48 port gigabit ethernet routing switch with 10g uplink web user … · 2019. 9. 25. · web user...

48 Port Gigabit Ethernet Routing

Switch with 10G Uplink

Web User Guide

MS400960M

Version 1.0

January, 2017.

WEB User Guide 48 Port Gigabit Ethernet Routing Switch /79

©2017 MICROSENS GmbH & Co. KG, Kueferstr. 16, 59067 Hamm/Germany, www.microsens.com

Contents 1 Web Login Summary .......................................................................... 5

1.1 Overview ........................................................................... 5

1.2 Management IP/ Route Configuration .................................... 5

1.3 User Configuration .............................................................. 5

1.4 HTTP Configuration ............................................................. 5

1.5 Web Login ......................................................................... 5

2 Device Summary ................................................................................ 7

2.1 Overview ........................................................................... 7

2.2 Interface Panel................................................................... 7

2.3 Device Information ............................................................. 7

2.4 Device Monitor ................................................................... 8

3 System Management ......................................................................... 9

3.1 Overview ........................................................................... 9

3.2 File Management ................................................................ 9

3.3 System Configuration ........................................................10

3.4 Load Configuration ............................................................11

3.5 Log Management ...............................................................11

4 Interface Management .................................................................... 13

4.1 Overview ..........................................................................13

4.2 Ethernet ...........................................................................13

4.2.1 Basic Information ..............................................................13

4.2.2 Interface Attribute Configuration .........................................13

4.3 Ethernet Stats ..................................................................14


4.4 Link Aggregation ...............................................................16


4.4.2 Link Aggregation Attribute Configuration ..............................17

4.5 Storm Control ...................................................................18


4.5.2 Storm Control Attribute Configuration ..................................19

4.6 Port Isolate.......................................................................19

4.6.1 Global ..............................................................................20

4.6.2 Port Isolate Configuration ...................................................20

5 Service Management ....................................................................... 22

5.1 Overview ..........................................................................22

5.2 VLAN ...............................................................................22


5.2.2 VLAN Attribute Configuration ..............................................23

5.2.3 Acess/Trunk Port ...............................................................24



5.3 VLAN Classifier ..................................................................25


5.3.2 VLAN Classifier Attribute Configuration .................................26

5.4 MAC ................................................................................29

5.4.1 MAC Address Table ............................................................29

5.4.2 MAC Aging Time ................................................................30

5.4.3 MAC Learning ...................................................................31

5.4.4 Static MAC Table ...............................................................32

5.4.5 Blackhole MAC Table ..........................................................33

5.4.6 Port Security .....................................................................34

5.4.7 Static Security MAC ...........................................................35

5.5 Spanning Tree ...................................................................37

5.5.1 STP Information ................................................................37

5.5.2 STP Global........................................................................39

5.5.3 STP Interface ....................................................................40

5.5.4 MST Region ......................................................................44

5.6 Mirror ..............................................................................45


5.6.2 Mirror Attribute Configuration .............................................45

5.6.3 Escape MAC for Remote Mirror Attribute Configuration ...........47

6 Multicast .......................................................................................... 49

6.1 Overview ..........................................................................49

6.2 IGMP Snooping .................................................................49


6.2.2 IGMP Snooping Global Configuration ....................................49

6.2.3 IGMP Snooping Vlan Configuration ......................................50

7 QOS ................................................................................................. 52

7.1 Overview ..........................................................................52

7.2 Global Configuration ..........................................................52

7.3 Interface Configuration ......................................................52

7.3.1 Interface Configuration View ...............................................52

7.3.2 Interface Attribute Configuration .........................................53

7.4 Port Policer .......................................................................54

7.5 Traffic Shaping ..................................................................55

7.6 Congestion Manage ...........................................................56

8 ACL .................................................................................................. 57

8.1 Overview ..........................................................................57

8.2 ACL .................................................................................57


8.2.2 ACL Configuration .............................................................57

8.2.3 ACE Configuration .............................................................58



8.3 Class Map .........................................................................61


8.3.2 Class Map Configuration .....................................................62

8.3.3 ACL Configuration .............................................................63

8.4 Policy Map ........................................................................64


8.4.2 Policy Map Configuration ....................................................66

8.4.3 Class Map Configuration .....................................................67

8.4.4 Interface configuration .......................................................69

9 IP Routing ....................................................................................... 71

9.1 Overview ..........................................................................71

9.2 IPv4 Route .......................................................................71

9.2.1 IPv4 Routing table information ............................................71

9.3 IPv4 Static .......................................................................71

9.3.1 IPv4 Static Route Information .............................................71

9.3.2 IPv4 Static Route Configuration ...........................................72

10 Security ................................................................. 73

10.1 Overview ..........................................................................73

10.2 Currently Sessions ............................................................73

10.2.1 Current Sessions Information .............................................73

10.2.2 Delete Current Sessions .....................................................74

10.3 User Management .............................................................74

10.3.1 Users Information .............................................................74

10.3.2 User Configuration .............................................................74

11 Tools ..................................................................... 76

11.1 Overview ..........................................................................76

11.2 Ping .................................................................................76

11.3 Traceroute ........................................................................76

12 Reboot/Save ......................................................... 78

12.1 Overview ..........................................................................78

12.2 Save System Configuration .................................................78

12.3 Reboot Switch ...................................................................78



1 Web Login Summary

1.1 Overview

This chapter describes how to configure the switch to support login by HTTP.

1.2 Management IP/ Route Configuration

Before Web network management client can access switch by HTTP, user should configure the management IP and route by CLI on switch.

For example:

management ip address 10.10.38.2/23

management route add gateway 10.10.39.254

1.3 User Configuration

User should add logining user by CLI before access switch by HTTP.

For example:

username admin password admin

1.4 HTTP Configuration

Step 1 Use tftp or ftp to copy web image to the flash:

copy mgmt-if tftp://192.168.0.1/webImage.bin flash:/webImage.bin

Step 2 Load web image:

http server load flash:/webImage.bin

Step 3 Enable HTTP service for web network management:

service http enable

1.5 Web Login

Step 1 Open IE browser, input address field with URL (Universal Resource Locator) address of the switch.

Step 2 Enter username and password which user created with CLI, the login page is shown as the figure below.



Figure 1-1 Login page

Step 3 Enter the main page.

Figure 1-2 Main page

Table 1-1 Parameter usage

Parameter

Item Instructions

1 The picture of logo

2 The name of the user

3 Navigation area

4 Operating area



2 Device Summary

2.1 Overview

This chapter describes all components of logon homepage, including Interface

panel, device information and device monitor.

2.2 Interface Panel

Click “Device Summary” to check Interface Panel status on switch, the

configuration page is shown as the figure below.

Figure 2-1 Interface Panel

Based on type of the switch connected, the display area of web interface panel can intuitively display information of the various interfaces of this switch, the contents

displayed including:

Interface amount.

Operating statuses of interfaces: including activated state and interface type.

