Planex FX-2124TE User manual

Brand: Planex

Model: FX-2124TE

Type: User manual

This manual is also suitable for

FX-2116

USER'S

MANUAL

English Version

16/24 Port GIGABIT ETHERNET SWITCH

FX-2116/2124TE

16/24 Port GIGABIT ETHERNET SWITCH

FX-2116/2124TE

USER'S MANUAL

Trademarks

Contents subject to change without prior notice.

Pci is a registered trademark of PLANEX COMMUNICATIONS INC.

All other trademarks belong to their respective proprietors.

Copyrigh Statement

No part of this publication may be reproduced in any form or by any means

or used to make any derivative such as translation, transformation, or

adaptation without permission from PLANEX COMUNICATIONS INC.

FCC Warning

This equipment has been tested and found to comply with the limits for a

Class A digital device, pursuant to Part 15 of the FCC Rules. These limits

are designed to provide reasonable protection against harmful interference

when the equipment is operated in a commercial environment. This

equipment generates, uses, and can radiate radio frequency energy and, if

not installed and used in accordance with this user's guide, may cause

harmful interference to radio communications. Operation of this equipment

in a residential area is likely to cause harmful interference in which case the

user will be required to correct the interference at his own expense.

CE Mark Warning

This is a Class A product. In a domestic environment, this product may

cause radio interference in which case the user may be required to take

adequate measures.

VCCI

Voluntary Control Council for Interference (VCCI-A) Compliance

Safety Instruction

Unplug this product from the wall outlet before cleaning. Do not use

liquid or cleaners or aerosol cleaners. Use a damp cloth for cleaning.

Do not use extra/optional attachments unless their use is recommended by

the product manufacturer. Doing so may cause hazards.

Do not use this product near water.

Do not place this product on an unstable cart, stand or table as the product

may fall, harming people as well as the appliance itself. When mounting

the product to a wall or shelf, be sure to follow the manufacturer's

instructions. You may only use a mounting kit approved by the

manufacturer.

Slots and openings on the back or bottom of the cabinet are provided for

ventilation to insure reliable operation of the product. The openings must

not be blocked as it may cause overheating. Do not place this product on a

bed, sofa, rug or any other similar surface. The product should never be

placed near or over a radiator or heat register. Similarly, this product must

not be placed in a built-in installation such as a bookcase unless proper

ventilation is provided.

This product should be used only with the appropriate power source

indicated on the marking label. If you are not sure which type of power is

supplied at your home, please consult your dealer or an electric power

company.

For added protection, turn off and unplug the product from the wall outlet

whenever it is left unattended or unused for a long period of time. This

will prevent damage to the product due to power surges.

Do not overload wall outlets or extension cords as this may result in a

short circuit or fire.

Do not attempt to insert any object via openings on the cabinet as it may

cause a serious electric shock or fire. Never spill a liquid of any kind on

the product.

Under any of the following conditions, promptly unplug the product from

the wall outlet and seek assistance from a qualified service center.

a. The power cord or AC power adapter is damaged (or frayed).

b. If liquid has been spilled into this product.

c. The product does not operate normally even though you followed

appropriate operating instructions. Adjust only those controls that are

covered by the operating instructions as improper adjustment of other

controls may result in damage and will often require extensive work by a

qualified serviceperson.

d. The product has been dropped or the cabinet has been damaged.

e. When this product exhibits a distinct change in performance, indicating a

need of repair.

When replacement parts are required, be sure to obtain parts specified by

the manufacturer. Unauthorized substations may result in fire, electric

shock or other hazards.

Version:1.0 E Rev.A

Chapter 2

Installation

Provides a step-by-step installation procedure for the Switch and explains how to attach

them to your Ethernet network. Be sure to read this chapter as well..

About this Manual

Appendices

Appendix A

Troubleshooting

Chapter 1

Introduction

Describes the Switch and its exterior features. Please be certain to read this chapter

before installing the switch.

Appendix B

About Auto-Negotiation

This user s manual provides product overview and operation instructions of

the Gigabit Ethernet Switches FX-2116/2124TE.. The manual consists of

the following chapters and appendices:

Appendix C

Specifications.

Lists the technical specifications of the switch.

Chapter 3

Installation

Describes how to configure a terminal (PC) that is used to modify the system parameters

of the products. Prior to shipment from the factory, the two models are already configured

to opperate as ordinary switching hubs.

