IT tutorials
 
Windows
 

Windows 8 : Creating a Windows Network - Installing Network Wiring (part 1) - General Cabling Tips

- Free product key for windows 10
- Free Product Key for Microsoft office 365
- Malwarebytes Premium 3.7.1 Serial Keys (LifeTime) 2019
2/19/2014 8:03:24 PM

When your network adapters are installed, the next step is to get your computers connected. Installing wiring can be the most difficult task of setting up a network. How you proceed depends on the type of networking adapters you have:

• If you’re using wireless adapters, of course, you don’t need to worry about wiring. Lucky you.

• If you’re using phoneline networking, plug a standard modular telephone cable into each phoneline network adapter and connect them to the appropriate wall jacks. The adapter must be plugged directly into the wall jack, and then additional devices such as modems, telephones, and answering machines can be connected to the adapter. Remember that each of the phone jacks must be wired to the same telephone line.

• If you’re using a powerline networking adapter, follow the manufacturer’s installation instructions. If you’re using a powerline bridge, plug the bridge into a wall socket and connect it to your computer or other networked device with a CAT-5 patch cable. Follow the manufacturer’s instructions for configuring the adapter’s security features. You should enable encryption if it’s available.

If you’re using wired Ethernet adapters, you need to decide how to route your wiring and what type of cables to use. The remainder of this section discusses Ethernet wiring.

Cabling for Ethernet Networks

If your computers are close together, you can use prebuilt patch cables to connect your computers to a switch or router. (The term patch cable originated in the telephone industry—in the old days, switchboard operators used patch cables to connect, or “patch,” one phone circuit to another.) You can run these cables through the habitable area of your home or office by routing them behind furniture, around partitions, and so on. Just don’t put them where they’ll be crushed, walked on, tripped over, run over by desk chair wheels, or chewed by pets.


Tip

As you install each network card and plug in the cables, you should see a green light turn on at the switch or router, and at the network adapter. These lights indicate that the network wiring is correct.


If the cables need to run through walls or stretch long distances, you should consider having them installed inside the walls with plug-in jacks, just like your telephone wiring. We discuss this topic later in this section. Hardware stores sell special cable covers that you can use if you need to run a cable where it’s exposed to foot traffic, as well as covers for wires that need to run up walls or over doorways.


Switch Lights Do Not Come On

If one or more UTP switch link lights do not come on when the associated computers are connected, the problem lies in one of the cables between the computer and the switch. Which one is it? To find out, do the following:

1. Move the computer right next to the switch. You can leave the keyboard, mouse, and monitor behind. Just plug in the computer, turn it on, and use a commercially manufactured or known-to-be-working patch cable to connect the computer to the switch. If the light doesn’t come on regardless of which switch connection socket you use, you probably have a bad network card.

2. If you were using any patch cables when you first tried to get the computer connected, test them using the same computer and switch socket. This trick might identify a bad cable.

3. If the LAN card, switch, and patch cables are all working, the problem is in whatever is left, which would be your in-wall wiring. Check the connectors for proper crimping and check that the wire pairs are correctly wired end to end. You might need to use a cable analyzer if you can’t spot the problem by eye. These devices cost about $75. You connect a “transmitter” box to one end of your cabling, and a “receiver” to the other. The receiver has four LEDs that blink in a 1-2-3-4 sequence if your wiring is correct.

General Cabling Tips

You can determine how much cable you need by measuring the distance between computers and your switch location(s). Remember to account for vertical distances, too, where cables run from the floor up to a desktop, or go up and over a partition or wall.

Keep in mind the following points:

• We refer to “CAT-5” here, but if you’re using 1000Mbps Ethernet, you must use CAT-5E or CAT-6 cable and connectors.

• Existing household telephone wire probably won’t work. If the wires inside the cable jacket are red, green, black, and yellow: no way. The jacket must have CAT-5 (or higher) printed on it. It must have color-matched twisted pairs of wires; usually each pair has one wire in a solid color and the other white with colored stripes.