Parameter usage

Parameter Item Instructions

Auto refresh Refresh the page in specified time

2.3 Device Information

Click “Device Summary” to check Device Information status on switch, the


Figure 2-2 Device Information Panel

Parameter usage


Product ID The hardware product of the switch

Location Indicate the location of the switch

http://10.10.39.146/web_device.cgi?sessionId=1372330366&lang=en





Device Name Indicate the hostname of the switch

Contact Indicate the contact of the switch

Software The software version of the switch

Image Name The name of the bootimage

BootRom Version Indicate the BootRom version of the switch

Hardware Version Indicate the hardware version of the switch

EPLD Version Indicate the EPLD version of the switch

Serial Number Indicate the serial number of the switch

MAC Address The system mac of the swtich

Uptime Indicate the uptime of the switch

2.4 Device Monitor

Click “Device Summary” to check Device Monitor status on switch, the


Figure 2-3 Device Summary Panel

Parameter usage

Parameter

Item Instructions

CPU Usage Indicate the CPU usage of the switch

Memory Usage Indicate the software memory usage of the switch

Temperature Indicate the current temperature of the switch

PWR 1 Indicate the current status of power 1

PWR 2 Indicate the current state of power 2

FAN Specify the fan number and ID

Status Indicate the current work status of each fan

Speed Rate Indicate the current work speed rate of the switch





3 System Management

3.1 Overview

This chapter describes all components of system management, including file

management, system configuration, and power over ethernet, load configuration and log management etc.

3.2 File Management

Click System Management > File Management to download or delete system and

configuration files of switch, or upload files to switch, the configuration page is as shown in Figure 3-1.

Figure 3-1 File Management

Parameter usage

Parameter

Item Instructions

File List File list: shows all files saved on current switch

Name: system filename.

Directory: location of system files.

Size: size of system files in bytes.

Usage: description of system files.

Operation: operation for the special files , include:

Use Image: use this file as the next boot image

Backup Config: Save running configuration to this file

Use Config: use this file as the next startup configuration

Upload As File Upload the chosen files to Switch

Upload As Image

Upload the chosen files to Switch as a boot image

Delete Selected Files

Select files and delete them from Switch



Note:

To download a file, just click the name of the file.

3.3 System Configuration

Click System Management > System Configuration to configure management

interface address, thermal sensor, device information, jumbo frame and time, the configuration page is as shown in Figure 3-2.

Figure 3-2 System Configuration

Parameter usage


Management IP IP address of the management interface

Gate Way Gateway for the management interface

Thermal Sensor The alarm of temperature

Device Name Enter the device name of switch with a maximal length of 63

characters.

Contact Enter the contact information

Location Enter the Location information

Jumboframe Size Enter the size of Jumbo frame

Date and Time Enter the date and time

Time Zone Name Enter the name of Time Zone

Offset Enter the delt value relative to time zone



3.4 Load Configuration

Click System Management > Load Configuration to load configuration file, the configuration page is as shown in Figure 3-5.

Figure 3-3 Load Configuration

Parameter usage

Parameter Item

Instructions

File Name of configuration file

Time Last modified time of configuration file

size Size of configuration file

Loading Selected items

Load the selected configuration file, the loading process will ignore conflict configuration item in file

3.5 Log Management

Click System Management > Log Management to search and view logs, the

configuration page is as shown in Figure 3-6.

Figure 3-4 Log Management

Parameter usage

Parameter Item

Instructions

Level(search) Special log level as condition for search

Module(search) Special Module creating logs as condition for search



Parameter

Item

Instructions

Refresh Refresh the logs displayed in the below table

Clear Clear the logs recorded in the switch

Time The time of log generated

Module(display) Name of the module generating the log

Level(display) Log information level

Content The log content



4 Interface Management

4.1 Overview

This chapter describes the interface configuration function of the switch.

4.2 Ethernet

This section mainly describes how to configure and view interface connection.

4.2.1 Basic Information

Click “Interface Management -> Ethernet” to check each interface status on

switch, the configuration page is shown as the figure below.

Figure 4-1 Basic Information

Parameter usage

Parameter

Item Instructions

Interface Name Display the number of interface

Status The operating status (up or down) on interface.

Duplex Display the current duplex configuration on the interface.

Speed(Mbit/s) Display the current speed configuration on the interface.

Mode Display the swtichport mode of interface.

Type Display the media type of interface.

Description Description about the interface.

4.2.2 Interface Attribute Configuration

Step 1 Click “Interface Management -> Ethernet” to enter the basic information page.

Step 2 Choose one interface to enter the interface attribute configuration page, shown as the figure below.

http://10.10.39.146/web_left.cgi?sessionId=1372247759&lang=en

http://10.10.39.146/web_interface.cgi?sessionId=1372247759&lang=en





Figure 4-2 Interface Attribute Configuration

Parameter usage

Parameter

Item Instructions


Interface Current Status

The operating status (up or down) on interface.

Admin State Specify the admin state (up or down)

Duplex Specify the duplex mode on the interface.

Speed(Mbit/s) Specify the speed configuration on the interface.

L2/L3 Mode Specify the L2/L3 mode of interface

Mode Specify the switchport mode of interface.

Jumbo frame Specify the jumbo frame configuration on the interface.

Description Specify description about the interface.

Step 3 Configure parameters of interface

Step 4 After that, click Apply to apply all the changes made.

4.3 Ethernet Stats

This section mainly describes how to show interface stats.


Click “Interface Management -> Ethernet Stats” to view statistics information

for each interface.





Figure 4-3 Statistics on Interface

Choose one interface to enter the interface statistics detail page, shown as the figure below.

Figure 4-4 Detail Statistics on Interface

Parameter usage



Packets Input Total packets received on this interface.

Bytes Input Total bytes including frame characters received on this interface.

5 Minute Input Rate(packets/sec)

Input rate in 5 minute on this interface(packets/sec)

5 Minute Input Rate(bits/sec)

Iutput rate in 5 minute on this interface(bits/sec)




Unicast Packets Total unicast packets received on this interface.

Broadcast Packets Total broadcast packets received on this interface.

Multicast Packets Total multicast packets received on this interface.

Runts Total runts error packets received on this interface.

Giants Total giants packets received on this interface.

Input Errors Total input error packets received on this interface.

CRC Total CRC error packets received on this interface.

Frame Total frame packets received on this interface.

Pause Total pause packets received on this interface.

Packets Output Total packets sent on this interface.

Bytes Output Total bytes including frame characters sent on this interface.

5 Minute Output Rate(packets/sec)

Onput rate in 5 minute on this interface(packets/sec)

5 Minute Output Rate(bits/sec)

Output rate in 5 minute on this interface(bits/sec)

Unicast Packet Total unicast packets transmitted on this interface.

Broadcast Packet Total broadcast packets transmitted on this interface.

Multicast Packet Total multicast packets transmitted on this interface.

Output Errors Total output error packets transmitted on this interface.

Pause Total pause packets transmitted on this interface.

4.4 Link Aggregation

This section mainly describes how to configure and view link aggregation interface.


Click “Interface Management -> Link Aggregation” to check each link

aggregation interface status on switch, the configuration page is shown as the figure below.


Parameter usage





Parameter

Item Instructions

Link Aggregation Name

Display the name of link aggregation interface

Protocol Display link aggregation protocol mode.

Group State Display the group state of link aggregation interface.

Ports in Bundle Display the current ports number in bundle.

Ports Display the link aggregation member ports.

Max ports The maximum active interfaces in the group.

4.4.2 Link Aggregation Attribute Configuration

Add or modify a link aggregation.

Step 1 Click “Interface Management -> Link Aggregation” to enter the basic information page.

Step 2 Choose one link aggregation or click Add to enter the interface attribute

configuration page, shown as the figure below.

Figure 4-6 Link Aggregation Attribute Configuration

Parameter usage


Link Aggregation Name Display the name of link aggregation interface

Link Aggregation Member Port Display the member port of link aggregation interface





Step 3 Configure parameters of link aggregation.


Delete a link aggregation

Step 1 Click “Interface Management -> Link Aggregation” to enter the basic information page.

Step 2 Choose the check box in the left-hand column of link aggregation to be

deleted, then click Delete button to delete link aggregation.

