Cat 5e RJ45 Patch Cables, Cat 5e Cables, Category 5e Patch Cables @ Access Technologies Inc. supplying to Markham and Toronto Ontario Canada

Network Cables | Cat 5e (category 5e) Patch Cables

Cat 5e Patch Cables
Cat 5e 350Mhz patch cables easily handle bandwidth intensive applications and more.

Product Features:

Access Technologies UL/CSA certified Cat 5e patch cables meet all the TIA/EIA standards. Our enhanced Cat 5e patch cables are well constructed using Enhanced Cat 5e bulk cable, which consists of 4 unshielded twisted pairs, 24 AWG. stranded conductors, and a PVC jacket. We terminate the snag less molded booted Enhanced Cat 5e cables with short body RJ45 plugs, which are plated with 50 microns of gold plating per contact. Our molded, snagless boot prevents unwanted cable snags during installation/maintenance and provides extra strain-relief.

	Conductor: 4-pair 24 AWG Stranded Copper
	Connector: 50-micron gold plated RJ-45 Male to Male
	Molded, Snagless boot prevents unwanted cable snags
	Jacket: PVC
	Designed For: Network Interface Cards, Hubs, Switches, Routers, DSL/Cable Modems, Patch Panels and all other twisted-pair applications
	Wired: 568A Standard
	Meets or Exceeds Category 5e (Cat 5e) specifications
	Certifications: TIA/EIA; UL Listed

Cat 5e Grey Cable

Cat 5e Yellow Cable

Cat 5e Black Cable

Cat 5e White Cable

Cat 5e Red Cable

Cat 5e Orange Cable

Cat 5e Purple Cable

Cat 5e Patch Cables are available in the following colours:

	Blue Cat 5e Network Cable
	Grey Cat 5e Network Cable
	White Cat 5e Network Cable
	Red Cat 5e Network Cable
	Green Cat 5e Network Cable
	Yellow Cat 5e Network Cable
	Black Cat 5e Network Cable
	Orange Cat 5e Network Cable
	Purple Cat 5e Network Cable

Cat 5e Patch Cables are available in the following lengths:

	1 Foot Cat 5e Patch Cable		15 Foot Cat 5e Patch Cable
	2 Foot Cat 5e Patch Cable		20 Foot Cat 5e Patch Cable
	3 Foot Cat 5e Patch Cable		25 Foot Cat 5e Patch Cable
	4 Foot Cat 5e Patch Cable		30 Foot Cat 5e Patch Cable
	5 Foot Cat 5e Patch Cable		35 Foot Cat 5e Patch Cable
	6 Foot Cat 5e Patch Cable		50 Foot Cat 5e Patch Cable
	7 Foot Cat 5e Patch Cable		75 Foot Cat 5e Patch Cable
	10 Foot Cat 5e Patch Cable		100 Foot Cat 5e Patch Cable
	14 Foot Cat 5e Patch Cable

Information about Cat 5 and Cat 5e Patch Cables:

The need for more bandwidth and faster networks forced a new standard in Category cabling in the late 90's. The Category 5 standard was ratified and the new cable standard became 100MHz at 100Mbps. Cat 5 was short lived once Category 5 Enhanced (or Cat 5e) came along. Cat 5e patch cables are tested up to 350MHz at 1 Gbps.

Category 5 cable, commonly known as Cat 5, is an unshielded twisted pair type cable designed for high signal integrity. The actual standard defines specific electrical properties of the wire, but it is most commonly known as being rated for its Ethernet capability of 100 Mbit/s. Its specific standard designation is EIA/TIA-568. Cat 5 cable typically has three twists per inch of each twisted pair of 24 gauge copper wires within the cable. The twisting of the cable reduces electrical interference and crosstalk. Another important characteristic is that the wires are insulated with a plastic (FEP) that has low dispersion, that is, the dielectric constant of the plastic does not depend greatly on frequency. Special attention also has to be paid to minimizing impedance mismatches at connection points.

Cat 5 cables are often used in structured cabling for computer networks such as Fast Ethernet, although they are also used to carry many other signals such as basic voice services, token ring, and ATM (at up to 155 Mbit/s, over short distances).

