Continue to this website
click
·
If the port 69, 162 and 1099 are already used by other processes, tpNMS will fail
to initialize. Please kill the tasks occupying these ports and click Retry to launch
tpNMS again.
1.3.2 Fix the Launch Problems
tpNMS will use several ports in its launch process, which include but are not limited
to: 69, 162 and 1099. If any of these ports is occupied by the other processes,
tpNMS will fail to initialize. The conflicting port and the PID of the process using this
port will be displayed in the launch window. Please kill the process with this PID and
click Retry to launch the tpNMS again.
1. For example, the tpNMS encounters with a port conflict in initialization.
.
Figure 1-5 Initializing error
We can see that the conict port is 162 and the process with PID 2540 is occupying this
port.
13
2. Open the
Figure 1-6 Windows task manager
Processes
tab in the
Windows Task Manager
.
14
3. Click
Figure 1-7 Select columns
View
and select
Select Columns...
.
In the pop-up window, select the PID (Process Identication) and click OK.
Figure 1-8 Show the PID column
15
4. Kill the process that occupying the conflict port. Click the process with the specified PID
and click the
Figure 1-9 Kill the conflicting process
End Process
.
5. Click
Figure 1-10 Launch tpNMS again
to launch tpNMS again.
Retry
1.3.3 Log in to tpNMS
tpNMS uses a browser-server architecture. Administrators and other types of
users can access tpNMS from any accessible host in the network. Before you log
in to tpNMS, please make sure that tpNMS host has a static IP address.
16
Note:
Since tpNMS supports multiple users’ operations at the same time, we recommend
that dierent users coordinate their application activities. Thus the modications
on the screen made by one user are not inadvertently changed by another user.
1. Open a browser and connect to tpNMS through the static IP address of the tpNMS host
and the port 8843.
To connect to tpNMS from the tpNMS host, enter the URL
·
https://127.0.0.1:8843/.
To connect to tpNMS from a remote computer, replace 127.0.0.1 with the
·
IP address of the tpNMS host. For example, enter https://1.1.1.100:8843/,
in which 1.1.1.100 is the IP address of the tpNMS host and 8843 is the port
number for the tpNMS server.
2. After you connect to tpNMS, enter the default account and password (both are
in the Login screen to sign in.
Figure 1-11 Login window
3. The Home screen displays as below.
Figure 1-12 Home page
admin
)
17
1.4 Change Your Password and Email
It is suggested to change the admin user’s default password for safety
considerations. tpNMS defines three types of roles: administrator, operator and
observer. Only administrators have the authority to modify the user’s user name,
password and email.
Following the steps below to modify your password and email address.
1. Click
will pop up.
Figure 1-13 Modify account information
2. Modify the Email address of the
3. Select the
confirm.
in the top right corner of the page and the following My Account window
Change Password
admin
check box. Enter the new password and re-enter to
user.
4. Click
Apply
to save your changes.
1.5 Set the Email Server for Alarm Notifications
Before tpNMS can send alarm notifications, you should configure the email server
settings. Only an administrator role user can configure the alarm email server
settings.
18
1. Go to
Figure 1-14 Configure Email server settings
System > System Settings > Email Server
.
2. Enter your SMTP server address in the
SMTP Server
field. For example: smtp.gmail.
com.
3. Enter your email address in the
Sender Address
field. For example: jerry@gmail.com.
4. If you want to encrypt the communications between the server and the recipient, select
the
Use Secure Connect (SSL)
5. Enter your SMTP server port in the
6. If your SMTP server requires authentication, select the
check box.
Server Port
field.
Need Check Authority
check
box and enter your user name and password for your email account.
7. Click the
button to verify your email server settings. A test mail will be sent from
Test
the sender to itself, to verify the settings of the email server and the user credentials are
correct.
8. Click the
button to save your email server settings.