4.5 Storm Control

This section mainly describes how to configure and view interface storm control.


Click “Interface Management -> Storm Control” to check each interface storm

control on switch, the configuration page is shown as the figure below.


Parameter usage


Interface Name Display the name of interface

Unicast Mode Display the unicast storm control mode.

Unicast Value Display the unicast storm control value. Level: 0.00-100.00, PPS: 0-1000000000

Broadcast Mode Display the broadcast storm control mode.

Broadcast Value

Display the broadcast storm control value. Level: 0.00-100.00, PPS: 0-1000000000

Multicast Mode Display the multicast storm control mode.

Multicast Value Display the multicast storm control value. Level: 0.00-100.00,







PPS: 0-1000000000

4.5.2 Storm Control Attribute Configuration

Step 1 Click “Interface Management -> Storm Control” to enter the basic

information page.

Step 2 Choose one interface to enter the interface storm control attribute configuration page, shown as the figure below.

Figure 4-8 Interface Storm Control Attribute Configuration

Parameter usage

Parameter

Item Instructions


Unicast Mode Enter the unicast storm control mode.

Unicast Value Enter the unicast storm control value. Level: 0.00-100.00, PPS: 0-1000000000

Broadcast Mode Enter the broadcast storm control mode.

Broadcast Value Enter the broadcast storm control value. Level: 0.00-100.00, PPS: 0-1000000000

Multicast Mode Enter the multicast storm control mode.

Multicast Value Enter the multicast storm control value. Level: 0.00-100.00, PPS: 0-1000000000

Step 3 Configure parameters of interface storm control.


4.6 Port Isolate

This section mainly describes how to configure port isolate.




4.6.1 Global

Click “Interface Management -> Port Isolate” to check port isolate on switch, the

global configuration page is shown as the figure below.

Figure 4-9 Global

Parameter usage

Parameter Item

Instructions

Port Isolate Mode

Display and configure the mode of port isolate

4.6.2 Port Isolate Configuration

Step 1 Click “Interface Management -> Port Isolate-> Port Isolate” to enter port

isolate basic information page , shown as the figure below.

Figure 4-10 Port Isolate Information

Parameter usage

Parameter

Item Instructions


Port Isolate Group

Display the port isolate group

Step 2 Click the interface name to enter port isolate configuration page, shown as

the figure below.

Figure 4-11 Port Isolate Configuration

Parameter usage





Parameter

Item Instructions


Port Isolate Group

Specify the port isolate group

Step 3 Configure parameters of port isolate.




5 Service Management

5.1 Overview

This chapter mainly describes VLAN, MAC, STP and Mirror relevant configurations of

the switch.

5.2 VLAN

VLAN (Virtual Local Area Network) means logically dividing a LAN (Local Area Network) into many different subsets, and each subset will form its own broadcast

domain. In short, VLAN is a telecommunication technology dividing a physical LAN into many broadcast domains. The hosts in VLAN can directly communicate with each other, while VLANs can not directly intercommunicate. Therefore, the

broadcast message is limited in a VLAN. The network security is improved. You can create, edit or delete VLAN in Service Management > VLAN to display members

based on VLAN. In the Service Management > VLAN > Access/Trunk Port page, you can edit/display members according to interface or interface range.


Click Service Management > VLAN > Summary page to view the configured VLAN on the switch, the configuration page is shown as the figure below.


Parameter usage

Parameter

Item Instructions

Vlan ID Display the number of interface

Status Display the status of VLAN.

Replace DSCP Display the replace DSCP of VLAN.

MAC Learning Display the MAC learning status of VLAN.

Action Display the action mode of VLAN.



Parameter

Item Instructions

Limit Display the mac-limit maximum of VLAN.

Member Port Display the member port of VLAN.

Description Description about the VLAN.

5.2.2 VLAN Attribute Configuration

Add or delete a VLAN

Step 1 Click “ Service Management -> VLAN -> Add or Delete”, shown as the

figure below.

Figure 5-2 Add or delete a VLAN

Step 2 Configure parameters of VLAN

Step 3 After that, click Add or Delete to apply all the changes made.

Modify a VLAN

Step 1 Click “ Service Management -> VLAN -> Summary”, view the configured VLAN on the switch.

Step 2 Choose one VLAN to enter the VLAN attribute configuration page, shown as the figure below.

Figure 5-3 Modify a VLAN

Step 3 Configure parameters of VLAN






5.2.3 Acess/Trunk Port

Acess /Trunk Port Basic Information

Click Service Management > VLAN > Access/Trunk Port page to view/edit VLAN

members' attribute, the page is shown as the figure below.

Figure 5-4 Interface VLAN Attributes

Parameter usage

Parameter

Item Instructions


Mode Indicate VLAN membership mode for an interface.

Access: set the port as an Access VLAN interface. The port transmits tagged or untagged frames on a single VLAN only.

Trunk: specify an interface as VLAN Trunk interface. A trunk is a

direct link between two switches, so the interface transmits tagged frames marked the source VLAN. Note that frames belonging to the interface's default VLAN are also transmitted as untagged frames.

Ingress Filtering

Determine how to process the tagged frame, which is not included in this VLAN. (Default: Enable)

Ingress filtering only affects tagged frames. If ingress filtering is disabled and the interface receives a tagged frame which is not included in this VLAN, these frames will be flooded to all other ports

within this VLAN.

If ingress filtering is enabled and the interface receives a tagged frame, which is not included in this VLAN, then the frame will be dropped.

PVID Display the native VLAN ID of interface.

AddVLAN If the displayed link type is Trunk, VLAN ID or list is allowed to pass through the interface



Parameter

Item Instructions

If the displayed link type is Access, the VLAN ID that the interface belongs to, and the tagged or untagged frames received on the

interface will be tagged with the VLAN ID (default: 1)

Access/Trunk Port Attribute Configuration

Add or delete a VLAN

Step 1 Click “ Service Management -> VLAN -> Access/Trunk Port” to enter the basic information page.


Figure 5-5 Modify an Access/Trunk Port


Step 4 After that, click Add or Delete to apply all the changes made.

5.3 VLAN Classifier

This section mainly describes how to configure and view VLAN classifier.


Click Service Management > VLAN Classifier > Summary page to view the configured VLAN classifier on the switch, the configuration page is shown as the

figure below.





Parameter usage


VLAN Classifier Rules Display VLAN classifier rules.

VLAN Classifier Groups Display VLAN classifier groups.

VLAN Classifier Usage Display the VLAN classifier applied on interface.

5.3.2 VLAN Classifier Attribute Configuration

Add a VLAN classifier rule

Step 1 Click “ Service Management -> VLAN Classifier -> Rules”, shown as the

figure below.

Figure 5-7 Add a VLAN Classifier Rule

Step 2 Configure parameters of rule





Delete a VLAN classifier rule

Step 1 Click “ Service Management -> VLAN Classifier -> Summary”, view the

configured VLAN classifier on the switch.

Step 2 Choose the check box in the left-hand column of VLAN classifier rules to be deleted, then click Delete button to delete VLAN classifier rules.

Figure 5-8 Delete a VLAN Classifier Rule

Add a VLAN classifier group

Step 1 Click “ Service Management -> VLAN Classifier -> Groups”, shown as the figure below.

Figure 5-9 Add a VLAN Classifier Group

Step 2 Configure parameters of group


Delete a VLAN classifier group

Step 1 Click “ Service Management -> VLAN Classifier -> Summary”, view the configured VLAN classifier on the switch.






Step 2 Choose the check box in the left-hand column of VLAN classifier groups to be deleted, then click Delete button to delete VLAN classifier groups.

