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1.12 Cat 5 Wiring
If you plan to connect between buildings with different power sources, or go beyond 300 feet, you should consider using fiberoptic line with a media converter at each end. -- by DTVtech Hold a cable as if to plug it into a wall jack, the locking tab down (contacts facing you). The contacts are numbered 1-8 from left to right. Here's what you will see: EIA/TIA-568A: Pin 1: White/Green Pin 2: Green/White (or just plain Green) Pin 3: White/Orange Pin 4: Blue/White (or just plain Blue) Pin 5: White/Blue Pin 6: Orange/White (or just plain Orange) Pin 7: White/Brown Pin 8: Brown/White (or just plain Brown) EIA/TIA-568B: Pin 1: White/Orange Pin 2: Orange/White (or just plain Orange) Pin 3: White/Green Pin 4: Blue/White (or just plain Blue) Pin 5: White/Blue Pin 6: Green/White (or just plain Green) Pin 7: White/Brown Pin 8: Brown/White (or just plain Brown) 568A and 568B may be used interchangeably in a system SO LONG AS both ends of a given cable are terminated the same way. -- by DTVtech
In general, you are better off using one cable of the right length than joining several together. -- by DTVtech -- by DTVtech Another cause of bad crimp connections is using the wrong crimping tool for a given brand of connector. In particular, many AMP brand connectors have the strain reliefs located in a different position than most. Using a standard tool with these plugs will damage the plug. Ensure that the wires when cut are of equal length and pushed all the way up into the plug so the copper is flush at the top. -- Added by an anonymous member: Solid CAT5 wire which is cheaper and used to span any appreciable distance must use IDC (Insulation Displacement Connectors) using a punchdown tool at the patch panel or jack. Solid wire is also much more efficient at transmitting data. Stranded CAT5 wire must use IPC (Insulation Peircing Connectors) and is used for the short distance from patch panel to network switch or device or computer, thus the term 'patch cable'. Therefore, solid wire IDC terminations should always result in an impact tool IDC connection in a CAT5 JACK. Stranded wire IPC terminations should always result in a compression IPC connection in a CAT5 PLUG. The length of untwisted pair may not exceed one half inch at the plug, and twist should be maintained all the way to connection point on the jack. Solid wire connections, once installed, should never be disturbed. Ensure that the outer jacket of the UTP cable is crimped within the RJ45 plug to provide strain relief. by DTVtech and outkast7621
Solid CAT5 wire which is cheaper and used to span any appreciable distance
must use IDC (insulation Displacement connectors)using a punchdown tool,
at the patch panel,or jack. Solid wire is also much more efficient at transmitting data.
Stranded CAT5 wire must use IPC (insulation Peircing connectors)
and is used for the short distance from patch panel to netwok switch or
device or computer, thus the term (patch cable).
Therefore, solid wire IDC terminations should always result in a impact tool
IDC connection in a CAT5 JACK. Stranded wire IPC terminations should always
result in a compression IPC connection in a CAT5 PLUG. The length of untwisted
pair may not exceed one half inch at the plug, and twist should be mantained
all the way to connection point on the jack. Solid wire connections, once
installed, should never be disturbed. Make sure the outer jacket of the
UTP cable is crimped within the RJ45 plug to provide strain relief.
2009-03-13 20:11:54 The second post is not correct that "Stranded CAT5 wire must use IPC". Patch panels have IDC (not IPC) terminals and these are almost always Universal IDC - that is they are specified for use with either solid OR stranded core.
Plugs are another matter. As the first post rightly says, plugs with a single blade will just cut into a solid core instead of pushing between strands. The harder you press on the crimp tool the more likely you are to damage the wire. 2009-08-25 21:07:15 by KeysCapt Do boots keep dust out? Possibly, but a jack with a plug in it shouldn't be getting stuff in there anyway... it's the empty jacks that collect lint. -- by DTVtech
-- by DTVtech
by KeysCapt To preserve these qualities, it is important to maintain the twist when installing connectors, right up to the point of termination. You shouldn't untwist more than about a half an inch of wire. And when you install the cable, take care not to pull it tightly or make sharp bends, as those will disrupt the pairs' integrity. -- by DTVtech
by KeysCapt 110 blocks are newer and are preferable for computer work: for one thing, they make it easier to preserve the twist in each pair right up to the point of connection. Most Category 5 jacks also use type 110 terminals for connecting to the wire. A traditional impact punchdown tool with interchangeable bits like a Harris/Dracon will cost about $75 and can punch either 66 or 110 blocks (or any number of other types). Less expensive impact tools without interchangeable bits run about $25. Both kinds of impact tools both connect and trim the wire to the correct length. For a couple of bucks you can get a plastic tool for 110 blocks that might get you by for a few connections, but it won't trim the wire. Personally, I would stick with an impact tool. -- by DTVtech
By NickNielsen ---------------- Member Comment:
by KeysCapt by brianhn1 To identify a cross-over ethernet cable, hold one end as if to plug it into a wall jack, the locking tab down (contacts facing you). The contacts are numbered 1-8 from left to right. One end will have a different color sequence to the other. A crossover cable, like a straight through cable, works both ways. Using the 568B standard, the wiring sequence for ONE end (that may be labeled T-568B): PIN 1 - White/orange PIN 2 - orange PIN 3 - white/green PIN 4 - blue PIN 5 - white/blue PIN 6 - green PIN 7 - white/brown PIN 8 - brown The for the OTHER end (that may be labeled T-568A): PIN 1 - White/green PIN 2 - green PIN 3 - white/orange PIN 4 - white/brown PIN 5 - brown PIN 6 - orange PIN 7 - blue PIN 8 - white/blue If both ends have the same color sequence (usually T-568A, but it doesn't really matter), it is a straight-through cable.
or just try it if it works its a straight through and if it doesn't its a crossover cable. 2011-05-16 21:51:46 Also read About DSL for lots more information | ||||||||||||||
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