Save
19
2
Monitor Network
With tpNMS you can monitor the summary information about the network, devices
and interfaces. You can monitor the device status, the network topology, the
latest alarms and the top 10 widgets for devices and interfaces by certain criteria.
You can customize these widgets on the Home screen. This chapter includes the
following sections:
• Customize the Widgets on the Home Screen
• View the Widgets
20
2.1 Customize the Widgets on the Home Screen
You can add, delete or re-sort the widgets displayed on the Home screen.
1. Go to
2. Click
Figure 2-1 Home screen customize
Home screen
Customize Portal
.
in the upper right corner of the
Home
screen.
3. Select a checkbox to add the widget. Deselect a checkbox to delete the widget.
21
Figure 2-2 Add or delete the widgets
4. The right part is a thumbnail of the Home page. Drag the widgets to re-sort their display
order. When you move the cursor onto the title bar of a widget, the cursor will turn into
a four-head arrow. Click and hold the title bar to drag the widget to the place you want,
and release the left button of your mouse to complete the operation.
Figure 2-3 Re-sort the widgets
22
5. Click
Apply
to save your changes.
2.2 View the Widgets
You can view the widgets displayed on the Home page.
Figure 2-4 Home page view
You can click the device name or interface name in the tables to view their detailed
information.
The widgets and the elements they contain are introduced below.
Widget LabelDescriptionDefault Items Displayed
The percentage of the online
devices
The percentage of the offline
Device Status
Latest 10 AlarmsThe latest 10 alarms of the entire network.
The number and percentage of the managed
devices online and offline.
devices
The number of the online
devices
The number of the offline
devices
Alarm Name
Severity
Device IP
Alarm Time
23
Widget LabelDescriptionDefault Items Displayed
Top 10 Devices By
Average CPU (Today)
Top 10 Devices By
Average Memory (Today)
Top 10 Interfaces By
Traffic (Today)
Top 10 Interfaces By
Traffic Rate (Today)
Top 10 devices by the average CPU utilization
today. Click device name to show device detail
view.
Top 10 devices by the average memory
utilization today. Click device name to show
device detail view.
Top 10 devices by the traffic received and
transmitted today. Click device name to show
device detail view. Click interface name to
show interface detail view.
Top 10 devices by the average rate of traffic
received and transmitted today. Click device
name to show device detail view. Click
interface name to show interface detail view.
Device Name
Device Type
CPU Utilization (%)
Device Name
Device Type
Memory Utilization (%)
Device Name
Interface Name
Rx
Tx
Total
Device Name
Interface Name
Rx (bps)
Tx (bps)
Total (bps)
Top 10 Interfaces By
Utilization (Today)
Top 10 Interfaces By
Errors (Today)
Top 10 Interfaces By
Discard (Today)
Network Topology Map
Top 10 interfaces by the average utilization on
both receiving and transmitting today. Click
device name to show device detail view. Click
interface name to show interface detail view.
Top 10 devices by errors on both receiving
and transmitting today. Click device name to
show device detail view. Click interface name
to show interface detail view.
Top 10 devices by discards on both receiving
and transmitting today. Click device name to
show device detail view. Click interface name
to show interface detail view.
The network topology of the managed devices.
Double click the node in the map to jump to
the Network Topology tab and see the detailed
map information.
Device Name
Interface Name
Rx Utilization
Tx Utilization
Total
Device Name
Interface Name
Rx Errors
Tx Errors
Total
Device Name
Interface Name
Rx Discards
Tx Discards
Total
24
3
Discover and Manage Resources
With tpNMS you can manage the resources in the network, including devices,
interfaces and Topology. This chapter includes the following sections:
• Discover Devices on Your Network
• View and Manage Devices
• Import Devices
• Add Devices into Groups
• View and Manage Links on Your Network
• Manage Maps and Topologies
25
3.1 Discover Devices on Your Network
• Schedule a Discovery Job
• Manage Discovery Templates
3.1.1 Schedule a Discovery Job
The discovery profile can filter the devices that tpNMS can detect. tpNMS can
discover devices by a single IP or in an IP range, device name, SNMP template and
Telnet template.
