Gigabit Copper

Oct 08
2010

IBM Nortel Layer 2 3 Copper GigaBit Switch Module 1Gbps 6 Ports 26K653
IBM Nortel Layer 2 3 Copper GigaBit Switch Module 1Gbps 6 Ports 26K653
$206.95
Time Remaining: 25d 17h 55m
Buy It Now for only: $206.95

Juniper JXE 1GE TX S 1 Port Gigabit Ethernet 10 100 1000 Copper Enhanced PIM
Juniper JXE 1GE TX S 1 Port Gigabit Ethernet 10 100 1000 Copper Enhanced PIM
$550.00
Time Remaining: 26d 10h 37m
Buy It Now for only: $550.00

Net Optics GigaBit Copper Regeneration Tap RGN GCU IL4
Net Optics GigaBit Copper Regeneration Tap RGN GCU IL4
$1,599.00
Time Remaining: 28d 15h 59m
Buy It Now for only: $1,599.00

Allied Telesis Inc At a46 Single Port 10 100 1000t Copper Gigabit Module For
Allied Telesis Inc At a46 Single Port 10 100 1000t Copper Gigabit Module For
$53.48
Time Remaining: 7d 3h 49m
Buy It Now for only: $53.48

IMC 855 10730 MINIMC GIGABIT TX SX MM850 SC 300M 1000MB COPPER 1000MB FIBER
IMC 855 10730 MINIMC GIGABIT TX SX MM850 SC 300M 1000MB COPPER 1000MB FIBER
$210.21
Time Remaining: 9d 6h 55m
Buy It Now for only: $210.21

IMC 855 10730 MINIMC GIGABIT TX SX MM850 SC 300M 1000MB COPPER 1000MB FIBER
IMC 855 10730 MINIMC GIGABIT TX SX MM850 SC 300M 1000MB COPPER 1000MB FIBER
$210.21
Time Remaining: 5d 13h 5m
Buy It Now for only: $210.21

Gigabit Copper
Gigabit Copper

When Should I Upgrade to Cat-6 Cable?

Upgrading to Cat-6, or to give it its full name, Category-6 cable, is generally done in computer networking when all of the components used are rated at higher speeds and will therefore require the increased bandwidth that this particular cabling can provide.

What is Cat-6 Cable?

Consisting of pairs of copper wires that are twisted together much like other cables, Cat-6 cable is used for transmitting data at high speeds. The gauge of the copper wire used may be anywhere from 22 to 24; provided that cable meets all of the usual testing standards although, you will find that the medium size of 23 is the favoured gauge. And, the category of Cat-6 cabling will be indicated in small print on the sheath of the cable itself, making it simple to tell one type from another.

Cat-6 cable is ideal for a variety of networking needs and suitable for the following:

- 10base-T
- 100base-TX (Fast Ethernet)
- 1000base-T/1000BASE-TX (Gigabit Ethernet)
- 10Gbase-T (10-Gigabit Ethernet)

Benefits of Using Cat-6 Cable

The main benefit of using Cat-6 cable is having guaranteed capabilities of at least 200MHz and a maximum of 250MHz, which is becoming more and more of an essential quality in this day and age, with users streaming numerous media applications concurrently, all of which have a tendency to stretch the limits of Cat-5e cabling.

Although increased bandwidth is usually the first benefit of Cat-6 cable that comes to mind, albeit a rather important one, there are still several others to consider that enhance performance in comparison to its predecessors Cat-5 and Cat-5e cables, such as far more stringent specification standards.

Both NEXT (near-end cross talk) and FEXT (far-end cross talk) have been improved with Cat-6 cable thanks to more twists in the wires which reduces system noise and the number of retransmissions and errors. Cat-6 cable is also backwards compatible, meaning it can be used successfully with previous cable standards.

Upgrading to Cat-6 Cable

All too often computer users and network administrators make the common mistake of believing that upgrading to Cat-6 cable will instantly improve transmission performance, erroneously thinking that the upgrade will provide them with an all gigabit Ethernet.

A gigabit Ethernet, which is the protocol used in LANs (local area networks), provides a transmission data rate of one gigabit, or one billion bits, per second. All of the components used, not just the cable to connect everything together, must be capable of sending and receiving data at up to one billion bits a second in order to be a true gigabit network. Even if one component does not have these capabilities, the entire network may suffer as a result.

Once you are certain that every single component in your network is gigabit certified, you can then upgrade to Cat-6 cable if so desired. The components in your gigabit certified network will include peripherals such as routers, hubs, switches, patch panels, and NICs (network interface cards).

Remember that if cost is a concern, a high quality Cat-5e cable can be capable of running near or even at gigabit speeds but cannot be certified or guaranteed as such.

About the Author

Derek Rogers is a freelance writer who writes for a number of UK businesses. For information on
Structured Cabling
, he recommends Network 24.

What Should I Upgrade on my computer?

Hi everyone,

My computer seem to be slowing up on games these days :( I was wondering if anyone could help me by letting me know what I should upgrade. I'm no Tech head sadly, but would like to spend as little as possible (if possible) in upgrading it to run games more smoothly

<<< System Summary >>>
Mainboard : Asus P5NSLI
Chipset : nVidia nForce4 SLI Intel Edition
Processor : Intel Core 2 Duo E6600 @ 2400 MHz
Physical Memory : 2048 MB (2 x 1024 DDR2-SDRAM )
Video Card : NVIDIA GeForce 7950 GT
Hard Disk : Maxtor (300 GB)
DVD-Rom Drive : SONY DVD-ROM DDU1615
DVD-Rom Drive : SONY DVD RW AW-G170A
Monitor Type : ViewSonic VX922 - 19 inches
Network Card : MV88SE614x PCIe to SATA2 controller Yukon 88E8001/8003/8010 PCI Gigabit Ethernet Controller (Copper)
Operating System : Microsoft Windows XP Professional 5.01.2600 Service Pack 3
DirectX : Version 9.0c

Any help would be greatly appreciated

Thanks :)

Hi,
The first thing I'd do is update the DirectX , I believe version 10.0 is out.
The second is add some more memory, your m/b supports up to 16 gig, but if you are running xp pro 32 bit on your system don't add more than 4 gig (32 bit systems only recognize 3.25 gig).
And lastly I would look at a different video card. But be careful not to overload the power supply. If you are running a computer that was prebuilt and fairly cheap, then they usually put the smallest p/s in that will work. You can google "psu calculator" and get a calculator that you input all your hardware on and it will recommend a minimum wattage to run.
Hope this helps.

Fluke Networks Etherscope Network Assistant Health Audit

Comments are closed.