User manual
Table Of Contents
- About This Manual
- 1 VLAN Configuration
- VLAN Overview
- Configuring VLAN
- Creating VLAN
- Creating a VLAN in VLAN Database
- Setting VLAN Name
- Setting VLAN Link Type on Ethernet Interface
- Adding VLAN Member Port
- Adding Ports to a VLAN in Batches
- Setting the Native VLAN for a Trunk or Hybrid Port
- Setting VLAN Filtering on a Port
- Setting Frame Filtering Type of a Port
- Creating VLAN Layer 3 Interface
- VLAN Configuration Example
- Configuring PVLAN
- Configuring QinQ
- Configuring Subnet VLAN
- Configuring Protocol VLAN
- Configuring VLAN Translation
- Configuring SuperVLAN
- VLAN Maintenance and Diagnosis
- 2 SVLAN Configuration
- 3 SVLAN COS Configuration
- 4 ZESR and SVLAN Linkage Networking Configuration
- 5 MAC Address Table Configuration
- Introduction to MAC Address
- Configuring MAC Address Table
- Setting MAC Address Aging Time
- Burning MAC Addresses
- Configuring MAC Address Permanent
- Binding MAC Address to a Port
- Enabling MAC Address Learning
- Limiting MAC Address Count
- Setting MAC Address Learning Protection
- Setting Port Unkown Source MAC Address Filtering
- Setting MAC Address Filtering
- Viewing MAC Address Table
- MAC Address Table Configuration Example
- 6 STP Configuration
- 7 Link Aggregation Configuration
- 8 IGMP Snooping Configuration
- 9 Sflow Configuration
- 10 ZESS Configuration
- 11 Ethernet OAM Configuration
- 12 UDLD Configuration
- 13 LLDP
- 14 L2PT Configuration
- Figures
- Tables
- Glossary
ZXR105900/5200SeriesUserManual(EthernetSwitchingVolume)
QinQ
QinQ,alsoknownasVLANstack,isagraphicnamefortheIEEE
802.1Qbasedtunnelprotocol.QinQtechnologyencapsulatesthe
originalVLANtag(innertag)withanotherVLANtag(outertag)so
thattheinnertagismasked.
QinQimplementssimpleLayer2VPN(L2VPN)withoutprotocol
support,applicabletosmall-sizedLANswithL3switchesastheir
core.
QinQtypicalnetworkingisshowninFigure2.Porttothecus-
tomernetworkiscalledthecustomerport.TheporttotheService
Providernetworkiscalledtheuplinkport,andtheSPedgeaccess
deviceiscalledPoviderEdge(PE).
FIGURE2QINQTYPICALNETWORKING
ThecustomernetworkisusuallyconnectedtothePEthroughtrunk
VLAN.UplinksportsintheSPnetworkareconnectedsymmetri-
callyinthetrunkVLANmode.
Whenapacket(tagged/untagged)fromcustomernetwork1
reachesthecustomerportofswitchA.SwitchAattachesanouter
tag(VLANIDas10)toitsforcibly.WithintheSPnetwork,packet
isforwardedtoallportsinVLAN10.Thispacketnallyarrivesat
switchB.SwitchBrecognizesthattheporttocustomernetwork
2isacustomerport,thendispatchestheoutertagcomplying
withthetraditional802.1Qtorestoretheoriginalpacket.Switch
Bsendsthepackettocustomernetwork2.
Thusdataistransparentlytransmittedbetweencustomernet-
works1and2throughtheSPnetwork.Thisallowsthecustomer
considerableexibilityforPrivateVLANIDplanning,withoutany
conictwiththoseoftheSPnetwork.
SubnetVLAN
Subnet-basedVLANappliestoL2VLANnetworksforexiblecon-
gurationofdataframeforwarding.Subnet-basedVLANforward
adataframetoaVLANbasedonthesourceIPaddress.This
sourceIPaddressbasedVLANcanforwarduserdatafromdiffer-
entsubnetscrossseveralVLANs,whileremaintheoriginalVLAN
membershipunchanged.
4CondentialandProprietaryInformationofZTECORPORATION