FX-2116/2124TE

Cascading to Another Hbu bia 1000BASE-T

Port ....................................................................

Cascading to Another Hub via RJ-45 Port.....

Chapter 3 Configuring the Switch via Console Port

Connecting a PC to the Switch .......................

Configuring the Switch ...................................

Appendix A

A Troubleshooting .............................................

Appendix B

B About Auto-negotiation .................................

Appendix C

C Specifications .................................................

FX-2116/2124TE

Chapter 1 Introduction

Product Overview ............................................

Features ............................................................

Package Contents............................................

Parts Terminology ...........................................

About Switching Technology ..........................

About VLAN ...................................................

Trunking..........................................................

Chapter 2 Installation

Environmental Requirements ........................

Installing the Switching Hub ..........................

Connecting the Power Cable to the Switch ...

Connecting Computers to the Switch via

1000BASE-T Port ............................................

Connecting Computers to the Switch via

RJ-45 Port .......................................................

FX-2116/2124TE

The FX-2116TE/2124TE are Gigabit Ethernet Switches that fully comply

with IEEE802.3 10BASE-T, IEEE802.3u 100BASE-TX as well as

IEEE802.3ab 1000BASE-T standards.

The products come standard with 1)16/24 RJ-45 STP ports for

10/100BASE-TX and 2)two RJ-45 STP ports for 1000BASE-T

connectivity. The RJ-45 ports automatically detect both data transfer speed

(100/10Mbps, or 1000/100/10Mbps for 1000BASE-T port) and duplex

mode (full/half duplex) via Auto-Negotiation. Furthermore, the

1000BASE-T ports automatically recognize both straight and cross-over

cable types via Auto MDI/MDI-X. The status LED°¶s on each port enable

quick verification of the current operational status of the switches.

The switches also support VLAN and Trunking. Up to 18/26 port-based

VLAN groups can be configured on the products, while the Tr u n k i n g

feature allows two to eight ports to be "bundled" into one Trunk that

connects to another device enabling data communication at a maximum rate

of 4,000 Mbps.

Chapter 1

Introduction

Product Overview

FX-2116/2124TE

The product package should contain the following items:

FX-2116/2124TE Switching Hub

Serial cable

Power cable

Rack-mounting brackets

This User's Manual

If any item is found missing or damaged, please contact your local PCI

reseller or our technical support for assistance.

FX-2116/2124TE

Comply with IEEE802.3, IEEE802.3u and IEEE802.3ab standards

Provide two RJ-45 STP ports for 1000BASE-T/100BASE-TX/10BASE-T

connectivity

Provide 16/24 RJ-45 STP ports for 100BASE-TX/10BASE-T

connectivity

Fully support Auto-Negotiation: automatically detect the transfer speed

(1000/100/10Mbps) and duplex mode (half/full-duplex) (Note: The half

duplex mode is NOT supported at 1000Mbps)

Support Store-and-Forward switching scheme

The on-board MAC address table automatically learns up to 16,000 MAC

addresses

Equipped with a packet buffer (FX-2116TE: 8MB, FX-2124TE: 10MB)

Supports up to 26 VLAN groups (FX-2124TE): the FX-2116TE supports

up to 18 groups

Support Trunking, a technology which facilitates data transfer to a

maximum rate of 4,000Mbps between two Trunk-ready switches

Support Port Mirroring

Support 4-level port-based QoS

Support Flow Control (Full duplex: IEEE802.3x, Half Duplex: Back

Pressure)

Status LED°¶s display the operational condition of each port and that of

network

Auto MDI/MDI-X function automatically recognizes both straight and

cross-over cable types (1000BASE-T port only)

Rack-mountable to any standard 19" rack

Provides one serial port for configuring VLAN and other advanced

features

Features

Package Contents

FX-2116/2124TE

10/100 Switch Port LED's

Link/Act LED:

The LED glows when a data link is established on the port. The same

indicator blinks while the port receives or transmits data.

FDX/Col. LED:

Illuminates when the port operates at full duplex. The same LED blinks

whenever a collision is detected on the port.

10/100/1000 Switch Port LED's

1000 LED:

Illuminates whenever a 1000Mbps data link is established on the port.

100 LED:

Illuminates whenever a 100Mbps data link is established on the port.

10 LED:

Illuminates whenever a 10Mbps data link is established on the port.

FDX/Col. LED:

Illuminates when the port operates at full duplex. The same LED blinks

whenever a collision is detected on the port.

