MIMO stands for multiple-input and multiple-output and is a method for increasing the bandwidth of a radio connection, which any form of mobile telecommunications technology is, including 4G and LTE. It allows a network to send and receive multiple data points concurrently, as long as it's on the same channel. This means more than one antenna can be used to provide a device with a sturdier connection and essentially fills the gaps to offer the best service possible.
As you already know the difference between 4G and LTE, you might wonder how this all relates to the latest, fifth generation of cellular networks — 5G. Another crucial distinction lies in separate network spectrums, with 5G using a different suite from 4G LTE which makes it possible for it to provide faster connection speeds.
The 5G network spectrum is also better suited for higher volumes of traffic, with latency as low as 1ms. However, even though 5G is faster, more reliable, and more efficient than its predecessor, it still isn't as widely available as 4G LTE. Explore why the most efficient way forward is data-driven. Why the financial industry is turning to the cloud.
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All News. Responsible Business. Public Safety. Inside Verizon. Verizon Works Blog. News Releases. Media Contacts. B-roll and images. Verizon Fact Sheet. RSS Feeds. Full Transparency. What is 4G LTE and why it matters. Learn more. What is 4G LTE? Massive MIMO has the potential to greatly improve network capacity and the customer experience.
There is also a big push to improve infrastructure to accommodate the growing number of users, devices, and types of coverage required to offer fast downloads. LTE-A uses a mix of traditional macro cells and vastly improved small cells. This idea is also the foundation of the latest 5G networks. The past several years have seen a much wider rollout of LTE-A, and carrier aggregated networks are now common around the world. A March subscriber overview highlights that LTE now accounts for Fortunately, most 4G mobile networks are now using LTE-A and even more advanced technologies, allowing them to offer the fast speed envisioned all the way back in When it comes to picking the fastest data carrier, there are lots of choices, but what's the difference between 4G vs LTE?
Features By Robert Triggs. The trouble deciding standards with 4G vs LTE Although the International Telecommunications Union-Radio ITU-R decided upon the specifications for 4G back in , it took much longer for carriers to build networks capable of meeting the official definition.
This situation only became more complicated in October , when the ITU-R completed its assessment of six different candidates to actually use to meet the full requirements of the planned 4G standard.
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