Long-Term Evolution (LTE) is widely marketed as “4G LTE”, a high-speed data standard for wireless communication via data terminals and mobile phones based on GSM/EDGE and UMTS HSPA network technologies. Developed by the 3rd Generation Partnership Project (3GPP) and specified in the 3GPP Release 8 document series, LTE uses core network improvements in cooperation with a separate radio interface to increase data-transmission capacity and speed.
Originally available only in limited geographic areas, telecommunications providers sweepingly capitalized on how well users received the technology and rapidly expanded its availability. Developers initially designed LTE service with wider roaming Internet access support via cell phones and other devices in mind. Along with WiMax, it is often dubbed “4G” because the fourth-generation technology is regarded as a giant leap forward over previous standards for cellular communications as a whole. LTE indeed provides improved support for VoIP, Web sites and more IP-based services thanks to its Internet Protocol (IP)-based architecture’s advantage over preceding protocols for cellular Internet functionality.
Though somewhat theoretical, LTE has the believable potential to support downloads at incredible speeds of up to 300 Megabits per second (Mbps). Unfortunately, those speeds are not currently feasible for practical use. An average single LTE subscriber enjoys access to considerably less actual available network bandwidth when sharing any service provider’s network with fellow customers.
Terms related to LTE
- What does LTE mean?
- What is 4g lte?
- What does 4g lte stand for?
- What is lte phone?
- LTE advanced speed.