TX:

The LED blinks while the port transmits data.

RX:

The LED blinks while the port receives data.

FX-2116/2124TE

Front Panel

1-1 FX-2116/2124TE Front View

Ports 1-16/24:

100BASE-TX/10BASE-T twisted pair cables attach to these RJ-45 ports.

Giga 1-2:

1000BASE-T/100BASE-TX/10BASE-T twisted pair cables attach to these

RJ-45 ports.

Reset Switch:

Resets the switches.

Diag LED:

This LED illuminates when the switch boots successfully.

Power LED:

Illuminates when the power of the switch is turned on.

Parts Terminology

FX-2116/2124TE

Serial Sticker

The sticker below is attached on the bottom of the Switch.

1-3 Serial Sticker

Model Name:

The product model number of the switch.

Serial Number:

A unique serial number has been assigned to this particular unit. The same

number is printed on the product package. This number is required for user

registration and all technical support services.

FX-2116/2124TE

Rear Panel

1-2 FX-2116/FX-2124TE Rear View

Console Port:

The supplied serial cable for switch configuration connects to this port.

Power Receptacle:

The supplied AC power cable attaches to this receptacle.

FX-2116/2124TE

Switching schemes

Most switching hubs support one of the following switching schemes: Cut

Through and Store-and-Forward. In Cut Through switching, any incoming

(and thus received) packet is sent to one of the ports immediately after its

destination address is discerned. Since packets themselves are not

inspected, some error packets may leave the switch among normal packets.

In contrast, Store-and-Forward technology first stores a received packet in

an internal packet buffer and checks for length and CRC. Error packets are

dropped at this stage, and only normal packets are transmitted. The FX-

2116TE/2124TE Switching Hubs support Store-and-Forward.

Supports Flow Control

The Switch supports an advanced feature called "Flow Control" to prevent

packets from overflowing the packet buffer. The flow control technology

used in half-duplex mode is called "Back Pressure", while the flow control

used in full-duplex operation is called "IEEE 802.3x". In Back Pressure, a

collision signal is sent out whenever the packet buffer becomes full. On the

other hand, a switching hub with IEEE 802.3x support transmits a "pause"

command to the source node to stop the data flow itself.

Limitations on Cascading Hubs

Generally, repeater hubs can cascade only up to four stages for 10BASE-T

and two stages for 100BASE-TX. This limitation does not apply to a

switching hub because each port on the switch has its own collision domain.

For this reason, switching hubs can expand an existing network without

using relatively more expensive routers or bridges.

Equipped with these advanced features, the switching hub can provide much

greater network traffic efficiency and expandability compared with ordinary

repeater hubs.

FX-2116/2124TE

How Switching Hubs differ from Repeater Hubs

Ordinary repeater hubs transmit data to all ports, even when only one port

needs the data. Consequently, the overall network traffic increases, slowing

down communications on the network itself. Moreover, repeater hubs

require that all ports share the same bandwidth; a collision occurs when

multiple packets are transmitted simultaneously. To counter these problems,

the switching hub learns the destination address (MAC address of the device

attached to each port) and sends data only to the port that leads to the

destination node. All the MAC addresses are recorded in a storage area

called

address table . This scheme prevents the data from being sent to

other ports, thereby reducing network load. A switching hub thus allows

more efficient communication among computers on the network.

1-4 Repeater Hub vs. Switching Hub

Switching Technology

FX-2116/2124TE

1-5 Sample VLAN Layout

In the sample VLAN configuration above, Groups A and B can

communicate with the server without using a router. Furthermore, packets

are NOT forwarded between Groups A and B, allowing the user to establish

a highly secure network with ease.

Broadcast Packet

This packet is received by all devices on a network. VLAN and routers can

limit the amount of broadcast packets allowed in a given network.

Collision Domain

In a network that employs repeater hubs, a collision of packets may take

place when two or more devices on the network transmit a packet at the

same time. The portion of a network that shares the same collision signal is

called a "collision domain". In a switching hub, each port is assigned to a

separate collision domain. (In other words, a collision domain is divided

into multiple smaller collision domains.) In addition, certain limitations on

node-to-node distance and cascade connection apply to nodes within the

same collision domain.

