Cat6a Riser Cable is one of the most in-demand cables when it comes to networking in data centers. The reason being the simple one – Bulk Cat6a Riser supports a data transfer rate of 10Gbps over a distance of 100 meters and is compatible with all applications. Furthermore, installing Bulk Cat6a Riser future-proof your network for ages.
Here are five important things that you should know about the Cat6a Riser Cable.
High Data Transfer Rates & Bandwidth Capacities
As stated earlier, the Cat6a Riser Copper can support data transfer rates of 10Gbps over a length of 100 meters or 328 feet. It provides bandwidth capacities of 750MHz and considerably reduces attenuation as it can maintain signal strength over a long distance. The cable meets all industry standards including FCC, CE, CSA, ISO/IES, and RoHS.
Riser Spaces Installation
Since Cat6a Riser Pure Copper is a riser-rated cable, it is meant for installation in the riser/vertical spaces of the buildings. Its thick coating is fire retardant and halts fire progression. Remember, the riser rating is the second-best rating for cable jackets after the CMP rating.
The riser-rated cables are so fine that you can even use them as a replacement for PVC-rated cables in outdoor installations.
Pure Copper vs CCA
The Cat6a Riser Cable comes in both pure copper conductors and copper-clad aluminum conductors. These 8 conductors are bundled together in the form of 4 twisted pairs to improve signal strength and to provide better protection against crosstalk. A Cat6a Riser Copper cable is better than a CCA cable.
Pure copper cables maintain signal strength at relatively long distances and provide top-notch performance. Also, the pure copper cable exceeds every aspect of the performance. As far as prices of the two variants are concerned, pure copper cables come at higher price tags when compared to CCA cables. But what’s the harm in spending a few more bucks to get complete peace of mind?
Shielded vs Unshielded
Like all other ethernet cables, the Cat6a Riser Pure Copper cable comes in STP and UTP variants.
STP stands for shielded twisted pair. Ethernet cables bearing this STP marking come with an extra layer of protection against crosstalk and EMI. This extra layer protection comes either in form of a copper braid jacket or foil material wrapped around the twisted pairs.
UTP stands for unshielded twisted pair. Ethernet cables bearing UTP marking come without an extra layer of protection.
Now the question arises, which among the two should you pick for networking? Let us guide you through. If you are going to install cables in harsh environments [spaces where there is a strong presence of EMI or crosstalk], you should go with the STP cables.
If you are planning to install a Bulk Cat6a Riser cable in spaces where there is little or no crosstalk or EMI, you should go with the UTP cables. Again, it is pertinent here to mention that STP cables are a bit more expensive than UTP cables.
Future-proof your Network
Technology is witnessing changes at a rapid pace. Things that were launched a decade ago have become obsolete. The same is true about ethernet cables. If you install a Cat6a Riser Cable, it will leave you room with future upgrades. Also, the good thing about wired networking is that it is much more reliable and secure when compared with wireless networks.
Due to their extremely high data transfer rates, Cat6a cables meet the needs of all existing applications with ease. These cables also provide excellent protection against all sorts of interferences and keep network performance high. Th