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(1) Untagged: The untagged port can be added in multiple VLANs. If a VLAN-tagged
packet arrives at a port and the VLAN ID in its VLAN tag does not match any of the
VLAN the ingress port belongs to, this packet will be dropped. The packets forwarded
by the untagged port are untagged.
(2) Tagged: The tagged port can be added in multiple VLANs. If a VLAN-tagged packet
arrives at a port and the VLAN ID in its VLAN tag does not match any of the VLAN the
ingress port belongs to, this packet will be dropped. When the VLAN-tagged packets
are forwarded by the Tagged port, its VLAN tag will not be changed.
PVID
PVID (Port VLAN ID) is the default VID of the port. When the switch receives an
un-VLAN-tagged packet, it will add a VLAN tag to the packet according to the PVID of its
received port and forward the packets.
When creating VLANs, the PVID of each port, indicating the default VLAN to which the port
belongs, is an important parameter with the following two purposes:
(1) When the switch receives an un-VLAN-tagged packet, it will add a VLAN tag to the
packet according to the PVID of its received port
(2) PVID determines the default broadcast domain of the port, i.e. when the port receives
UL packets or broadcast packets, the port will broadcast the packets in its default
VLAN.
Different packets, tagged or untagged, will be processed in different ways, after being received
by ports of different link types, which is illustrated in the following table.
Port Type
Receiving Packets
Forwarding Packets
Untagged
Packets
Tagged Packets
Untagged
Packets
Tagged
Packets
Untagged
When untagged
packets are
received, the
port will add the
default VLAN
tag, i.e. the PVID
of the ingress
port, to the
packets.
If the VID of packet
is allowed
by the
port, the packet will
be received.
If the VID of packet
is forbidden by the
port, the packet will
be dropped.
The packet will be
forwarded
unchanged.
The packet will
be forwarded
after removing
its VLAN tag
Tagged
The packet will be
forwarded with the
PVID of egress port
as its VLAN tag.
The packet will
be forwarded
with its current
VLAN tag.
Table 6-1 Relationship between Port Types and VLAN Packets Processing
IEEE 802.1Q VLAN function is implemented on the VLAN Config and Port Config pages.
6.1.1 VLAN Config
On this page, you can configure the 802.1Q VLAN and its ports.
71
Содержание
299- Jetstream gigabit l2 managed switch
- User guide
- Fcc statement
- Copyright trademarks
- Ce mark warning
- 安全諮詢及注意事項
- Safety information
- Industry canada statement
- Explanation of the symbols on the product label
- Package contents
- Chapter 1 about this guide
- Intended readers
- Conventions
- Overview of this guide
- Overview of the switch
- Front panel
- Chapter 2 introduction
- Appearance description
- Rear panel
- Chapter 3 login to the switch
- Configuration
- System info
- System summary
- Chapter 4 system
- System time
- Device description
- Daylight saving time
- User table
- User management
- Serial port setting
- User config
- System tools
- Boot config
- Config restore
- Config backup
- Firmware upgrade
- System reboot
- Reboot schedule
- System reset
- Access security
- Access control
- Https config
- Http config
- Ssh config
- Application example 1 for ssh
- Application example 2 for ssh
- Telnet config
- Sdm template config
- Sdm template
- Port config
- Chapter 5 switching
- Port mirror
- Port security
- Port isolation
- Loopback detection
- Lag table
- Static lag
- Lacp config
- Traffic monitor
- Traffic summary
- Traffic statistics
- Mac address
- Address table
- Static address
- Dynamic address
- Filtering address
- Mac notification
- Mac vlan security
- L2pt config
- Chapter 6 vlan
- Q vlan
- Vlan config
- Port config
- Application example for 802 q vlan
- Mac vlan
- Port enable
- Application example for mac vlan
- Protocol vlan
- Protocol group table
- Protocol template
- Protocol group
- Application example for protocol vlan
- Vlan vpn
- Vpn config
- Vlan mapping
- Port enable
- Configuration procedure of vlan vpn function