FX-2116/2124TE

The VLAN feature of the switch lightens traffic on a network and

strengthens network security, all by dividing the original broadcast domain

into smaller groups. Ports on the Switch are divided and grouped into

several VLAN groups. Each VLAN group acts as a separate small domain,

and packets being sent in one VLAN group (including broadcast packets)

are not transmitted to other VLAN groups. This feature gives the following

advantages to the Switch over other switching hub products:

Improved Networking Efficiency

By separating nodes in a high-traffic work group into multiple smaller

groups, the existing broadcast domain is divided into smaller domains and

prevents packets from being sent to other (small) workgroups. Since

unnecessary data transmission to other workgroups is eliminated,

networking efficiency over the entire network improves considerably.

Enhances Security

Network communication among VLAN groups is logically disabled.

Therefore, confidential documents or data can be contained in one specific

VLAN group of users who are authorized to handle the information.

Cost Reduction

With the VLAN support, the Switch can create multiple domains all by

itself; there is no need to obtain expensive and hard-to-configure routers to

do the job.

Each of the 16/24 switch ports on the FX-2116TE/2124TE Switching Hubs

can be assigned to up to 18/26 VLAN groups. For more information on

configuring VLAN, refer to Chapter 3.

About VLAN

FX-2116/2124TE

In Trunk or Trunking, several ports are bundled into one high-throughput

t r u n k to allow the FX-2116TE/2124TE and another switch to

communicate at 4,000Mbps maximum (full-duplex 2000Mbps x 2). High-

throughput trunk(s) can boost the speed of data transfers between cascaded

hubs - something that has always been regarded as a bottleneck in any

network. On the FX-2116/2124TE, 1)1 trunk consisting of two

1000BASE-T ports and 2)up to 4/6 trunks each of which consisting of two

to eight 10/100BASE ports and can be configured.

1-7 Trunking

FX-2116/2124TE

Broadcast Domain

Although a collision domain is divided by each of the ports on the Switch, a

broadcast packet is still sent to all ports, regardless of collision domain

d i fferences. The portion of a network that receives a broadcast packet is

called a "broadcast domain". Normally, a router is used to divide one

broadcast domain into multiple domains.

1-6 Collision Domain and Broadcast Domain

Trunking

While the FX-2116TE/2124TE function as desktop switches, they can be

also mounted to any standard 19

rack as well. Before proceeding, please

take a minute to review the safety guidelines described in the Safety

Instructions above. Also, be sure to follow the additional guidelines below.

Do not place the product in a damp or wet location.

Always avoid dust and dirt.

Do not install the product in an area exposed to direct sunlight.

Allow some space between the product and the surroundings to facilitate

dissipation of heat generated inside the hub.

Warning:

An accumulation of dust or dirt on the sides of the product or in the air

vents on the rear panel may prevent sufficient heat dissipation. Periodically

inspect these sections of the product and remove any dirt by a vacuum

cleaner, etc.

Chapter 2

Installation

Environmental Requirements

FX-2116/2124TE

Note:

1. Use crossover cables to connect hubs via trunk(s). (Do not use straight-

through cables.)

2. Be sure to match ports in a trunk in increasing order.

Example: Port 1 and 2 in Trunk 1 of Hub A need to be linked to the

corresponding ports in Trunk 1 of Hub B.

Hub A Trunk 1 (Port 1,2) <-> Hub B Trunk 1 (Port 1,2)

--> Matching order: 1-1, 2-2

3. Even when two ports are assigned to a trunk, only one of them may be

actually in use if less than two devices are attached to the Switch. For

instance, only one of the two ports will be used if only one device is

attached to each of the

trunked two switches.

FX-2116/2124TE

Use an Enhanced Category 5 or Category 6 cable and follow the steps

below to connect one of the gigabit switch ports on the product to the

network adapter of your computer. The 1000BASE-T ports on the switches

support AutoMDI. (You may use either straight-through or cross-over

cables to connect workstations to the 1000BASE-T ports.)

1. Attach one end of the cable to one of the 1000BASE-T RJ-45 ports on the

product.

2. Attach the other end of the cable to the 1000BASE-T RJ-45 port on the

computer's network adapter.

3. If the network adapter supports Auto-Negotiation, an appropriate data

transfer rate/mode is automatically selected on both the adapter and the

switch itself.

2-1 Connecting a 1000Mbps Device to the Switch

Note:

An Enhanced Category 5 or Category 6 cable is required to attach a

1000BASE-T Gigabit Ethernet device to the product.

The maximum cable length for 1000BASE-T Gigabit Ethernet is 100m as

defined in IEEE802.3ab 1000BASE-T specification.