Figure 5-10 Delete a VLAN Classifier Group

Add a VLAN classifier Usage

Step 1 Click “ Service Management -> VLAN Classifier -> Usage”, shown as the figure below.

Figure 5-11 Add a VLAN Classifier Usage

Step 2 Configure parameters of usage


Delete a VLAN classifier usage.

Step 1 Click “ Service Management -> VLAN Classifier -> Summary”, view the configured VLAN classifier on the switch.

Step 2 Choose the check box in the left-hand column of VLAN classifier usage to be

deleted, then click Delete button to delete VLAN classifier usage.





Figure 5-12 Delete a VLAN Classifier Usage

5.4 MAC

Ethernet switch uses information of MAC address list to address and forward the message quickly in link data layer. This article describes the configuring methods of

MAC address.

5.4.1 MAC Address Table

MAC Address Table allows checking MAC address forwarding table of switch. If switch learns a MAC address and its relevant interface number, it will create an entry in forwarding table. These entries are used in forwarding packets. If the

destination address of inbound traffic is in the database, the packets will be directly forwarded to related interface, or they will be forwarded to all interfaces.

Click Service Management > MAC > MAC Address Table page to open the page as shown in following figure, which displays the address list information of switch.




Parameter usage


MAC Address The MAC addresses in the address table.

VLAN VLAN ID that corresponds to the above MAC address.

Interface Interface that corresponds to the above MAC address.

Entry Type The methods that switch discovers MAC address, which includes Dynamic, Security or Static.

5.4.2 MAC Aging Time

Use MAC Aging Time to set the remaining time of the learned MAC address in MAC

address forwarding table. If exceeds this time, the switch will discard the MAC address forwarding records.

Click Service Management > MAC > MAC Aging Time page to view the configuration

of MAC Aging Time.

Figure 5-14 MAC Aging Time

Parameter usage




Aging Time Enter MAC address aging time.(Range:0, 10~1000000 seconds; default: 300 seconds).

5.4.3 MAC Learning

Click “ Service Management -> MAC -> MAC Learning” to check each interface

MAC learning on switch, the configuration page is shown as the figure below.


Parameter usage

Parameter Item

Instructions


MAC Learning Display the current MAC learning status on interface.

Modify Interface MAC Learning

Step 1 Click “Service Management -> MAC -> MAC Learning” to enter the basic

information page.


Figure 5-16 Interface MAC Learning Configuration

Parameter usage







Parameter

Item Instructions


MAC Learning Display the current MAC learning status on interface.

Step 3 Configure parameters of interface.


5.4.4 Static MAC Table

After the MAC address is bound to the assigned interface, the crated static MAC

table entry will not be aging in the address table. If the address is discovered by another interface, it will be neglected and not be written into address table. The

address will not be learned by other interfaces unless the static address is deleted manually from address table.

Click Service Management > MAC > Static MAC Table page to open the page as

shown in following figure, which displays the information of static address table of switch.

Figure 5-17 Static MAC Table

Parameter usage

Parameter

Item Instructions

MAC Address The MAC addresses in the address table

VLAN VLAN ID that corresponds to the above MAC address

Interface Interface that corresponds to the above MAC address

Entry Type The methods that switch discovers MAC Static address



Add a Static MAC Address

Step 1 Click New button to add a static MAC address, the configuration page is

shown as the figure below.

Figure 5-18 Add Static MAC Address

Step 2 Enter the static MAC address information to be added in configuration page.


Delete a Static MAC Address

Step 1 Click “ Service Management -> MAC -> Static MAC Table” to enter the basic information page.

Step 2 Choose the check box in the left-hand column of static MAC to be deleted, then click Delete button to delete static MAC entry.

5.4.5 Blackhole MAC Table

Click Service Management > MAC > Blackhole MAC Table page to open the page as shown in following figure, which displays the information of Blackhole address table

on switch.

Figure 5-19 Blackhole MAC Table

Parameter usage


MAC Address The Blackhole MAC addresses in the address table.





Entry Type The methods that switch discovers MAC Static address

Add a Blackhole MAC Address

Step 1 Click New button to add a Blackhole MAC address, the configuration page is

as shown in following figure.

Figure 5-20 Add Blackhole MAC Address

Step 2 Enter the Blackhole MAC address information to be added in configuration page.


Delete a Blackhole MAC Address

Step 1 Click “ Service Management -> MAC -> Blackhole MAC Table” to enter the basic information page.

Step 2 Choose the check box in the left-hand column of blackhole MAC to be deleted, then click Delete button to delete blackhole MAC entry.

5.4.6 Port Security

Click “ Service Management -> MAC -> Port Security” to check each interface

port security on switch, the configuration page is shown as the figure below.


Parameter usage






Parameter

Item Instructions


Port Security Display the current port security status on interface.

Interface Protect Mode

Display the current protect mode on interface.

Maximum MAC addresses

Display the maximum MAC addresses number on interface.

Modify Interface Port Security

Step 1 Click “Service Management -> MAC -> Port Security” to enter the basic

information page.

Step 2 Choose one interface to enter the interface attribute configuration page,


Figure 5-22 Interface Port Security Configuration

Step 3 Configure parameters of interface.


5.4.7 Static Security MAC

Static Security MAC Table lists the information of the static security MAC address among the switch interfaces.

Click Service Management > MAC > Static Security MAC page to open the page as shown in following figure, which displays the information of static security address

table of switch.





Figure 5-23 Static Security MAC

Parameter usage

Parameter Item

Instructions

MAC Address The MAC addresses in the address table.

VLAN VLAN ID that corresponds to the above MAC address.

Interface Interface that corresponds to the above MAC address.

Entry Type The methods that switch discovers MAC Security address

Add a Static Security MAC Address

Step 1 Click New button to add a static security MAC address, the configuration

page is shown as the figure below.

Figure 5-24 Add Static Security MAC Address

Step 2 Enter the static security MAC address information to be added in

configuration page.


Delete a Static Security MAC Address

Step 1 Click “ Service Management -> MAC -> Static Security MAC” to enter the

basic information page.




Step 2 Choose the check box in the left-hand column of static security MAC to be deleted, then click Delete button to delete static security MAC entry.

5.5 Spanning Tree

Spanning Tree Protocol (STP) is used to decrease link failure in network and provides protection for network by preventing loop circuit. It is easy to generate unconscious loop broadcast storm in complex network construction. It is disabled

by default. To enable this function, you must enable STP/RSTP/MSTP function on each switch connected to network. The switch supports three versions of Spanning

Tree Protocol: STP, RSTP and MSTP.

5.5.1 STP Information

Click Service Management > Spanning Tree > STP Information page to view the

STP instance information on the switch, as shown in the following figure

Figure 5-25 Global Information

Parameter usage


Root ID Priority Display the priority of the switch which is selected as root

Root ID Address Display the address of the switch which is selected as root

Root ID Hello Time Display the hello time interval of the switch which is selected as root

Root ID Max Age Display the max age of the switch which is selected as root

Root ID Forward Delay

Display the root id forward delay of the switch which is selected as root

CIST Root Path Cost Display the CIST Root Path Cost

CIST Bridge Priority Display the CIST Bridge Priority

Bridge ID Priority Display the bridge ID priority of the switch

Bridge ID Address Display the bridge ID address of the switch




Bridge ID Hello Time Display the hello time interval of the switch

Bridge ID Max Age Display the max age interval of the switch

Bridge ID Forward Delay

Display the forward delay of the switch

Bridge ID Aging Time Display the of aging time the switch

Edgeport bpdu-filter Display the enable status of edgeport bpdu-filter

Edgeport bpdu-guard Display the enable status of edgeport bpdu-guard

Figure 5-26 Instance ID Information

Parameter usage


Instance Display the Instance Id

Path Cost Display the path cost of the instance

Priority Display the priority of the instance

Figure 5-27 Instance Detail Information

Parameter usage


Instance Instance number.

