A cellular da system typically consists of a number of base stations. The advantage of a distributed antenna system is that the users can position themselves at any part of the country where they may need to attract attention from nearby users. Cellular da system provides an easy solution to increasing the effectiveness of your advertising campaign by using multiple signal sources. Some of the gas transmitters are able to receive signals from as far as 300 miles, while others are capable of receiving signals even further distances.
Cellular gas systems use low power transmissions. For this reason, the das transmitters tend to be located near the base station and are therefore not affected by transmission delays caused by electronic interference. In addition to the fact that cellular das systems use a single frequency, each das transmitter possesses its own processing equipment. This enables different base stations to tune into a single das transmitter. This is known as duplex technology and it provides additional advantages for a wide range of broadcasting needs.
As a result of this filtering and tuning capability, you are able to control the strength and frequency of the signals transmitted by a single cellular device. A single das system has the capacity to tune into over two hundred channels. You will enjoy a powerful broadcast at a lower cost using a gas system. You are also able to save money on labor costs associated with multiple base stations.
A das distributed antenna system operates on a single frequency and it does not require the expensive construction of conventional cell phone towers or transmitters. The system operates within a limited space and there are no physical barriers or obstructions. You will enjoy additional benefits if the system is located in an area where there is little or no interference from other wireless devices. This means that you can use your gas system in a rural area, in the city or in an apartment.
DAS receivers and transmitters are available in varying sizes and frequencies. The size of the gas transmitter depends on the power requirements of the entire network. Larger das transmitters are able to provide greater power density. The larger the das transmitter, the greater the ability to service a wider area. Smaller das transmitters are available for indoor operations.
A das transmitter can be placed anywhere in an office space or any building that needs to be connected to the Internet. The base station usually connects to a personal computer or a network via a router. The das transmitters emit radio waves. These waves are then picked up by the base station and sent to the receiver. The base station then sends the radio waves out and the receiver in turn receives them.
DAS distributed antenna systems have more benefits over other forms of networking. For instance, a single das transmitter can serve a much broader region than the signals sent by other systems. One reason for this is because each radio wave emitted by the das distributed antenna system only covers a very small area. Another is because each das transmitter is powered by its own battery. This enables the system to be powered without the need for electricity. Powering is not an issue because each das transmitted signal is independent of others.
In some cases, it may be necessary to receive some is transmitted signals. In this case, the base station also receives das transmitted by another base station or a cell phone. In this process, the base station’s antenna picks up the das transmitted by the first day and sends the information back down the line to the receiving unit. In some cases, multiple das transmitted by the same source will result in multiple received das. The receiving device then processes the das information and converts the das frequency into an electrical signal that is used for audio or video purposes.
