Packet data radios and switched circuit radio data transmission can offer its users a variety of different features and benefits. Packet dataradio transmissions contain data that is grouped into packets before it is transmitted to a networking system that delivers the information to its desired source. A unique feature of packet data radios and their transmission is that the network routes each individual packet of data separately to its desired destination. This allows each packet to receive its own identify in the transmission process. As a result of this, packet dataradio transmissions have a tendency to be more efficient, more flexible, more accurate, and more advanced that switched circuit radio data transmissions. One set back with packet data radios is that they do have a tendency to be more complicated than switch circuit radio and their data transmission. However, most packet dataradios users will agree that the benefits associated with packet data radios far outweigh this set back.

Unlike packet data radios, switched circuit radio data transmission occurs when a continuous communication path is established and maintained throughout the entire data transfer process. Although there is very little wait time for the data transfer to occur, switched circuit radio data transmission have proven to be an inefficient communication resource. When compared to packet data radios and their transmission, switched circuit radio data transmission are often viewed as being less flexible and less susceptible to changes.

Raveon Technologies manufactures a variety of data radios. Unlike its competitors, the dataradios manufactured by Raveon Technologies have proven to be a cost-effective way to experience top of the line technology with exceptional performance. Not only do the company’s products exceed FCC requirements, but they also have been found to meet and exceed the need and requirements of it current and potential customers.

Data radio communication occurs when data is communicated and transmitted over radio frequencies. In order for the data radio communication process to occur, each unit must include a transmitter, electromagnetic waves or radio frequency data communications, and a receiver. The first phase of the data radio communication process begins with the transmitter. An antenna on the transmitter will intercept data radio communications to begin its modulation process. Once the modulation process is complete, the radio frequency data communications will be converted into a single radio wave. In doing this, the frequency, amplitude, and phase of the data communication must be altered in a defined manner. The second phase of the data radio communication process is for the transmitter to emit the electromagnetic waves or radio frequency data communications into space directly or through an altered path. If the radio frequency data communications are not strong enough, they may be subjected to electromagnetic interference from artificial or natural sources. The third phase of the data radio communications process is to have the radio frequency data communications be intercepted by the receiver through the use of its antenna. Once received, the receiver will decode the data from the radio frequency and display it as a physical form. It is at the point that the data radio communication process has reached its completion.

Raveon Technologies manufactures a variety of units that can assist users in the data radio communication process. Since the mission of the company is to provide its current and potential customers with reliable wireless data products with exceptional performance and great value, it is guaranteed that all of its data radio communications technologies will exceed the expectations and needs of its customers. In addition to its traditional data radio solutions, Raveon Technologies provides its current and potential customers with GPS vehicle and asset tracking products and custom wireless design solutions. Its custom wireless design solutions will ensure that all individuals’ data radio communication needs are addressed and met accordingly.

Wireless radio modems are used in a variety of technologies, in a variety of industries, in order to send information and data over radio spectrum. A wireless data modem can be used to communicate with wireless digital radios effectively in a variety of different markets. Agriculture, the oil and gas industry, the electric and utility industry, and the waste management industry are just a few industries that currently utilize this technology. Many benefits can be experienced from the use of wireless radio modems in these industries and others. Some of the more universal benefits include: asset monitoring and tracking, wireless remote control, wireless SCADA systems, and industrial telemetry.

Raveon Technologies offers a variety of wireless data modems that can be used for a variety of different purposes, in a variety of different industries. The M7 UHF Wireless Radio Modem is a small sized unit that contains programmable power. This feature is essential for those that need to control DC current consumption, and meet license limits. Its small size makes its ideal to mount and use in small spaces. The M7 VHF Wireless Data Modem contains an all digital base band that works on both wide and narrow band channels. The wireless radio modem can be easily programmed or configured, has low powered modes for solar operation, and has a maximum over-the-air data rate of 19200 bps in 25kHz.