Interface Interface number for instance operation

Port Role Interface status.

STP Status Display this interface's status on the spanning tree:

Discarding: port receives STP configuration messages, but does not forward packets.

Learning: port does not forward packets, and starts to learn MAC

address.

Forwarding: port forwards packets, and continues learning addresses.

Path Cost The port’s internal path cost in this instance

Priority.Number The port’s internal priority in this instance and port number




Type Link type

5.5.2 STP Global

Click Service Management > Spanning Tree> STP Global page to configure the STP global parameters for the switch, the configuration page is shown as the figure

below.

Figure 5-28 STP Global Settings

Parameter usage

Parameter Item

Instructions

STP Enable or disable STP on this switch(default: disable)

Advanced Configuration

BPDU Guard Enable or disable bpdu guard in global

BPDU Filter Enable or disable bpdu filter in global

Working Mode Specify types of spanning tree adopted on this switch.

STP: select this parameter to set global spanning tree protocol on

switch (STP).

RSTP: select this parameter to set global rapid spanning tree protocol on switch (RSTP).

MSTP: select this parameter to set global multiple spanning tree

protocol on switch (MSTP).

Pathcost Standard

Choose the standard of path cost calculation. The options are as follow: dot1t, dot1d-1998.

Max Age Max-age ensures that the old information will not be endlessly circled within the network's redundant path, and thus stop the



Parameter

Item Instructions

valid transmission of the new information. The value is set by the root bridge to confirm that the spanning tree configuration value

of the switch accords with the other devices on the bridge LAN. If the value is

timeout, while the switch has not received the BPDU packet from root bridge, the switch starts to send its BPDU to all the other

switches to ask for becoming the root bridge. If the switch has the minimal bridge identifier, it will become root bridge. User can set the value from 6-40

seconds, the default is 20 seconds.

Max Hops Set the device hops among the devices within spanning tree regions before the BPDU packets are discarded by the switch. The number of hop will be reduced one when each packet passes through the switch until the hop count to zero. At this point, the

switch will discard the BPDU packet, and interface information in packet will be time-out. Value ranges from 6 to 40, default is 20.

Hello Time Interval for root bridge's broadcast “hello” message.“hello” message is used to detect whether the network topology is

normal or not.

Forward Time The setting range is 4-30 seconds (default: 15sec). Each interface on the switch needs to wait double of forward-delay time when the blocked status changes to forwarding status.

Instance

Instance Select instance number for the root types needed to configure.

Priority Bridge priority is used in selecting the root device. The device with the highest priority (the smaller value the higher priority)

becomes the STP root device. However, if all devices have the same priority, the device with the lowest MAC address will then become the root device

(note that lower numeric values indicate higher priority) .Default

value: 32768; Range: 0~61440; Step Length: 4096.

5.5.3 STP Interface

Click Service Management > Spanning Tree > > STP Interface page to configure attributes for specific interfaces, including port priority, path cost, protection type,

and edge port. You may use adifferent priority or path cost for ports of the same media type to indicate the preferred path.Different link type indicates a point-to-point connection or shared-media connection, and different edge port

indicates that the attached device can support fast forwarding.



Figure 5-29 STP Interface

Parameter usage


Interface Name Interface name

Edgeport Display this port is enabled edgeport or not.

Bpdu Guard Display this port is enabled bpdu guard or not.

Bpdu Filter Display this port is enabled bpdu filter or not.

Root Guard Display this port is enabled root guard or not.

Loop Guard Display this port is enabled loop guard or not.

STP Display this port is enabled STP or not

Parameters of Editing STP Interface “eth-0-1”

Step 1 Click Service Management> Spanning Tree > STP Interface.

Step 2 Click the interface “eth-0-1" in interface list, The configuration page is shown as below.



Figure 5-30 STP Settings Based on Interface

Parameter usage

Parameter

Item Instructions

STP Enable or disable STP on port

Edgeport Set a port as an edgeport and to enable rapid transitions or set a port to its default state (not an edgeport) and to disable rapid transitions.

Bpdu Guard Enable or disable the BPDU Guard feature on a port

Bpdu Filter Enable or disable the BPDU Guard Filter on a port

Root Guard Enable or disable the Root Guard on a port

Loop Guard Enable or disable the Loop Guard on a port

Instance Instance id you want to add this port to.

Priority The port internal priority in this instance

Path Cost The port internal path cost in this instance

Step 3 Modify the needed parameter

Step 4 Click Apply button to apply all the changes made.

View STP Interface Details

Step 1 Click Service Management> Spanning Tree > STP Interface.

Step 2 Click one interface in interface list.

Step 3 Click Detail Information , the specified interface detail STP configuration information is shown as the figure below.



Figure 5-31 Display STP Interface Details

Parameter usage

Parameter

Item Instructions

Instance Instance number

Role Interface status

State Display this interface's status on the spanning tree:

Discarding: port receives STP configuration messages, but does not forward packets.

Learning: port does not forward packets, and starts to learn MAC

address.

Forwarding: port forwards packets, and continues learning addresses.

Path Cost This interface’s internal path cost

Priority.Number This interface’s internal priority and port number

Type Link type, point-to-point or shared

Parameter usage

Parameter Item

Instructions

Port Status Port status in instance 0

Port Role Port role in instance 0

Port Link Type Port Link Type in instance 0

Port Priority Port internal priority in instance 0



Parameter

Item Instructions

Port Path Cost Port internal path cost in instance 0

Edgeport Port in instance 0 is enabled edgeport or not

Bpdu Guard Port in instance 0 is enabled bpdu guard or not

Bpdu Filter Port in instance 0 is enabled bpdu filter or not

Root Guard Port in instance 0 is enabled root guard or not

Loop Guard Port in instance 0 is enabled loop guard or not

STP Enable Port in instance 0 is enabled stp or not

Designated Bridge

Port’s designated bridge in instance 0

5.5.4 MST Region

Click Service Management>Spanning Tree>MSTP Region to view switch's domain

information; the configuration page is shown as the figure below.

Figure 5-32 STP Region Information

Parameter usage

Parameter Item

Instructions

Region Name Specify MST domain name joined by the switch; the domain name can only identify MSTI (Multiple Spanning Tree Instance).

If domain name is not set, the MAC address of the device operating MSTP will be displayed.

Instance ID Display the MST instance ID currently configured on switch. The default CIST is common and internal spanning tree of MSTI.

VLAN Display VLAN ID mapped to specified MST instance

Add MSTP Instance

Step 1 Click Service Management>Spanning Tree>MSTP Region.



Step 2 Click Add button to create a new MSTP Region, the configuration is shown as the figure

Figure 5-33 Add CIST

Step 3 Select the instance number needed to add in Instance bar.

Step 4 Click Apply button to apply all the changes made.

5.6 Mirror


Click Service Management > Mirror > Summary page to view the configured mirror

information on the switch, the configuration page is shown as the figure below.


5.6.2 Mirror Attribute Configuration

Add Mirror

Step 1 Click “ Service Management -> Mirror -> Summary -> Add” or Click “Service Management -> Mirror->Setup” shown as the figure below.




Figure 5-35 Add Mirror

Parameter usage


Session ID Enter the session ID of mirror.

Source Port Enter the source port of mirror.

Direction Enter the direction of source port.