• You must use CAT-5-quality wiring and components throughout, and not just the cables. Any jacks, plugs, connectors, terminal blocks, patch cables, and so on also must be CAT-5 certified.


Caution

If you need to run cables through the ceiling space of an office building, you should check with your building management to see whether the ceiling is listed as a plenum or air-conditioning air return. You might be required by law to use certified plenum cable and follow all applicable electrical codes. Plenum cable is formulated not to emit toxic smoke in a fire.


• If you’re installing in-wall wiring, follow professional CAT-5 wiring practices throughout. Be sure not to untwist more than half an inch of any pair of wires when attaching cables to connectors. Don’t solder or splice the wires.

• When you’re installing cables, be gentle. Don’t pull, kink, or stretch them. Don’t bend them sharply around corners; you should allow at least a 1-inch radius for bends. To attach cables to a wall or baseboard, use only special cable staples or rigid cable clips that don’t squeeze the cable, as shown in Figure 1. Your local electronics store or hardware store can sell you the right kind of clips.

Image

Figure 1. Use rigid cable clips or staples that don’t squeeze the cable if you nail it to a wall or baseboard.

• Keep network cables away from AC power wiring and away from electrically noisy devices such as arc welders, diathermy machines, and the like. (I’ve never actually seen a diathermy machine, but I hear they’re trouble.)


 
Others
 
- Windows 8 : Creating a Windows Network - Installing Network Adapters
- Windows 8 : Creating a Windows Network - Additional Networking Functions
- Windows 8 : Creating a Windows Network - Choosing a Network and Cabling System (part 3) - Phoneline and Powerline Networking
- Windows 8 : Creating a Windows Network - Choosing a Network and Cabling System (part 2) - 802.11n and 802.11g Wireless Networking
- Windows 8 : Creating a Windows Network - Choosing a Network and Cabling System (part 1)
- Windows 8 : Creating a Windows Network - Planning Your Network
- Windows 7 : Hardware and Software Compatibility (part 6) - Windows Virtual PC and XP Mode - Taking It to the Next Level: Windows XP Mode
- Windows 7 : Hardware and Software Compatibility (part 5) - Windows Virtual PC and XP Mode - Understanding Windows Virtual PC
- Windows 7 : Hardware and Software Compatibility (part 4) - Dealing with Software Incompatibility - Compatibility Mode
- Windows 7 : Hardware and Software Compatibility (part 3) - Understanding Windows 7 Compatibility Issues
 
 
Top 10
 
- Microsoft Visio 2013 : Adding Structure to Your Diagrams - Finding containers and lists in Visio (part 2) - Wireframes,Legends
- Microsoft Visio 2013 : Adding Structure to Your Diagrams - Finding containers and lists in Visio (part 1) - Swimlanes
- Microsoft Visio 2013 : Adding Structure to Your Diagrams - Formatting and sizing lists
- Microsoft Visio 2013 : Adding Structure to Your Diagrams - Adding shapes to lists
- Microsoft Visio 2013 : Adding Structure to Your Diagrams - Sizing containers
- Microsoft Access 2010 : Control Properties and Why to Use Them (part 3) - The Other Properties of a Control
- Microsoft Access 2010 : Control Properties and Why to Use Them (part 2) - The Data Properties of a Control
- Microsoft Access 2010 : Control Properties and Why to Use Them (part 1) - The Format Properties of a Control
- Microsoft Access 2010 : Form Properties and Why Should You Use Them - Working with the Properties Window
- Microsoft Visio 2013 : Using the Organization Chart Wizard with new data
Technology FAQ
- Is possible to just to use a wireless router to extend wireless access to wireless access points?
- Ruby - Insert Struct to MySql
- how to find my Symantec pcAnywhere serial number
- About direct X / Open GL issue
- How to determine eclipse version?
- What SAN cert Exchange 2010 for UM, OA?
- How do I populate a SQL Express table from Excel file?
- code for express check out with Paypal.
- Problem with Templated User Control
- ShellExecute SW_HIDE
programming4us programming4us