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Tp-Link TL-SG1024DE V3 [40/84] Network requirements
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User Guide 36
Switching Configuration Example
5
Configuration Example
5.1 Example for Configuring IGMP Snooping
5.1.1 Network Requirements
Host B, Host C and Host D are in the same VLAN of the switch. All of them want to receive
multicast streams sent to the same multicast group.
As shown in the following topology, Host B, Host C and Host D are connected to port1,
port2 and port 3 respectively. Port 4 is the router port connected to the multicast querier.
Figure 5-1 Network Topology for Basic IGMP Snooping
Internet
Host B
Receiver
Host C
Receiver
Host D
Receiver
VLAN 2
Querier
Source
Port 4
Port 2
Port 3
Port 1
5.1.2 Configuration Scheme
Add the three member ports and the router port to a VLAN.
Enable IGMP Snooping.
Demonstrated with TL-SG1016PE, the following section provides configuration steps.
Содержание
- Easy smart configuration utility 1
- Tl sg108pe tl sg1016de tl sg1016pe tl sg1024de tl sg1218mpe 1
- User guide 1
- About this guide 2
- Contents 2
- Getting started 2
- Managing system 2
- Switching 2
- Configuration example 36 3
- Configuration example for 802 q vlan 58 3
- Configuring 802 q vlan 54 3
- Configuring basic qos 64 3
- Configuring igmp snooping 34 3
- Configuring lag 35 3
- Configuring loop prevention 47 3
- Configuring mtu vlan 51 3
- Configuring port based vlan 52 3
- Configuring port mirror 44 3
- Configuring qos 3
- Configuring vlan 3
- Monitoring 3
- Monitoring 41 3
- Overview 49 3
- Qos 63 3
- Testing the cable 46 3
- Viewing port statistics 42 3
- Configuration example for basic qos 71 4
- Configuring bandwidth control 67 4
- Configuring poe 4
- Configuring poe 75 4
- Configuring storm control 69 4
- Help 78 4
- Overview 74 4
- Searching help 4
- Searching online help 79 4
- Viewing information about the utility 80 4
- About this guide 5
- Conventions 5
- Intended readers 5
- More information 5
- Chapters 7
- Getting started 7
- Part 1 7
- Introduction 8
- Installing the configuration utility 9
- Configure ip setting for the switch 14
- Discover the switches in the network 14
- Discovering switches 14
- Discovering the switches in the network 14
- Double click 14
- Log into the switch 14
- To launch the easy smart configuration utility it searches the network for tp link easy smart switches automatically the discovered switches are listed as below 14
- With the switch discovery fuction of the utility you can 14
- Configuring ip setting for the switch 15
- Logging into the switch 16
- Click login the following page will be displayed and you can configure the switch on this page the model and hardware version of the switch that you are configuring are shown in the top right corner 17
- Chapters 18
- Managing system 18
- Part 2 18
- Backup and restore 19
- Firmware upgrade 19
- Ip setting 19
- Overview 19
- Supported features 19
- System 19
- System info 19
- System reboot 19
- System reset 19
- User account management 19
- Configuring system info 20
- Viewing the system information 20
- Specifying the device description 21
- Configuring ip 22
- Configuring the system ip address manually 22
- Configuring the system ip address using dhcp 22
- Click apply 23
- Follow these steps to configure the system ip address manually 23
- Select dhcp setting as disable from the drop down list 23
- Specify the ip address subnet mask and default gateway 23
- Click apply 24
- Follow these steps to configure the user account 24
- Managing user account 24
- Specify the user name enter the old password specify a new password and confirm the new password 24
- User account to load the following page 24
- With user account management you can modify the username and password to refuse illegal users 24
- Backing up and restoring 25
- Saving the current configuration 25
- Restoring to the previous configuration 26
- Rebooting system 29
- System reboot to load the following page click reboot 29
- Resetting the system 30
- Upgrading the firmware 31
- Click upgrade firmware to load the following page click yes to upgrade the firmware 32
- Chapters 33
- Part 3 33
- Switching 33
- Igmp snooping 34
- Overview 34
- Port setting 34
- Supported features 34
- Switching 34
- A known multicast group will be transmitted to the designated receivers instead of being broadcast in the layer2 network the following figure shows how igmp snooping works 35
- Figure 1 1 igmp snooping 35
- Switching switching 35
- User guide 31 35
- With lag link aggregation group function you can aggregate multiple physical ports into a logical interface to increase link bandwidth and enhance the connection reliability 35
- Configuring ports 36
- Follow these steps to configure the port parameters 36
- Port setting to load the following page 36
- Select the desired ports and set basic parameters for the ports 36
- Click apply 37
- Configuring igmp snooping 38
- Follow these steps to configure igmp snooping 38
- Igmp snooping to load the following page 38
- In the igmp snooping section enable igmp snooping enable or disable report message suppression according to your needs click apply 38
- In the multicast ip table section you can view the current igmp group information 38
- Configuring lag 39
- Configuration example 40
- Configuration scheme 40
- Example for configuring igmp snooping 40
- Network requirements 40
- Configuration steps 41
- As shown below hosts and servers are connected to switch a and switch b and heavy traffic is transmitted between the two switches to achieve high speed and reliability of data transmission you can bundle multiple physical ports into one logical interface in this case we bundle port 1 port 2 and port 3 of both switches into one logical interface 42
- Demonstrated with tl sg1016pe the following section provides configuration steps the configuration steps are similar for both switches here we take switch a for example 42
