Cat 6 vs Cat 6a Patch Panel

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We can see “cat6a” here

Cat6A might be an unusual Ethernet design in some areas. These design differences can be seen as qualitative and indirect performance differences. Cat6A has a maximum bandwidth limit of 500 MHz. It is twice the bandwidth of Cat6A and has important consequences. Cat6A is capable of maintaining 10 Gbps data rates up to 100m. This is almost twice the difference between Cat6.

Crosstalk mitigation is also improved by Cat6A. The planning has two more twists than Cat6A and includes additional insulation around copper wires. This allows for a remarkable improvement in the reduction of alien crosstalk between completely separate data cables. These advancements are further enhanced by shielded Cat6A.

However, crosstalk reduction comes at a cost. Cat6A is 40 to 50 percent thicker than Cat6A and weighs in at between 40 and 50% more. You would also expect that the technically more capable cable will be more expensive.

How to use Cat6a Patch Panels for Network Cabling

The Cat6a patch panel is a copper panel that has played a key role in the 10 Gigabit Ethernet network connection. It was used in widespread deployments of Ethernet network cables. We must be able to understand how to terminate the Cat6a panel.

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A Review of the Cat6a Patch Panel

Cat6a patch panels, an upgraded version of Cat6 patch panels, are also a mounted hardware assembly that contains ports for attaching and managing the outgoing and incoming copper cables. It supports different Cat6a cables as well as older Cat6a cable generations. If you want to know more about Cat6 and Cat6a patch panels, please refer to the article Cat6 Patch Panel Vs Cat6a: Differences and Uses.

There will be subbranches for different components of the Cat6a patch panel version. If you have ports set on a different basis, for example, there will be Cat6a panel 12 ports and Cat6a panel 24 ports respectively, and Cat6a panel 48 ports.

The Cat6a shielded and unshielded Cat6a patch panels are both available for planning in high-EMI (Electro-Magnetic Interference). There are many options for connecting. Choose from a Cat6a punch-down or feed-through version.

How to Install Cat6a Panel

A summary of the Cat6a version patch panel will help you prepare for the Cat6a patch panel. There are many types of these cable organizers on the market, as we mentioned in the previous part. There are also different designs available for different wiring methods. The main difference in installing is between a punch-down Cat6a patch panel and a feed-through Cat6a version.

Punch Down Cat6a Panel

The punch-down type has RJ45 ports on its front plate to connect Ethernet cables directly. On its rear side, the plate module has color markings to punch down Ethernet cables. You’ll need to follow these steps if you have a Cat6a patch panel Cat6a version.

Also see: cat6 cable

  • With a cable stripper, remove about 3 to 6 inches of the outer jacket from each cable.
  • Second, separate cable wires. You will find four exposed twisted pairs of wires after removing the outer jacket. Each team should be separated into two separate wires.
  • Third, place all cable wires in the slots on the patch panel. In case of signal weakening, please make sure wires are not exposed too much or twisted.
  • Fourth, terminate each wire. To depress each wire, use a 110 punch-down to cut any excess wire.
  • Fifth, you will write information on labels if required. For example, you might mark terminated incoming cables by attaching a tag at the point the line originates.
  • Sixth, inspect the wire. To verify that all cables have been completed correctly, you will need to terminate them.

Feedthrough Cat6a Panel

The installation of the feed-through Cat6a panel will be easier than a punch-down type. The front and rear plates of the feed-through patch panel Cat6a versions are both equipped with RJ45 ports. This allows you to insert all cables directly into the slots. Next, follow the steps for a feed-through Cat6a panel.

  • Hold the patch panel drawer at the top of the rack layer that you wish to line, and then push it forward.
  • The second step is to attach the patch panel assembly onto the rack using good machine screws.
  • The third step is to insert the cables one at a time into each matching port. Next, secure the wires with a strap.
  • It’s optional. You can also write information on labels to identify yourself, similar to the punch-through type.
  • Fifth, continue to inspect the network environments to ensure security.

Specifications for Cat6a Cables:

Frequency500 MHz
Standard Bandwidth500 MHz (up to 555)
Max Data Rate10Gbps
ShieldingUTP or STP
Characteristic Impedance
Attenuation (min. Attenuation (min.
NEXT (min. NEXT (min.27.9 dB
PS-NEXT (min. PS-NEXT (min.
EL-FEXT (min. EL-FEXT (min.9.3 dB
PS-ANEXT (min. PS-ANEXT (min.49.5 dB
PS-AELFEXT (min. PS-AELFEXT (min.23.0 dB
Return Loss (min. Return Loss (min.8.0 dB
Maximum Delay Skew per 100m)
Networks Supported10GBASE