Cat 5e cable is an enhanced version of Cat 5 for use with 1000BASE-T (gigabit) networks, or for long-distance 100 Base-T links (350 m, compared with 100 m for Cat 5). It must meet the EIA/TIA 568A-5 specification. Virtually all cables sold as Cat 5 are actually Cat 5e. The markings on the cable itself reveal the exact type.

How to Make a Category 5 / Cat 5e Patch Cable

568 - B Wiring

Pair #	Wire	Pin #
1 - White / Blue	White / Blue	5
1 - White / Blue	Blue / White	4
2 - White / Orange	White / Orange	1
2 - White / Orange	Orange / White	2
3 - White / Green	White / Green	3
3 - White / Green	Green / White	6
4 - White / Brown	White / Brown	7
4 - White / Brown	Brown / White	8

568 - A Wiring

Pair #	Wire	Pin #
1 - White / Blue	White / Blue	5
1 - White / Blue	Blue / White	4
2 - White / Green	White / Green	1
2 - White / Green	Green / White	2
3 - White / Orange	White / Orange	3
3 - White / Orange	Orange / White	6
4 - White / Brown	White / Brown	7
4 - White / Brown	Brown / White	8

Notes for wiring diagrams above:

1. For patch cables, 568-B wiring is by far, the most common method.
2. There is no difference in connectivity between 568B and 568A cables. Either wiring should work fine on any system.
3. For a straight through cable, wire both ends identical.
4. For a crossover cable, wire one end 568A and the other end 568B.
5. Do not confuse pair numbers with pin numbers. A pair number is used for reference only (eg: 10BaseT Ethernet uses pairs 2 & 3). The pin numbers indicate actual physical locations on the plug and jack.

Patch Cable Assembly Instructions

1	Skin off the cable jacket approximately 1" or slightly more.
2	Un-twist each pair, and straighten each wire between the fingers.
3	Place the wires in the order of one of the two diagrams shown above (568B or 568A). Bring all of the wires together, until they touch.
4	At this point, recheck the wiring sequence with the diagram.
5	Optional: Make a mark on the wires at 1/2" from the end of the cable jacket.
6	Hold the grouped (and sorted) wires together tightly, between the thumb, and the forefinger.
7	Cut all of the wires at a perfect 90 degree angle from the cable at 1/2" from the end of the cable jacket. This is a very critical step. If the wires are not cut straight, they may not all make contact. We suggest using a pair of scissors for this purpose.
8	Conductors should be at a straight 90 degree angle, and be 1/2" long, prior to insertion into the connector.
9	Insert the wires into the connector (pins facing up).
10	Push moderately hard to assure that all of the wires have reached the end of the connector. Be sure that the cable jacket goes into the back of the connector by about 3/16".
11	Place the connector into a crimp tool, and squeeze hard so that the handle reaches it's full swing.
12	Repeat the process on the other end. For a straight through cable, use the same wiring. For a "crossover" cable, wire one end 568A, and the other end 568B.
13	Use a cable tester to test for proper continuity.

Notes Regarding Making Category 5 Patch Cable

1) The RJ-45 plugs are normally made for either solid conductors or stranded conductors. It is very important to be sure that the plug that you use matches the conductor type. It is extremely difficult to tell the difference between the two by looking at them. When you buy these plugs, be sure to categorize, and store them carefully. Using the wrong type can cause intermittent problems.

2) Ordinarily, it would be taboo to untwist the pairs of any category 5 cable. The one exception to this rule is when crimping on RJ-45 plugs. It would be impossible to insert the wires into the channels without first untwisting and straightening them. Be sure not to extend the un-twisting, past the skin point. If you do it properly, you will wind up with no more than 1/2" of untwisted conductors (up to 1/2" of untwist meets the cat 5 specification).

3) If the completed assembly does not pass continuity, you may have a problem in one, or both ends. First try giving each end another crimp. If that does not work, then carefully examine each end. Are the wires in the proper order? Do all of the wires fully extend to the end of the connector? Are all of the pins pushed down fully. Cut off the suspected bad connector, and re-terminate it. If you still have a problem, then repeat the process, this time giving more scrutiny to the end that was not replaced.

4) It is good to be prepared to make your own patch cables. There may be many instances where you may fall short on supply, and making a cable will surely get you out of a jam. However, there comes a point where the practicality curve will lead you to factory made cables. Making several cables can be very labor intense. Factory made cables typically have better tolerances, and consequently have better quality than field made cables.