Source VLAN Enter the source vlan of mirror.

Direction Enter the direction of source vlan.

Destination Type

Enter the destination type of mirror.

Destination Port Enter the destination port of mirror.

Destination VLAN

Enter the destination vlan of mirror.

Step 2 Configure parameters of Mirror

Step 3 After that, click Apply to apply the specify changes made, or click Apply ALL to apply all the changes made.

Modify Mirror

Step 1 Click “ Service Management -> Mirror -> Summary”, view the configured

Mirror on the switch.

Step 2 Choose one Mirror to enter the mirror attribute configuration page, shown

as the figure below.




Figure 5-36 Modify Mirror


Step 4 After that, click Apply to apply the changes made, or click Delete to delete

the configuration.

Delete Mirror

Step 1 Click “ Service Management -> Mirror -> Summary”, view the configured Mirror on the switch.

Step 2 Click the checkbox to select the mirror, shown as the figure below

Figure 5-37 Delete Mirror

Step 3 After that, click Delete to delete the mirror which has been selected.

5.6.3 Escape MAC for Remote Mirror Attribute Configuration

Add Escape MAC for Remote Mirror

Step 1 Click “ Service Management -> Mirror -> Remote Mac Escape” shown as the

figure below.





Figure 5-38 Add Escape MAC for Remote Mirror



Mac Address Display the mac address of escape mac for remote mirror.

Mac Mask Display the mac address mask of escape mac for remote mirror.

Step 3 After that, click Add to add the specify escape mac for remote mirror.

Delete Escape MAC for Remote Mirror

Step 1 Click “ Service Management -> Mirror -> Remote Mac Escape” shown as the

figure below.

Figure 5-39 Escape MAC for Remote Mirror

Step 2 Click the checkbox to select the escape mac for remote mirror, shown as the figure below.

Figure 5-40 Delete Escape MAC for Remote Mirror

Step 3 After that, click Delete to delete the specify escape mac for remote mirror.




6 Multicast

6.1 Overview

This chapter describes the multicast configuration function of the switch.

6.2 IGMP Snooping


Click “Multicast -> IGMP Snooping Information” to check all the IGMP Snooping

information on switch, the configuration page is shown as the figure below.

Figure 6-1 Interface Attribute Configuration

6.2.2 IGMP Snooping Global Configuration

Step 1 Click “Multicast -> IGMP Snooping” to enter the basic igmp snooping

configuration page.

Step 2 All the igmp snooping global configuration items are shown as the figure below.






Figure 6-2 IGMP Snooping Global Configuration

Parameter usage


IGMP Snooping Display the igmp snooping global stats

Max Member Number Display the igmp snooping global max member number

TCN Querier Count Display the igmp snooping tcn querier count

TCN Querier Interval Display the igmp snooping tcn querier interval

Step 3 Configure parameters of igmp snooping global.


6.2.3 IGMP Snooping Vlan Configuration

Step 1 Click “Multicast -> IGMP Snooping” to enter the basic igmp snooping

configuration page, or click “Multicast -> IGMP Snooping information” to enter the igmp snooping information page and click the blue vlan id as

figure below.

Figure 6-3 IGMP Snooping Vlan Information

Step 2 All the igmp snooping vlan configuration items are shown as the figures

below.




Figure 6-4 IGMP Snooping Vlan Configuration

Parameter usage


Vlan Mode Select the igmp snooping vlan mode(all vlan or single vlan)

Vlan ID Enter the igmp snooping vlan id on single vlan mode

IGMP Snooping Select the igmp snooping vlan stats

Discard Unknown Select the igmp snooping vlan discasrd unknown stats

Report Suppression Select the igmp snooping vlan report suppression stats

Fast Leave Select the igmp snooping vlan fast leave stats

Version Enter the igmp snooping vlan version

Last Member Query Interval

Enter the igmp snooping vlan last member query interval

Step 3 Configure parameters of igmp snooping vlan.




7 QOS

7.1 Overview

Quality of Service (QoS) can be used to give certain traffic priority over other

traffic.

Without QoS, all traffic in a network has the same priority and chance of being delivered on time. If congestion occurs, all traffic has the same chance of being

dropped.

With QoS, specific network traffic can be prioritized to receive preferential

treatment. In turn, a network performs more predictably, and utilizes bandwidth more effectively.

7.2 Global Configuration

This section is used to enable or disable QOS global.

Step 1 Click “QOS -> Global Configuration” to check QOS status on switch, the


Figure 7-1 Global Configuration

Parameter usage


Enable Enable QOS globally

Disable Disable QOS globally


Step 3 After that, click Apply to enable or disable QOS globally.

7.3 Interface Configuration

This section mainly describes how to view and configure QOS property on interface.

7.3.1 Interface Configuration View

Click “QOS -> Interface Configuration” to check each interface QOS status on

switch, the configuration page is shown as the figure below.





Figure 7-2 Interface Information

Parameter usage

Parameter Item

Instructions


Replace COS Display enable or disable replace the cos field in packets on egress

Replace DSCP Display enable or disable replace the dscp field in packets on egress

Trust Status Display the trust type on port

7.3.2 Interface Attribute Configuration

Step 1 Click “QOS -> Interface Configuration” to enter the Interface Configuration

page.

Step 2 Choose one interface to enter the configuration page, shown as the figure below.

Figure 7-3 Interface QOS Configuration

Parameter usage

Parameter Item

Instructions





Parameter

Item Instructions

Replace COS Replace the cos field in packets on egress

Replace DSCP Replace the dscp field in packets on egress

Trust Set trust type on port

Step 3 Configure parameters of QoS on interface

Step 4 After that, click Apply to apply all the property.

7.4 Port Policer

This section mainly describes how to view and configure port-policer for an interface matching all traffic transmitted and received in different direction.

Step 1 Click “QOS -> Port Policer” to enter the port policer Configuration page.

Step 2 Choose one port to display the configuration information, shown as the figure below.

Figure 7-4 Port Policer Configuration

Parameter usage

Parameter Item

Instructions

Direction Choose the direction to limit the traffic entering the interface

Color Mode Choose color aware or color blind mode policer

CIR Commit Information Rate with the range of 1 to 10,000,000 kbps

CBS Commit Burst Size with the range of 0 to 16,000 bytes

Type Choose EBS




Parameter

Item Instructions

EBS Excess Burst Size with the range of 0 to 16,000 bytes

Type Choose PIR

PIR Peak Information Rate with the range of 1 to 10,000,000 kbps

PBS Peak Burst Size with the range of 0 to 16,000 bytes

Drop Color Drop color configuration includes yellow and red

Use L3 Length Use layer 3 length for policing

Step 3 Configure parameters of QoS on port


7.5 Traffic Shaping

This section mainly describes how to view and configure shaping for a queue of a

port in absolute value mode.

Step 1 Click “QOS -> Traffic Shaping” to enter the port Shaping Configuration

page.


Figure 7-5 Port Traffic Shaping Configuration

Parameter usage

Parameter

Item Instructions

Queues The id of queue for port. The range of queue id is from 0 to 7.

CIR The value for commit information rate with the range of 0 to




Parameter

Item Instructions

10,000,000.

PIR The value for peak information rate with the range of 0 to 10,000,000. If this value is omitted, it will be same as cir.



7.6 Congestion Manage

This section mainly describes how to view and configure the WDRR scheduling

weight and class for each queue.

Step 1 Click “QOS -> Congestion Manage” to enter the Congestion Management

page.


Figure 7-6 Congestion Manage

Parameter usage

Parameter

Item Instructions

Queues The id of queue for port. The range of queue id is from 0 to 7.