FX-2116/2124TE

The switches are rack-mountable and also support desktop usage.

Desktop Installation

1. Place the switch on a level surface.

Rack Mounting

1. Attach the supplied metal brackets to the sides of the switch using the

supplied screws.

2. Use the mounting screws (supplied with the rack) to mount the switch to

the rack.

1. Attach the supplied AC power cable to the power receptacle on the rear

panel.

2. Connect the other end of the AC cord to a wall outlet.

3. Verify that Diag LED on the front panel blinks and then Power LED

illuminates .

Installing the Switching Hub

Connect the Power Cable to the Switch

Connect Computers to the Switch via 1000BASE-T Port

FX-2116/2124TE

Use an Enhanced Category 5 or Category 6 cable and follow the steps

below to connect the switch port on the product to another hubr. The

1000BASE-T ports on the switches support AutoMDI. (You may use either

straight-through or cross-over cables to cascade the switch to another

1000BASE-T hub.)

1. Attach one end of the network cable to one of the 1000BASE-T RJ-45

ports on the product.

2. Connect the other end of the cable to one of the 1000BASE-T RJ-45 ports

on the other hub/switch.

3. If the additional hub/switch supports Auto-Negotiation, an appropriate

data transfer speed is automatically selected for the target port.

2-3 Cascading to Another 1000BASE-T Hub

Note:

An Enhanced Category 5 or Category 6 cable is required to attach a

1000BASE-T Gigabit Ethernet device to the product.

The maximum cable length for 1000BASE-T Gigabit Ethernet is 100m as

defined in IEEE802.3ab 1000BASE-T specification.

FX-2116/2124TE

1. Attach one end of a straight twisted-pair cable to any of the 16/24 RJ-45

ports on the product.

2. Attach the other end of the cable to the 100BASE-TX/10BASE-T RJ-45

port on the computer's network adapter.

3. If the network adapter supports Auto-Negotiation, an appropriate data

transfer rate/mode is automatically selected on both the adapter and the

switch itself.

2-2 Connecting a PC to the Switch

Note:

Cable length should not exceed 100 meters (328 feet), and cable type

must be Category 5 if you are using 100BASE-TX network card. If the

network card is for 10Mbps connection, you may use Category 3 or

greater.

Please see Appendix A or B should you experience any difficulties

establishing a valid connection.

Connect Computers to the Switch via RJ-45

Port

Cascad to an Additional Hub via 1000BASE-T Port

FX-2116/2124TE

About Uplink Port

An uplink port refers to a port whose internal pin connections are crossed to

provide connectivity for an additional hub via a straight cable.

The following table shows valid port/ cable type combinations. Please refer

to this table if you do not wish to use the uplink port or prefer to employ

non-standard port combinations.

Note:

Cable length should not exceed 100 meters (328 feet), and cable type

must be Category 5 if you are using 100BASE-TX network card. If the

network card is for 10Mbps connection, you may use Category 3 or

greater.

Please see Appendix A or B should you experience any difficulties

establishing a valid connection.

FX-2116/2124TE

1. Attach one end of a straight twisted-pair cable to the Uplink port of the

product.

When Uplink port is in use, Port 12 and Port 20 CANNOT be used.

2. Attach the other end of the cable to one of the 100BASE-TX/10BASE-T

RJ-45 ports on the other hub.

3. To cascade to two or more hubs, connect any of the remaining ports on

the FX-2116TE/2124TE (except Uplink port) to the uplink port on the

additional hub. If no uplink port is available on the other switch/hub, use

a cross-over cable to connect the two devices.

2-4 Cascading to Another Hub

Cascad to an Another Hub via RJ-45 Port

2423

FX-2116/2124TE

Chapter 3

Configuring the Switch via Console Port

This chapter describes how to set up a console (PC) to modify the system

configuration of the FX-2116TE/2124TE.

To use the console management interface, a VT100 compliant terminal or a

PC capable of running a standard terminal emulator (ex. Wi n d o w s

H y p e r Terminal) must be attached to the FX-2116TE/2124TE via the

supplied serial cable. Set the terminal parameters as follows:

19200 bps

8 Data Bits

No parity (Parity: None)

1 Stop Bit

Connecting a PC to the Switch

When the user accesses the switch, the following Main Menu screen will be

displayed. If this screen is not visible, press the Enter key.

