3G1.6UM

Series:	*
Part Status:	Active

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

3G1.6UM Application Field and Working Principle

As the demand for higher speed wireless communications increases, there is a need for higher-frequency communication technologies. And 3G1.6UM is playing a key role in this era of evolution towards high-frequency wireless communication.3G1.6UM is a type of wireless communication technology developed by the Institute of Electrical and Electronics Engineers (IEEE). This type of communication works by deploying multiple user-level transmitters and receivers. The transmissions and receptions are simultaneously configured in the form of frequency, time, and space division, instead of relying only on one type. The whole communication system is composed of multiple channels, each carrying one component of the data signal, which are connected to the remaining channels in a coordinated manner. This type of system allows for more robust signal transmission and reception.3G1.6UM is used by communication providers for multiple applications. It has been widely used in the Wi-Fi and cellular industry, providing users with access to high-speed mobile data services such as video and audio streaming, and web browsing. It is also used in fixed wireless-access networks, for services such as digital television, video conferencing, and voice over Internet Protocol (VoIP). Additionally, 3G1.6UM has been employed in the military and government sector, as a secure communication method between multiple Command and Control centers and personnel. To meet the high data rate demands of the above applications, 3G1.6UM adopts several advanced techniques. The first of these is the Single User Architecture (SUA) which utilizes a single transmitting antenna and multiple receiving antennas, allowing maximum transmission assurance under strong channel conditions. The supporting antenna configuration also provides diversity gain, which is necessary for the desired data rates.The second technique used to delivery high data rates in 3G1.6UM is the Space-Time Coding (STC) technique. Here, multiple signals are sent out simultaneously from different transmitting antennas, and are received by multiple receiving antennas. The received signals are then weighted and combined in a specific manner to produce the most reliable data stream possible.Thirdly, 3G1.6UM employs the technique of adaptive transmission, which adjusts the data transmission rate according to the channel conditions, in order to optimize the throughput of the connection. This technique helps to ensure that the throughput remains maximized, even in challenging channel environments.Lastly, 3G1.6UM also utilizes the Orthogonal Frequency Division Multiplexing (OFDM) technique. This is a type of digital multiplexing that partitions the frequency spectrum into multiple narrow subbands. It encodes data onto each subband, allowing better propagation through dispersive mediums, and efficient symbol errors detection and correction. Therefore, the combination of all these techniques leads to a high throughput, robust wireless communication system over 3G1.6UM channels. The benefits of using this technology are that it is capable of delivering high data rates at a relatively low cost, and provides multiple frequency and power options, thus making it suitable for many types of communication.

The specific data is subject to PDF, and the above content is for reference

Part Number	Manufacturer	Price	Quantity	Description