Configuration Guide
Share VLAN Configuration
Port 1 is a hybrid port; PVID is VLAN 2; VLAN 2 and VLAN 10 are untagged;
port 2 is a trunk port; all VLANs are allowed VLANs; the native VLAN is VLAN 1.
Access switch 2
Port 1 is a hybrid port; PVID is VLAN 3; VLAN 3 and VLAN 10 are untagged;
port 2 is a trunk port; all VLANs are allowed VLANs; the native VLAN is VLAN 1.
TV sets belong to different VLANs. When the data from TV set 1 arrives
accesses switches, it will be automatically added with VLAN 2
’s tag. The access
switches learn the following address:
Vlan
MAC
Address Type
Interface
2
PC1-MAC
DYNAMIC
Port 1
The access switches will transmit the data to the aggregate switches through
trunk link. The aggregate switches learn the following address:
Vlan
MAC
Address Type
Interface
2
PC1-MAC
DYNAMIC
Port 2
The aggregate switches will transmit the data to the core switch through trunk
link. The core switch learns the following address:
Vlan
MAC
Address Type
Interface
2
PC1-MAC
DYNAMIC
Port 3
Upon receiving the data with VLAN 2 tag from the aggregate switches, the core
switch will check if port 1 connecting the core switches allows receiving the data.
If so, it removes the tag.
Sending packets to the server through a port
Upon receiving the data request, the server will return packets. When the
packets arrive the core switch, it adds VLAN 10 tag to the packets according to
its PVID. Since the VLAN 10
’s address cannot be found, the core switch will
replicate and forward the packets in all trunk links. When the packets arrive the
aggregate switches, they will send them to the access switches through
downstream trunk links. Since all downstream TV sets allow the packets from
VLAN 10, the access switches remove the tag of packets and send them to the
TV sets.
Without Share VLAN, one user will access the video server and other users
receive unuseful response packets when the request packet does not belong to
the same VLAN as response packets. This will waste resources significantly.
When VLAN 10 is set to be the Share VLAN on the core switch, the core switch
learns the following address:
Vlan
MAC
Address Type
Interface
2
PC1-MAC
DYNAMIC
Port 3
Summary of Contents for RG-S2900G-E Series
Page 1: ...RG S2900G E Series Switch RGOS Configuration Guide Release 10 4 2b12 p1 ...
Page 91: ...Configuration Guide Configuring PoE Configuration ...
Page 133: ...Configuration Guide EEE Configuration ...
Page 319: ...Configuration Guide QinQ Configuration ...
Page 408: ......
Page 409: ...IP Routing Configuration 1 Static Route Configuration ...
Page 412: ......
Page 413: ...Multicast Configuration 1 IGMP Snooping Configuration 2 MLD Snooping Configuration ...
Page 757: ......
Page 758: ...ACL QoS Configuration 1 Access Control List Configuration 2 QoS Configuration ...
Page 801: ...Reliability Configuration 1 RLDP Configuration 2 TPP Configuration 3 SEM Configuration ...
Page 901: ...Configuration Guide ERSPAN Configuration ...
Page 902: ...Web based Configuration 1 Web based Configuration ...