Class The class level of queue with the range of 0 to 7.

DRR Weight The value of DRR weight with the range of 1 to 100.






8 ACL

8.1 Overview

This chapter describes the access control list, class map and policy map

configuration function of the switch.

8.2 ACL


Click “ACL -> Access Control List” to check all the ACL information on switch, the

information page is shown as the figure below.

Figure 8-1 ACL Information

8.2.2 ACL Configuration

Create ACL

Step 1 Click “ACL -> Access Control List” to enter the basic ACL information page.

Step 2 Click the “Create” button to enter the ACL create page which are shown as the figure below.





Figure 8-2 ACL Create Page

Parameter usage


Acl name Enter the acl name

Type Select the acl type

Step 3 Configure parameters of acl.

Step 4 After that, click Create to apply all the changes made.

Delete ACL


Step 2 Click the checkbox to select ACL which are need to be deleted as the figure

below.

Figure 8-3 ACL Information

Step 3 After that, click Delete button to delete the selected ACL.

8.2.3 ACE Configuration

Create ACE


Step 2 Click the blue ACL name to select the current ACL shown as the figure

below.





Figure 8-4 Current ACL

Step 3 Click the Add button to enter the ACE configuration page which is shown as

the figure below.

Figure 8-5 MAC ACE Configuration

Figure 8-6 IP ACE Configuration

MAC ACE Parameter usage


Sequence Number The sequence number of the filter in MAC ACL. An auto-generated sequence number will be assigned to the filter if this field is not presented. The range is 1 to 2147483646

Action Select the action of mac ACE

Source Mac Address Enter the source MAC address

Source Mac Address Enter the source MAC address wildcard bits




Mask

Dest Mac Address Enter the destination MAC address

Dest Mac Address Mask

Enter the destination MAC address wildcard bits

Vlan Enter VLAN-ID, the range is 1 to 4094

Cos Enter CoS, the range is 0 to 7

Inner Vlan Enter Inner VLAN-ID, the range is 1 to 4094

Inner Cos Enter Inner CoS, the range is 0 to 7

Protocol Select the protocol type which including ARP, RARP or Ether type

Type Select the L2 type including ETH2, SNAP, SAP

IP ACE Parameter usage


Sequence Number The sequence number of the filter in IP ACL. An auto-generated sequence number will be assigned to the filter if this field is not presented. the range is 1 to 2147483646

Action Select the action of IP ACE

IP Protocol Select IP protocol of IP ACE

IP Protocol Num Enter IP protocol number, the range is 0 to 255

Source IP Address Enter the destination MAC address

Source IP Address Mask

Enter the destination MAC address wildcard bits

Dest IP Address Enter VLAN-ID, the range is 1 to 4094

Dest IP Address Mask Enter CoS, the range is 0 to 7

Source Port Type Select source port type

Source Port Num Enter source port number

Source Port Range Enter source port range

Dest Port Type Select destination port type

Dest Port Num Enter destination port number

Dest Port Range Enter destination port range

ICMP Type Enter ICMP type, the range is 1 to 255

ICMP Code Enter ICMP code, the range is 1 to 255

IGMP Type Select IGMP type.

DSCP Enter DSCP

Fragments Select fragments

Routed Select routed




option Select option

Step 4 Configure parameters of ACE

Step 5 After that, click Apply to create the ace in current ACL

Delete ACE


Step 2 Click the blue ACL name to select the current ACL shown as the figure below.

Figure 8-7 Current ACL

Step 3 Click the checkbox to select ACE which are need to be deleted in the current ACL as the figure below.

Figure 8-8 ACE Information

Step 4 After that, click Delete button to delete the selected ACL.

8.3 Class Map


Click “ACL -> Class Map” to check all the Class Map information on switch, the

information page is shown as the figure below.




Figure 8-9 Class Map Information

8.3.2 Class Map Configuration

Create Class Map

Step 1 Click “ACL -> Class Map” to enter the basic Class Map information page.

Step 2 Click the “Create” button to enter the Class Map create page which are shown as the figure below.

Figure 8-10 Class Map Create Page

Parameter usage


Class map name Enter the class map name

Type Select the class map type

Step 3 Configure parameters of class map.


Delete Class Map

Step 1 Click “ACL -> Class Map” to enter the basic class map information page.





Step 2 Click the checkbox to select class map which are need to be deleted as the figure below.

Figure 8-11 Class Map Information

Step 3 After that, click Delete button to delete the selected class map.

8.3.3 ACL Configuration

Match ACL to Class Map


Step 2 Click the blue Class Map name to select the current Class Map shown as the figure below.

Figure 8-12 Current Class Map

Step 3 Click the Add button to enter the match ACL configuration page which is


Figure 8-13 Match ACL Configuration

Step 4 Click the checkbox to select ACL which are need to be matched to the

current Class Map..

Step 5 After that, click Submit to match the selected ACL to the current Class Map.




Delete ACL from ClassMap


Step 2 Click the blue Class Map name to select the current Class Map shown as the

figure below.

Figure 8-14 Current Class Map

Step 3 Click the checkbox to select ACL which are need to be deleted in the current

Class Map as the figure below.

Figure 8-15 ACL Match Class Map Information

Step 4 After that, click Delete button to delete the selected ACL in current Class

Map.

8.4 Policy Map


Step 1 Click “ACL ->Policy Map” to check all the Policy Map information on switch,

the information page is shown as the figure below.





Figure 8-16 Policy Map Information

Step 2 Click the blue Policy Map Name item to select the selected policy map information which is shown as the figure below.



Figure 8-17 Selected Policy Map Information

Step 3 Click the blue Class Map Name item to enter the detail class map information page in current policy map which is shown as the figure below.

Figure 8-18 Class Map Detail Information in Policy Map

8.4.2 Policy Map Configuration

Create Policy Map

Step 1 Click “ACL -> Policy Map” to enter the basic Policy Map information page.

Step 2 Click the “Create” button to enter the Policy Map create page which are


Figure 8-19 Policy Map Create Page

Parameter usage





Policy map name Enter the policy map name

Step 3 Configure parameters of policy map.


Delete Policy Map

Step 1 Click “ACL -> Policy Map” to enter the basic policy map information page.

Step 2 Click the checkbox to select policy map which are need to be deleted as the figure below.

Figure 8-20 Policy Map Information

Step 3 After that, click Delete button to delete the selected policy map.

8.4.3 Class Map Configuration

Add Class Map to Policy Map


Step 2 Click the blue Policy Map name to select the current Policy Map shown as the figure below.

Figure 8-21 Current Policy Map

Step 3 Click the Add button to enter the class map configuration page which is shown as the figure below.





Figure 8-22 Class Map in Policy Map Configuration

Class Map Parameter usage


Class Map Name Select the existed class map

Policer Select the peolicer or not

Color Mode Select the color mode

Policer Mode Select the policer mode

CIR Enter CIR (Commit Information Rate) with the range of 1 to 10,000,000 kbps

CBS Enter CBS(Commit Burst Size) with the range of 0 to 16,000 bytes

EBS Enter EBS(Excess Burst Size) with the range of 0 to 16,000 bytes

PIR Enter PIR(Peak Information Rate) with the range of 1 to 10,000,000 kbps

PBS Enter PBS (Peak Burst Size) with the range of 0 to 16,000 bytes

Drop color Select the drop color

Redirect to Select the redirection interface

Monitor Select the monitor session

Step 4 Configure parameters of class map in policy map.

Step 5 After that, click Submit to configure the class map in current policy map.

Delete Class Map from Policy Map







Step 3 Click the checkbox to select Class Map which are need to be deleted in the current Policy Map as the figure below.

