What is the LTE network?

Long -term evolution network (LTE) is a type of wireless communication network designed to provide broadband internet and telephone services to mobile phones and other types of devices. LTE voice calls are converted into small pieces of data, eliminating the need for separate voice districts. These types of networks are often launched as a "4G" and are able to offer speeds that compete with wiring broadband services. They also offer increased capacity that can help wireless carriers solve the growing amount of data used by smartphones and other devices.

under marketing conditions such as 3G and 4G, are a number of individual technologies that supply wireless phones and data networks. Each technology can be grouped according to the generation. Analog phone systems were the first generation, the oldest digital networks used the second generation or 2G technology, and about half a dozen different basic technologies and upgrades are the third generation NEbo 3G family. LTE and Wimax® are two latest technologies that have described most carriers as the fourth generation or 4G, although some networks based on these technologies are at minimum speeds of the International Telecommunications Union for 4G networks. Both technologies are expected to be integrated into many different types of devices, including smartphones and tablet computers. In rural areas, the Wimax® or LTE network, which does not get into traditional broadband services, can be the most practical choice for accessing domestic or business internet.

Unlike earlier wireless technologies, LTE was designed from the ground up with a strong emphasis on data. Instead of a separate voice and data treatment, the LTE VOIP (VoIP) network uses voice calls into individual data packets that can be transmitted via computer networks in the same way as any other Formadat. Previous wireless networks rely on the architecture of switching circuits on resources originally developed for traditional cable telephone networks, and separate technologies were laid on top of data access. LTE allows wireless carriers to finally break this older model and focus on building a high -speed network that supports voice, data and sending messages.

For consumers, the main advantage of the LTE network is speed. The first LTE networks, built in 2009 and 2010, had speeds roughly comparable to the input level packages of traditional wiring service services, with a download measure of about 5 to 12 megabits per second (MBPS). Revised versions of the specification require theoretical vertices of up to 300 Mbps, although the speeds experienced by end users will probably be far from this way. Compared to earlier technologies, the LTE network also boasts a much lower latency, ie the time of time it requires data to be madeDu to the destination. This is beneficial for online gaming, video conferencing and other real -time services.

Although higher data and lower latency can attract customers, wireless carriers also considered LTE lucrative network because it offers higher capacity than its predecessors. The LTE standard uses a limited number of radio frequencies allocated to each wireless carrier and also allows the carriers to adjust the size of the wireless channel to balance the speed against network overload. More advanced transmission techniques could also reduce interference and provide stronger signals for customers in low -coverage areas.