Installing an ethernet switch, Reading an ethernet switch’s led display, Installation – Linksys EF4124 User Manual

Page 6: Rack mounting an ethernet switch, Connecting nodes to an ethernet switch, Connecting pcs, Powering on an ethernet switch

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Chapter 2

Installation

3

EtherFast® 16-Port and 24-Port 10/100 Ethernet Switches

Installing an Ethernet Switch

Rack Mounting an Ethernet Switch

Each Ethernet Switch is equipped with three mounting

holes on each side for rack mounting in a standard rack.

After screwing a mounting bracket into each side of an

Ethernet Switch, lift the Switch into your rack and secure

the brackets in place with additional screws (not supplied

by Linksys).

Connecting Nodes to an Ethernet Switch

An Ethernet Switch’s front panel has 16 or 24 standard RJ-

45 ports, depending upon the model, which can connect to

workstations, file servers, print servers, and other network

peripherals. Each port automatically detects port speed

and can operate in either half or full duplex mode. With

duplex detection, you can run speeds of 10Mbps, 20Mbps,

100Mbps, up to a maximum of 200Mbps.
Each cable connected to an Ethernet Switch must be a

UTP Category 5 ethernet network cable with RJ-45 tips,

and must not exceed 100 meters (328 feet) in length.

Ready-to-use network cabling with precrimped ends

are available at most computer retail stores.Automatic

Configuration - DHCP

Connecting PCs

Connect your PCs to an Ethernet Switch’s ports with

straight-through UTP Category 5 cabling. Plug the other

end of the Cat 5 cable into your PC’s network adapter.

Connecting to Other Switches, Hubs, Bridges and

Repeaters

Each port on an Ethernet Switch can also be used to uplink

to another switch, hub, bridge or repeater, serving as an

uplink port. These ports will automatically detect what

kind of cable is connected, either cross-over or straight-

through, and adjust for that cable.

Powering On an Ethernet Switch

Plug in an Ethernet Switch’s AC power cable. The Switch

will first run a diagnostic Self-Test, which just takes a

few seconds. After the test, the Power LED will light up

to indicate that the unit is powered on. As each node is

powered on, the corresponding port’s Link/Activity (Link/

Act) LED will light up.
When data is transmitted or received, the Link/Act LEDs

will flicker.

Reading an Ethernet Switch’s LED Display

LED Display

An Ethernet Switch’s LED Display has a Power LED to

indicate when the unit is ON. There are two LEDs per

port: the Link/Activity (Link/Act) LED and the Full Duplex/

Collision (FDX/Col) LED. (An example of the LEDs is shown

above. The LEDs on the switch you purchased may vary

slightly.) See the chart below to find out what the status

of each LED denotes.

Front Panel LED Displays

LEDs

Network Status

LEDs

Color

Status

Link/Act

Green

Solid light

Connection

Established

Blinking light Transmitting/

Receiving

FDX/Col

Yellow

Solid light

Full duplex

transfer mode

Blinking light Collision

Power

Green

Solid light

Displays power

status

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