To obtain the monitoring statistics from the target switch, you should configure the
SNMP-related function in the target switch, and configure the SNMP Template in
this section the same with the settings in the target switch.
To backup, restore and upgrade the target switch successfully, you should
configure the Telnet Template in this section the same with the telnet settings in
the target switch.
• Add or modify a discovery profile
• Delete a discovery profile
Add or modify a discovery profile
1. Go to
2. Click
Resource > Device Management > Device Discovery
to create a new discovery profile, or click the schedule name in the table to
Add
.
modify the schedule.
Figure 3-1 Schedule modify
To add or delete columns displayed in the device list table, click the and specify
the columns by selecting or deselecting the corresponding checkboxes.
To filter the schedules in the list, click the
.
Filter
26
. Enter the Schedule Name and click
Figure 3-2 Schedule filter
3. Edit the discovery schedule's information.
Figure 3-3 Edit schedule's basic information
Basic Information
Schedule NameEnter the name of the schedule.
Discovery IPSpecify the target IP type as Single IP or IP Range
Device IPEnter the target device's IP address or IP address range.
27
.
Device LabelAssign a device label to the device discovered if you select Single IP.
SNMP Template
Click
Choose Template
SNMP VersionSelect the SNMP version.
SNMP PortEnter the SNMP port, which is 161 by default.
TimeoutEnter the timeout value, which is 4 seconds by default. The target device will be
assumed as unaccessible if it doesn’t respond within the timeout value.
RetriesEnter the number of SNMP query messages that tpNMS sends, which is 3 by
default.
Read
Community (v1/
v2c only)
Write
Community (v1/
v2c only)
Security Name (v3
only)
Enter the read community strings to match the target device for authentication.
Enter the write community strings to match the target device for authentication.
Enter the user name to log in the switch.
or edit the SNMP Template manually.
Context Name
(v3 only)
Authentication
(v3 only)
Mode
Authentication
Key (v3 only)
Privacy Mode
only)
Privacy Key (v3
only)
(v3
Telnet Template
Enter the SNMP context.
Select the Authentication Mode for the SNMP v3 User.
None: No authentication method is used.
·
MD5: The port authentication is performed via HMAC-MD5 algorithm.
·
SHA: The port authentication is performed via SHA (Secure Hash
·
Algorithm). This authentication mode has a higher security than MD5 mode.
Enter the password for authentication.
Select the Privacy Mode for the SNMP v3 User.
None: No privacy method is used.
·
DES: DES encryption method is used.
·
Enter the Privacy Password.
Click
Choose Template
or edit the Telnet Template manually. You must configure
the correct telnet information for managing the device (backup, restore or upgrade
actions). The name and password in the telnet template are the same user information
28
that you use to telnet in to the device to perform system conguration.
Authentication
Mode
PortEnter the port for telnet connection, which is 23 by default.
TimeoutEnter the timeout value, which is 4 seconds by default.
RetriesEnter the number of retries, which is 3 by default.
UsernameEnter the username for the telnet connection.
PasswordEnter the password for the telnet connection.
Select the authentication mode to telnet the target device.
Discovery Schedule Cong
Figure 3-4 Choose schedule's execute circle
UnscheduledSelect Unscheduled and the discovery job will not be executed.
RecurrentSelect Recurrent and the discovery job will be executed periodically.
Schedule ModeSelect the recurrent mode as Hourly, Daily, Weekly or Monthly.
Configure the exact time of the discovery schedule according to the schedule
mode you choose.
29
4. Click
Apply
Figure 3-5 Save or execute a schedule
to save this profile. Click
Execute
to run this schedule immediately.
5. An example of discovery result is displayed below.
Figure 3-6 Discovery result
Delete a discovery profile
Click Delete to remove the selected discovery schedule from the table.
30
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