Allied Telesis C613-02013-00 manual Frame=Taggeduntagged

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Layer 2 Switching

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VLANs to be used with VLAN tags are created and destroyed in the same way as VLANs with only untagged ports, by using the commands:

CREATE VLAN=vlanname VID=2..4094

DESTROY VLAN={vlanname2..4094ALL}

A VLAN may have VLAN-aware devices connected to some ports that require VLAN tagging, and legacy devices connected to other ports that cannot accept VLAN tags. Whether VLAN tagged or untagged frames are transmitted on a port for a particular VLAN is determined when the port is added to that VLAN. Ports are added to and deleted from VLANs using the commands:

ADD VLAN={vlanname1..4094} PORT={port-listALL}

[FRAME=TAGGEDUNTAGGED]

DELETE VLAN={vlanname1..4094} PORT={port-listALL}

The FRAME parameter specifies whether VLAN tag headers are included in frames transmitted on the specified ports. If TAGGED is specified, a VLAN tag is added to frames prior to transmission. The port is then called a tagged port for this VLAN. If UNTAGGED is specified, the frame is transmitted without a VLAN tag. The port is then called an untagged port for this VLAN. A port can be untagged for one and only one of the VLANs to which it belongs, or for none of the VLANs to which it belongs. A port can have the FRAME parameter set to TAGGED for zero or more VLANs to which it belongs. It is not possible to add an untagged port to a VLAN if the port is already present in any other port-based VLAN except the default VLAN. If the port is an untagged member of the default VLAN, adding it untagged to another VLAN deletes it from the default VLAN. The default setting is UNTAGGED.

A port can be tagged (receive and send VLAN tagged frames) for some VLANs, and untagged for zero or one VLAN. A VLAN can have both tagged and untagged ports. But a particular port cannot transmit both tagged and untagged frames for the same VLAN (that is, it cannot be added to the same VLAN as both a tagged and an untagged port).

Figure 11 shows a network that must be configured with VLAN tagging, since the server on port 2 on Switch A belongs to both the admin and marketing VLANs. Using VLAN tags, port 26 on Switch A and port 25 on Switch B belong to both the marketing VLAN and the training VLAN, so devices on both VLANs can use this uplink.

Note that ports tagged for some VLANs and left in the default VLAN as untagged ports will transmit broadcast traffic for the default VLAN. If this is not required, the unnecessary traffic in the switch can be reduced by deleting those ports from the default VLAN.

