5 Important Things You Need To Know About Cat6a Riser cable

When it comes to data center networking, Cat6a Riser Cable is one of the most in-demand cables. The rationale is simple: Bulk Cat6a Riser offers 10Gbps data transfer over a distance of 100 meters and is compatible with all applications. Furthermore, using Bulk Cat6a Riser will ensure that your network is future-proofed for a long time.

The Cat6a Riser Cable has five crucial features that you should be aware of.

High Data Transfer Rates & Bandwidth Capacities

As previously stated, the Cat6a Riser Copper can provide 10Gbps data transmission speeds over a distance of 100 meters (328 feet). It has a bandwidth capacity of 750MHz and can maintain signal strength over a long distance, which lowers attenuation. All industry standards are met, including FCC, CE, CSA, ISO/IES, and RoHS.

Riser Spaces Installation

Because Cat6a Riser Pure Copper is a riser-rated cable, it is intended for use in constructing riser/vertical areas. Its thick layer acts as a fire retardant and slows the spread of flames. Remember that, after the CMP rating, the riser rating is the second-best rating for cable jackets. The riser-rated cables are so thin that they can even be used in outdoor installations to replace PVC-rated wires.

Pure Copper vs CCA

Pure copper conductors and copper-clad aluminum conductors are also available in the Cat6a Riser Cable. To boost signal strength and provide greater crosstalk protection, these 8 conductors are bundled together in the form of four twisted pairs. It is preferable to use a Cat6a Riser Copper cable over a CCA cable. Pure copper wires sustain signal strength over extended distances and deliver excellent results. In addition, the pure copper cable outperforms the competition in every way. When it comes to the cost of the two types of cables, pure copper cables are more expensive than CCA cables. But what’s a few extra dollars if it means complete peace of mind?

Shielded vs Unshielded 

The Cat6a Riser Pure Copper cable, like all other ethernet cables, is available in STP and UTP versions.

Shielded twisted pair is an acronym for shielded twisted pair. The STP marking on Ethernet cables adds an extra layer of protection against crosstalk and EMI. Copper braid jackets or foil sheets wrapped around the twisted pairs provide this added layer of protection.

Unshielded twisted pair (UTP) is an acronym for unshielded twisted pair. Ethernet cables with the UTP designation do not have an additional layer of security.

The question now is which of the two you should use for networking. Allow us to assist you. If you’re going to put cables in a difficult environment [where there’s a lot of EMI or crosstalk], you’ll want to use STP cables. If you’re going to install a Bulk Cat6a Riser cable in an area with little or no crosstalk or EMI, UTP cables are the way to go. It’s worth mentioning that STP cables are slightly more expensive than UTP cables.

Future-proof your Network

Technology is evolving at a breakneck speed. Things that were introduced a decade ago are no longer relevant. The ethernet cables are in the same boat. Installing a Cat6a Riser Cable will provide you more room for future improvements. In addition, when compared to wireless networks, wired networking is far more stable and secure.

Cat6a cables easily meet the needs of all existing applications due to their extraordinarily high data transfer rates. These cables also offer great protection against a variety of interferences while maintaining high network performance. As a result, for your network demands, you should always choose Cat6a Riser Copper.