Which is thicker rg6 or rg11
Tell Us. Check Latest Price. RG6 cables provide stable performance when they are transmitting signals for most domestic video equipment. However, RG11 cables cause less attenuation and signal loss than RG6 cables due to the greater thickness of the central conductor and shielding. Therefore, RG11 cables usually can carry signals of higher frequency and give better signal quality compared to RG6 cables that may suffer from more signal loss.
RG6 cables are particularly suitable for indoor satellite TV installation. How far can you run RG6 and RG11 cables? RG11 cables have longer range than RG6 cables. The maximum distance limitation for RG11 cables to carry signals is m, while for RG6 cables is up to m. RG11 cables can run longer distances but still keep strong signal strength, while RG6 cables may suffer from signal loss to some extent.
Cable length does affect signal quality. The signal needs to travel further in a longer cable, which will cause attenuation. To minimize signal loss, it is better to estimate the cable length that is suitable for your requirement. You can also use an extension adapter or coupler to extend the length of a coaxial cable. Although RG11 cables offer better signal quality than RG6 cables, they lack flexibility. RG11 cables have larger diameter than RG6 cables.
It is difficult to install RG11 cables in small or narrow space in home or office because RG11 cables are much thicker than RG6 cables, making it hard to bend or take sharp turns. RG11 cables can solve distance problem, so they are particularly suitable for outdoor installation, direct burial, and long-distance installation.
Inversely, RG6 cables are ideal for most indoor installation. Their copper conductor is not as thick as RG11 cables, but the RG6 cable is more flexible to bend and fit in the corners of your house, room, or office. Normally, RG6 cables cannot be buried. It is recommended to use Direct Burial RG6 Coax Cables that are specially designed for burial use because their PVC sheaths are highly water-resistant and heat-resistant.
RG11 cable price is higher per meter than RG6 cables. The reasons are simple. RG6 solid copper coaxial cable is the industry standard for cable and satellite signal transmission.
The RG6U cable is a thin cable that can easily be coiled or bent for residential installation within a wall or ceiling. An RG6U cable is used to connect devices that carry audio and video signal from a transmitter to a display. This includes connecting aerial antennas, satellite dishes and cable television.
Another benefit of the RG6U cable is that it can be used in many applications due to its durability against interference and various environmental conditions.
It can be run underground direct burial as well as run up the sides of buildings to connect to antennas and satellite dishes. The RG6U cable is a very popular cable style, and is available in plenum, non-plenum riser , direct burial flooded and water blocking versions. RG11 coax cable is a thick, inflexible cable used to minimize signal loss in long runs, RG11 is typically run outside or underground.
For example, it would be located in the front yard as opposed to inside the home. RG59 is another popular cable in residential settings, the RG59 functions similarly to the RG6 but has an even thinner center conductor. This difference makes the RG59 the best choice for short runs and low frequency transmissions within the home, but otherwise inferior to the RG6U cable in other applications. Choose from the cable options in the following table.
Most items are in stock, but check with Remee for availability. There is no need to resubmit your comment. Notify me of followup comments via e-mail. Written by : Ben Joan. User assumes all risk of use, damage, or injury. You agree that we have no liability for any damages. Summary: 1. RG11 is better at preserving signal quality than the RG6 2. RG11 is able to work at much higher frequencies than the RG6 3.
RG11 costs more than RG6 4. RG11 is twice as thick as RG6 5. RG11 is not as flexible as RG6 6. Ben Joan. Latest posts by Ben Joan see all. Help us improve.
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