- Configuration procedure of vlan mapping function
- Private vlan
- Pvlan config
- Port config
- Application example for private vlan
- Chapter 7 spanning tree
- Stp config
- Stp summary
- Port config
- Region config
- Mstp instance
- Instance config
- Instance port config
- Global configuration procedure for spanning tree function
- Stp security
- Port protect
- Tc protect
- Application example for stp function
- Chapter 8 ethernet oam
- Basic config
- Basic config
- Discovery info
- Link monitoring
- Statistics
- Remote loopback
- Statistics
- Event log
- Application example for dldp
- Chapter 9 multicast
- Igmp snooping
- Snooping config
- Port config
- Vlan config
- Multicast vlan
- Application example for multicast vlan
- Querier config
- Profile config
- Profile binding
- Packet statistics
- Igmp authentication
- Mld snooping
- Snooping config
- Configuration procedure of multicast vlan
- Port config
- Vlan config
- Multicast vlan
- The following entries are displayed on this screen
- Querier config
- Profile config
- Profile binding
- Packet statistics
- Ipv4 multicast table
- Multicast table
- Static ipv4 multicast table
- Ipv6 multicast table
- Static ipv6 multicast table
- Interface
- Chapter 10 routing
- Routing table
- Ipv6 routing table
- Ipv4 routing table
- Static routing
- Ipv4 static routing config
- Ipv6 static routing config
- Dhcp server
- Dhcp server
- Pool setting
- Manual binding
- Packet statistics
- Binding table
- Application example for dhcp server and relay
- Dhcp relay
- Global config
- Dhcp server
- Configuration procedure
- Static arp
- Arp table
- Chapter 11 qos
- Port priority
- Diffserv
- Configuration procedure
- Schedule mode
- 802 p priority
- Configuration procedure
- Dscp priority
- Configuration procedure
- Rate limit
- Bandwidth control
- Storm control
- Voice vlan
- Port config
- Global config
- Oui config
- Configuration procedure of voice vlan
- Poe config
- Chapter 12 poe
- Poe config
- Poe profile
- Time range
- Time range summary
- Time range create
- Holiday config
- Time range summary
- Time range
- Chapter 13 acl
- Time range create
- Holiday config
- Acl config
- Acl summary
- Acl create
- Mac acl
- Standard ip acl
- Extend ip acl
- Combined acl
- Ipv6 acl
- Policy config
- Policy summary
- Policy create
- Action create
- Binding table
- Acl binding
- Port binding
- Vlan binding
- Policy binding
- Configuration procedure
- Binding table
- Port binding
- Vlan binding
- Configuration procedure
- Configuration procedure
- Application example for acl
- Binding table
- Ip mac binding
- Chapter 14 network security
- Manual binding
- Arp scanning
- Ipv6 mac binding
- Binding table
- Manual binding
- Nd snooping
- Dhcp snooping
- Global config
- Port config
- Option 82 config
- Dhcpv6 snooping
- Arp inspection
- Arp detect
- Arp defend
- Configuration procedure
- Arp statistics
- Nd detection
- Ip source guard
- Dos defend
- Dos defend
- Global config
- Port config
- Configuration procedure
- Privilege elevation
- Global config
- Radius server config
- Tacacs server config
- Authentication server group config
- Authentication method list config
- 802 x authentication server config
- Application authentication list config
- Default settings
- Chapter 15 snmp
- Snmp config
- Global config
- Snmp view
- Snmp group
- Snmp user
- Snmp community
- Configuration procedure
- Notification
- Statistics
- History
- Alarm config
- Lldp working mechanism
- Chapter 16 lldp
- Lldpdu format
- Global config
- Basic config
- Port config
- Local info
- Device info
- Neighbor info
- Device statistics
- Lldp med
- Elements
- Port config
- Global config
- Local info
- Neighbor info
- Cpu monitor
- Chapter 17 maintenance
- System monitor
- Memory monitor
- Sflow collector
- Sflow sampler
- Default settings
- Log table
- Local log
- Remote log
- Backup log
- Device diagnostics
- Cable test
- Network diagnostics
- Tracert
- Appendix a password recovery
- Appendix b specifications
- Appendix c glossary
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