- Example for configuring lag 42
- Igmp snooping to load the following page enable igmp snooping and click apply 42
- Network requirements 42
- Configuration steps 43
- Chapters 44
- Monitoring 44
- Part 4 44
- Cable test 45
- Loop prevention 45
- Monitoring 45
- Overview 45
- Port mirror 45
- Port statistics 45
- Supported features 45
- Port statistics to load the following page 46
- Viewing port statistics 46
- You can view the statistics of each port you can click clear to clear the data also you can click refresh to refresh the data 46
- Click apply 48
- Configuring port mirror 48
- Follow these steps to configure port mirror 48
- For tl sg108pe 48
- In the port mirror section select the port mirror status as enable specify the mirroring port in the mirrored port section select a mirrored mode according to your needs and select one or more mirrored ports 48
- Port mirror to load the following page 48
- Click apply 49
- Follow these steps to configure port mirror 49
- For tl sg1016de tl sg1024de tl sg1016pe tl sg1218mpe 49
- In the port mirror section specify the port mirror status as enable specify the mirroring port in the mirrored port section configure whether the ingress and egress packets of each port are mirrored or not 49
- Port mirror to load the following page 49
- Cable test to load the following page 50
- Check the test results in the table 50
- Follow these steps to test the cable 50
- Select your desired port for test and click test you can also click test all to test all the cables 50
- Testing the cable 50
- Configuring loop prevention 51
- Chapters 52
- Configuring vlan 52
- Part 5 52
- Overview 53
- Configuring mtu vlan 55
- Configuring port based vlan 56
- You can verify the configuration result of port based vlan in the table you can delete a vlan as you wish by selecting the vlan and clicking delete 57
- Configuring 802 q vlan 58
- Configuring the vlan 58
- In the 802 q vlan setting section enter a vlan id and a vlan name for identification to create a vlan select the untagged port s and the tagged port s respectively to add to the created vlan based on the network topology click apply 59
- The following page will be displayed click yes 59
- You can verify the configuration result of 802 q vlan in the table you can delete a vlan as you wish by selecting the vlan and clicking delete 60
- Click apply 61
- Configuring the pvid 61
- Follow these steps to configure the pvid 61
- Q vlan pvid setting to load the following page 61
- Select the ports and set the pvid for the ports 61
- Configuration example for 802 q vlan 62
- Configuration scheme 62
- Network requirements 62
- Demonstrated with tl sg1016pe the following section provides configuration steps the configuration steps on both switches are similar here we take switch a for example 63
- Network topology 63
- Q vlan to load the following page in the global config section select the 802 q vlan status as enable from the drop down list click apply 63
- The figure below shows the network topology host a1 and host a2 are in department a while host b1 and host b2 are in department b switch a and switch b are located in two different places host a1 and host b1 are connected to port 2 and port 3 on switch a respectively while host a2 and host b2 are connected to port 2 and port 3 on switch b respectively port 4 on switch a is connected to port 4 on switch b 63
- Chapters 66
- Configuring qos 66
- Part 6 66
- Bandwidth control 67
- Overview 67
- Qos basic 67
- Storm control 67
- Supported features 67
- Configuration guidelines 68
- Configuring basic qos 68
- Configuring qos in port based mode 69
- Click apply 70
- Configuring qos in 802 p based mode 70
- Configuring qos in dscp 802 p based mode 70
- Follow these steps to configure qos in 802 p based mode 70
- Follow these steps to configure qos in dscp 802 p based mode 70
- Qos basic to load the following page 70
- Select qos mode as 802 p based 70
- Select qos mode as dscp 802 p based 70
- Bandwidth control to load the following page 71
- Click apply 71
- Configuring bandwidth control 71
- Follow these steps to configure bandwidth control 71
- Select the desired ports and configure the ingress rate and egress rate for the ports 71
- Click apply 73
- Configuring storm control 73
- Follow these steps to configure storm control 73
- Select the desired ports and configure the upper rate limit for forwarding broadcast packets multicast packets and ul frames unknown unicast frames 73
- Storm control to load the following page 73
- As shown below both rd department and marketing department can access the internet when congestion occurs the traffic from two departments can both be forwarded and the traffic from the marketing department should take precedence 75
- Configuration example for basic qos 75
- Configuration scheme 75
- Demonstrated with tl sg1016pe the following section provides configuration steps 75
- Enable port based mode 75
- Map port 1 and port 2 to different priorities queues 75
- Network requirements 75
- To implement this requirement you can configure qos in port based mode to put the packets from the marketing department into the queue with the higher priority than the packets from the rd department follow these procedures to configure qos in port based mode 75
- Configuration steps 76
- Configuring poe 77
- Overview 78
- Configuring poe 79
- Follow these steps to configure poe 79
- In the global config section you can view the current poe parameters you can configure the system power limit click apply 79
- In the port config section select the ports you want to configure and specify the parameters click apply 79
- Poe config to load the following page 79
- Chapters 81
- Part 8 81
- Searching help 81
- Online help 82
- Overview 82
- Supported features 82
- Searching online help 83
- Viewing information about the utility 84
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