Cat6a Riser Cable is one of the most popular cables in networking in data centers. The reason is that Bulk Cat6a Riser transfers data at 10Gbps over 100 meters. It is also compatible with every application. Additionally, installing Bulk Cat6a Riser will ensure that your network’s future lasts for years.
Here are five essential things you need to know about Cat6a Riser Cable.
High Data Transfer Rates & Bandwidth Capacities
As we have mentioned earlier, the Cat6a Riser Copper can support data transfer speeds of 10Gbps across a distance of 100m or 328ft. It has a bandwidth of 750MHz, and significantly reduces the amount of attenuation because it can keep signal strength intact across a large distance. It complies with industry standards, including FCC, CE, CSA ISO/IES, RoHS.
Riser Spaces Installation
Because Cat6a Riser Pure Copper is a riser-rated cable, it’s intended to install vertical and riser spaces of structures. The thick layer is fire-resistant and slows fire spread. Be aware that this riser rating is the 2nd highest rating for jackets of cable, following the CMP rating. The cables with a riser rating are so good that you could even make them a substitute for PVC rating cables for outdoor installations.
Pure Copper vs. CCA
The Cat6a Riser Cable comes in both pure copper conductors and copper-clad aluminum conductors. The eight conductors are joined together into four twisted pairs, which improve signal strength and protect against crosstalk. It is a Cat6a Riser Copper cable that is superior to CCA cables. CCA cable.
Pure copper cables preserve the signal strength over longer distances and deliver top performance. Additionally, pure copper cables are superior in all aspects of quality. In terms of prices, both types of cables are in question. Pure copper cables will come with higher prices in comparison with CCA cables. What’s the harm in paying an extra few dollars to ensure security?
Shielded vs. Unshielded
All other Ethernet cables like the Cat6a Pure Copper cable are available as STP and UTP variations.
STP is a reference to shielded twisted pairs. Ethernet cables that bear this STP mark have an extra layer of protection from interference and EMI. This additional layer of protection is either a foil or copper braid material wrapped around the twisted pair.
UTP is an acronym for unshielded twisted pair. Ethernet cables that bear UTP designation do not have any additional layer of protection.
Now, the question is, which of these two options do you choose to network with? Let us walk you through. If you intend to install cables into harsh environments (spaces that have a strong presence in EMI or crosstalk), it is recommended to use STP cables.
STP cables. If you’re planning to install a Bulk Cat6a Riser cable in areas with minimal or no crosstalk or EMI, it is recommended to choose the UTP cables. Also, it is important to note that STP cables are slightly higher in cost than UTP cables.
Future-proof your Network
Technology is changing at the speed of light. Technologies that were invented in the past decade have now become obsolete. It is also true for Ethernet cables. If you choose to install the Cat6a Riser Cable, it can be left open for future upgrades. The good thing about wired networking is that it’s more reliable and secure than wireless networks.
Due to their incredibly high data transfer rates, Cat6a cables meet the requirements of every application easily. They also offer excellent protection against all types of interferences and help keep network performance at a high level. So, it is recommended to select Cat6a Riser Copper for your network requirements.