24-P 10/100M + 2-P 1G [copper] switch

Configuration menu [ver:2.43]

[0] Speed/Duplex Setting

[1] Address Learn

[2] VLAN

[3] Queues Priority

[4] Trunk

[5] Uplink Port

[6] Monitor Port

[7] View Configuration

[8] Restore To Factory Default

Select :>>

[ver: *.**]

Indicates firmware version.

To move to any of the submenus, enter the number which corresponds to the

desired submenu.

Speed/Duplex Setting

Configures the communication speed and flow control setting on each port.

To select this option, type 0 at the main menu. (100BASE-T switch ports

only)

Speed/Duplex Setting

Which port ? (1 - 16/24 , E: Exi t , A: Select all ports) ...

1. Enter the number of the port you wish to configure and press Enter. To

configure Giga ports, enter 17 or 25 . To configure all ports, type a .

2. Enter the number which corresponds to the desired communication speed.

The following list will appear if you have selected a 10/100 port:

Speed/Duplex Setting

[1] Auto-negotiation

[2] 10 Half Duplex

[3] 10 Full Duplex

[4] 100 Half Duplex

[5] 100 Full Duplex

select: >>1

FX-2116/2124TE

Configuring the Switch

FX-2116/2124TE

Address Learn

This option controls aging time, a parameter associated with the automatic

MAC address learning feature of the products. MAC addresses that have

been automatically learned will be deleted from the address table as soon as

the time period specified as aging time elapses. Enter 1 at the main

menu.

Aging Control

[E] Enable

[D] Disable

Select :>>

1. Enter E to enable Aging Time, or D to disable it.

2. If you have selected E , you will be prompted to specify Aging Time.

Enter a value between 1 and 10 minutes.

Max address-aging timer

Max aging time (1-10 minutes) ...

FX-2116/2124TE

If you have selected a Giga port, the following list will appear:

[1] Auto-negotiation

[2] 10 Half Duplex

[3] 10 Full Duplex

[4] 100 Half Duplex

[5] 100 Full Duplex

[6] 1000 Half Duplex

[7] 1000 Full Duplex

For instance, you may enter a number between 1 and 7 in the case of a

gigabit port.

3. Enable or disable Flow Control now. Enter [y] to enable it, or [n] if you

wish to disable this feature.

Enable flow control ? [Y/N]

4. The Please Wait message appears. After a while, the main menu will

appear again.

FX-2116/2124TE

been added to any of the VLAN groups will be automatically added to a

group.

Queues Priority

Each port of the switches can be prioritized via this option. One of the eight

priority levels (0:lowest - 7:highest) can be assigned to each port. When

configured as Level 7 ports, Flow Control is automatically disabled on the

ports. Select 3 at the main menu.

Select :>>3

which port ? [ 1 - 16/24 , E : Exit ] ...

1. Enter the number of the port you wish to configure.

2. Enter a priority level (0-7).

3. After you have configured port priority, enter e (for Exit) and press Enter

to return to the main menu.

Trunk

Trunk, or Trunking refers to a technology which links two devices at a

maximum data transfer speed of 4,000Mbps (2,000Mbps full duplex x 2

when trunked via 1000BASE-T ports) via a trunk that consists of two to

eight ports. When one of the ports in a trunk fails, the remaining ports take

over the failed port to sustain the ongoing communication. This way, the

technology adds fault tolerance to the switches. Select 4 at the main menu.

FX-2116/2124TE

VLAN

You can configure the VLAN parameters of the products via this option.

The FX-2124TE supports up to 26 port-based VLAN groups, while the FX-

2116TE supports up to 18 groups. Enter 2 at the main menu.

VLAN Group 1, assigned ports >>

[S] Port Select

[D] Port Delete

[A] Select All Ports

[C] Save

[E] Exit

Select : >>

Follow the steps below to configure VLAN groups.

1. VLAN groups are configured in a sequential order starting with VLAN

Group 1. When the user enters the VLAN submenu, all ports have been

already assigned to VLAN Group 1.

2. To add ports to the current VLAN group, choose Port Select , enter the

number of the port you wish to add, and press Enter. To add all ports to

the current group, choose Select All Ports .

3. To remove any of the existing ports from the current VLAN group, select

Port Delete and enter the number of the port you wish to delete. Press

Enter.

4. After you have added or removed ports, select Save to save the new

VLAN group configuration. The next VLAN group will be displayed.

5. Repeat Steps 2 through 4 for each VLAN group you wish to configure.

After you have configured the groups, select Exit . Ports that have not

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