Rapier Switch Software Release 2.2.1 C613-02013-00 Rev A

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Contents User Guide Page Contents Documentation Roadmap Chapter Why Read This User Guide?Technical support Where To Find More InformationSwitching Features What Can the Rapier Switch Do?Routing Features Advanced Feature Licence AT-RPFL3Upgrade Optional Features Command Line Interface Simple SwitchingEntering Commands Giving the Switch an IP AddressSET Password LoggingEnabling the GUI Enable AT-RPFL3Upgrade Feature LicenceEnable GUI Starting the GUI Graphical User InterfaceNavigating Monitoring Show File User PrivilegesFile Subsystem Show System Online CLI HelpSaving Configuration Entered with the GUI Configuration ScriptsDram NoneEditor Saving Configuration Entered with the CLIInstall Information Show Install Delete InstallReleases and Patches into the Switch Load METHOD=HTTP DESTINATION=FLASH Example Install Software Upgrade for Rapier SwitchShow Load Enable SnmpSnmp and MIBs Show Snmp Enable Snmp AuthenticatetrapEnabling and Disabling Switch Ports Switch PortsISO8802-3 Csmacd EnabledOFF STPAcceptable Frames Types Autonegotiation of Port Speed and Duplex ModeSELECT=MACSRCMACDESTMACBOTHIPSRCIPDESTIPBOTH Port TrunkingShow VLAN=ALL Packet Storm Protection Port Mirroring Enable Switch Mirror Disable Switch Mirror ADD Switch L3FILTER MatchINTRUSIONACTION=NONEDISCARDTRAPDISABLE Port securityVirtual LANs Example output from the Show Switch Port Intrusion commandRapier Switch User Guide Creating VLANs Without Vlan Tags Static and dynamic VLANsMarketing Vlan Switch Training Vlan Trunk ports GarpParameter Meaning Vlan TaggingFRAME=TAGGEDUNTAGGED Tagged VLANs Summary of Vlan Tagging RulesIngress Rules Layer 2 Switching ProcessGeneric Vlan Registration Protocol Gvrp Learning Process Disable Switch LearningEnable Switch Ageingtimer Disable Switch Ageingtimer Enable Switch LearningSET Switch AGEINGTIMER=10..1000000 Show SwitchLayer 2 Filtering Example output from the Show Switch Filter commandFRAME=UNTAGGEDTAGGED Egress RulesShow Switch QOS Quality of ServiceSET Switch QOS=P1,P2,P3,P4,P5,P6,P7,P8 Spanning Tree Port States Spanning Tree Protocol STPConfiguring STP SET STP=stpnameALL PRIORITY=0..65535 Example output from the Show STP command Parameters To display STP port information, use the command TCN Bpdu To show STP counters, use the commandIgmp Snooping Interfaces to Layer 3 ProtocolsPurge STP INTERFACE=VLAN3Show IP Igmp Enable IP Igmp Disable IP IgmpSET IP Igmp TIMEOUT=1..65535 QUERYINTERVAL=1..65535 Group List TriggersEvent Page Show IP Interface Internet Protocol IPRouting Information Protocol RIP IP MulticastingUplink Novell IPXShow IPX Circuit AppleTalk Enable RsvpResource Reservation Protocol Rsvp ActiveRAW Show Rsvp Interface

C613-02013-00 specifications

The Allied Telesis C613-02013-00 is a versatile and powerful network switch designed to meet the demands of modern networking environments. This device is part of Allied Telesis's extensive range of networking solutions, catering to both enterprise and industrial applications. It is engineered for high performance, reliability, and ease of management, making it a suitable choice for organizations that require robust connectivity solutions.

One of the main features of the C613-02013-00 is its support for advanced Layer 2 switching capabilities. This provides businesses with the necessary tools to manage and direct network traffic efficiently. The switch includes support for VLAN (Virtual Local Area Network) technology, which allows for the segmentation of network traffic, enhancing both security and performance. With VLANs, organizations can isolate critical workloads and improve network management while ensuring that sensitive information is protected from unauthorized access.

Another key characteristic of the C613-02013-00 is its extensive support for Power over Ethernet (PoE). This feature enables the switch to deliver electrical power along with data over standard Ethernet cabling. This is particularly beneficial for powering devices such as IP cameras, wireless access points, and VoIP phones, reducing the need for additional power supply infrastructure. With PoE capabilities, the switch simplifies installation and enhances flexibility in deploying network devices.

The C613-02013-00 also boasts advanced network management features, including support for SNMP (Simple Network Management Protocol) for efficient monitoring and troubleshooting. This ensures that network administrators can maintain optimal performance and quickly address any issues that arise. Additionally, the switch supports network redundancy features like Rapid Spanning Tree Protocol (RSTP), which helps to prevent network loops and minimizes downtime.

In terms of physical characteristics, the C613-02013-00 is designed for durability and ease of deployment in various environments. Its compact form factor allows for effective space utilization in data centers and network closets. Moreover, it features a fanless design, making it suitable for deployment in noise-sensitive environments such as offices and classrooms.

In summary, the Allied Telesis C613-02013-00 is a robust network switch offering advanced features such as Layer 2 switching, PoE support, and comprehensive network management capabilities. Its design and performance make it an excellent choice for businesses seeking to enhance their network infrastructure with reliable and secure connectivity solutions.
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