Bulk RG6 Coaxial Cable

RG6 (RG-6 or RG-60) is the most commonly utilized 75 Ohm flexible braided shield coaxial drop cable in use by the CATV (Cable TV), TV Antenna and Satellite TV Broadband Industries today.

When used in common distribution lengths of around 150 feet, it provides the best combination of Signal loss versus size and diameter; the later being of importance when navigating the small spaces afforded most chases and wall-plate boxes.

RG 6 Cable Types

RG6 60%

RG6 Cable featuring 60% Braided Shield is comprised of an Aluminum Foil bonded to the Foam Dielectric with Aluminum Braided Shield with 60% coverage.

Quad Shield RG 6

Quad Shield RG6 would denote alternating Aluminum Foil and Aluminum Braided Shield Layers, starting with the Bonded Foil Layer around the Foam Dielectric, with the best Quad Shield having 2 Layers of Braided Aluminum Shield, one of 60% and the 2nd at 40%.

Tri-Shield RG 6

Tri-Shield RG6 will have 77% Braided Aluminum Shield Coverage Between 2 Layers of Aluminum Foil Shield, the 1st Foil Layer being Bonded to the Foam Dielectric.

RG6 Cable Losses

RG6 is lower in loss when compared to RG59. Use for distances of around 150 feet or with appropriately placed Drop Amplifiers as necessary. For Cable with less loss than RG6, one would then have to avail themselves to RG11 for suitable placement. Most all RG6 Manufactured uses Aluminum Braided Shield, the difference of note being the amount of Aluminum Braid Coverage and the composition of the Center Conductor; Solid Copper vs. Copper Clad Steel. Copper Clad Steel will suffice in almost any utilization scenario, however most Satellite TV Operating companies will require Solid Copper Center Conductor to be used by their respective Sub-Contractor Installers for Maintenance and Warranty issues. This is due to the DC Voltage component being fed from the Receiver back to, and Powering the LNB(f)s mounted on the Satellite Dish. Unless the run is extremely long and the connectors applied are of dubious Quality, the DC Loop Resistance difference between Solid Bare Copper and Copper Clad Steel is negligible.