Figure 8-24 Class Map Information in Policy Map

Step 4 After that, click Delete button to delete the selected Class Map in current

Policy Map.

8.4.4 Interface configuration

Apply Policy Map to Interface




Step 3 Click the Add button to enter the interface configuration page which is shown as the figure below.

Figure 8-26 Apply Policy Map to Interface Configuration

Interface Parameter usage


Interface Name Select the interface name

Direction Select the direction

Step 4 Configure parameters of interface in current policy map.

Step 5 After that, click Submit to apply the current policy map to selected interface

and direction.




Delete Class Map from Policy Map


Step 2 Click the blue Policy Map name to select the current Policy Map shown as

the figure below.


Step 3 Click the checkbox to select Class Map which are need to be deleted in the current Policy Map as the figure below.

Figure 8-28 Interface Information in Policy Map

Step 4 After that, click Delete button to delete the selected interface in current Policy Map.




9 IP Routing

9.1 Overview

This chapter describes IP static route configuration function of the switch.

9.2 IPv4 Route

IPv4 Route display IPv4 routing information.

9.2.1 IPv4 Routing table information

Click “IP Routing > IPv4 Route” to search and view IPv4 routing information, the

page is as shown in Figure 9-1.

Figure 9-1 IPv4 Routing Information

Parameter usage

Item Instructions

Destination Destination IP address of the route

Mask IP address mask of the Destination

Protocol The kind of route

Nexthop Nexthop of the route， for direct route ，nexthop is to cpu

and don’t be displayed

Outgoing Interface For recursive route，this value may be an IP address

9.3 IPv4 Static

Through the IPv4 static route configuration function, you can add/modified/delete

the static route on switch.

9.3.1 IPv4 Static Route Information

Click “IP Routing > IPv4 Static” to display users IPv4 static route configuration



Figure 9-2 IPv4 Static Route Information

Parameter usage

Item Instructions

Destination Destination IP address of the route

Mask IP address mask of the Destination

Nexthop Nexthop IP address of the route

Distance Distance value of the value

9.3.2 IPv4 Static Route Configuration

Add a static route

Step 1 Click “IP Routing > IPv4 Static”

Step 2 Click “New” button to add a static route, opening the configuration page shown as the figure below.

Figure 9-3 Add static route

Parameter usage

Item Instructions

Destination Specify Destination IP address

Mask Specify IP address mask for Destination

Nexthop Specify Nexthop IP address

Distance Specify the distance of the static route(default is 1)

Step 3 Specify the content of the new static route.

Step 4 Click “Apply” button to add the new static route.



Delete a static route

Step 1 Click “IP Routing > IPv4 Static”

Step 2 Choose the route that you want to delete.

Step 3 Click “Delete” button to delete selected routes.

Modify a static route

Step 1 Click “IP Routing > IPv4 Static ”

Click Destination of the route displayed in the table to modify this route, opening

the configuration page shown as the figure below..

Figure 9-4 Modify static route

Step 2 Modify Nexthop or Distance of this static route.

Step 3 Click “Apply” button to modify the static route.

10 Security

10.1 Overview

This chapter describes the users and sessions configuration function of the switch.

10.2 Currently Sessions

Currently sessions display current sessions information, and you can delete some sessions.

10.2.1 Current Sessions Information

Click “Security -> Currently Sessions” to display current sessions information

Figure 10-1 Current Sessions Information

Parameter usage





Item Instructions

User Name user names

Session ID session id

Expire Time expire time

Client IP Client IP address

10.2.2 Delete Current Sessions

Step 1 Click “Security ->Currently Sessions”

Step 2 Choose the sessions that you want to delete.

Step 3 Click “Delete” button to delete the sessions that you choose.

10.3 User Management

Through the user management function, you can create and delete the users on switch.

10.3.1 Users Information

Click “Security -> User Management” to display users information

Figure 10-2 Users Information

Parameter usage

Item Instructions

User Name User Name

Privilege Privilege

Password Password

10.3.2 User Configuration

Create a User Account

Step 1 Click “Security -> User Management”

Step 2 Click Add button to add a user account, opening the configuration page










Figure 10-3 Add Users

Parameter usage

Table 10-1 Item Table 10-2 Instructions

User Name Specify a username.

Password Specify the user pass phrase

Confirm Password Enter the pass phrase again

Privilege Specify the level of user (0 – Normal, 4 – Privileged)

Normal level can only use some limited commands except empting database and recovering default configuration.

Privileged level provides full access to all commands.

Step 3 Specify user name, password, and select user privilege.

Step 4 Click Apply button to apply all the configurations.

Delete a User Account

Step 1 Click “Security -> User Management”

Step 2 Choose the users that you want to delete.

Step 3 Click “Delete” to delete users information that you choose.





11 Tools

11.1 Overview

Tools section provides some useful function such as Ping, Traceroute and Virtual

Cable Test. With these function, user can implement normal network diagnosis.

11.2 Ping

Users can take advantage of these features to diagnose and detect network and analyze error information.

Click “Tools -> Ping”, the configuration page is displayed as follows

Figure 11-1 Ping Settings

Parameter usage

Item Instructions

VRF ID Specify ping port. Mgmt VRF means management port and default VRF means VRF1

Destination IP Destination IP

Ping test

Step 1 Click “Tools -> Ping”

Step 2 Choose the VRF ID

Step 3 Enter target IP address is to be tested in Destination IP.

Step 4 Click Ping button to do computer connectivity test

Step 5 The result will display under the configuration panel.

11.3 Traceroute

Traceroute is a utility program used to confirm the route that IP packet will take to

access the target. Traceroute determines the route from a host to another host in the network by sending ICMP error packets with time-to-live (TTL) values.

Click “Tools -> Traceroute”. the configuration page is displayed as follows






Figure 11-2 Trace Route Settings

Parameter usage

Item Instructions

VRF ID Specify outgoing port. Mgmt VRF means management port and default VRF means VRF1

Destination IP Destination IP

Implement Traceroute Ping test

Step 1 Click “Tools -> Traceroute”

Step 2 Choose the VRF ID

Step 3 Enter target IP address is to be tested in Destination IP.

Step 4 Click Trace Route button to test route from source address to destination address.

Step 5 The result will display under the configuration panel.




12 Reboot/Save

12.1 Overview

Save current configuration and reboot switch.

12.2 Save System Configuration

Save current configuration to startup-config.conf

Figure 12-1 Save and Reboot

Parameter usage

Item Instructions

Save configuration to startup-config Save current configuration to startup-config

Reboot the switch Reboot the switch

Step 1 Click “Reboot/Save”

Step 2 Click “Save” to save current configuration to startup-config

12.3 Reboot Switch

Reboot switch

Step 1 Click “Reboot/Save”

Step 2 If you want to save system configuration before reboot, then choose “Save system”. Click “Reboot” to reboot switch.



This document in whole or in part may not be duplicated, reproduced, stored or retransmitted without prior written permission of MICROSENS GmbH &

Co. KG. All information in this document is preliminary and provided ‘as is’ and subject to change without notice. MICROSENS GmbH & Co. KG disclaims

any liability for the correctness, completeness or quality of the information provided, fitness for a particular purpose or consecutive damage. MICROSENS is a trademark of MICROSENS GmbH & Co. KG. Any product names mentioned herein may be trademarks and/or registered trademarks of

their respective companies. 0517/sh MS400960M_Switch_19i_WEBUserGuide_EN_v1.0.docx

48 port gigabit ethernet routing switch with 10g uplink web user … · 2019. 9. 25. · web user...

Documents