Wireless communications is not a new concept and was first introduced by an Italian physicist in 1901 when Morse code was communicated for the first time from ship-to-shore. Since then, modern wireless communications have become much more efficient and have proven to be a reliable method for communicating large amounts of data. The FCC, allowing companies to purchase licenses and have complete right-of-way to specific frequencies for a given metropolitan area, have split the radio spectrum into different segments. The exception to this rule is a piece of spectrum that has been identified as the Industrial, Scientific, and Medical (ISM) spectrum and has been declared as license free. This spectrum falls in the 2.400-2.484 GHz range worldwide, with the U.S. and Canada also including the 902-928 MHz and 5.725-5.850 GHz bands.

It is Solomon Galt Networks' intention to continually innovate new service offerings to enable the completion of a wireless network infrastructure for a given geographic area. As Solomon Galt Networks’ service offerings expand, the wireless infrastructure will evolve to route traffic of all types, including mobile communications, voice, and video.

In the 2.4 GHz range, Solomon Galt Networks is able to provide a communications channel of 450Mbps from a local company to Solomon Galt Networks’ office. From there, traditional methods are used to route a customer's traffic to the Internet and other resources.

At this level of performance, Solomon Galt Networks is able to circumvent traditional local phone lines and avoid cumbersome alternatives, such as ISDN and DSL technologies, and provide its customers with performance levels that better T-1 circuits while completely eliminating local loop communications expenses.

Logical Design
Solomon Galt Networks meets its objectives through the following logical network design as depicted by the picture below: