How fast is lte advanced

Latency will also decrease, allowing for much quicker response times; vital for the development of IoT internet of things technology. It will lessen to just 2ms compared with 10ms at LTE-A. There will be a number of different technologies that will be incorporated into LTE-A Pro, many of which will be advanced and evolved versions of the things that are already present in the existing LTE-A and LTE networks. Data speeds will be increased by using and improved version of Carrier Aggregation technology, the process in which larger amounts of bandwidth is made available by using more than one carrier.

It is already used in LTE-A, but with LTE-A Pro the number of different carriers that will be able to simultaneously supported will increase from just five, all the way up to A huge advanced again for IoT devices that rely on constant connectivity, often when moving. Greater demand for data transfer means that small cells are being deployed within range of macro cell coverage to provide dual connectivity which significantly improves per-user throughput and mobility robustness, again this is an area which will be continued to be improved upon with LTE-A Pro.

How does it work? When can I get it? What phones work with it? For up to date details on 5G coverage, check out our network coverage guides Share this:. Top Deal. Latest Offers Which networks offer unlimited data? Best 4G router and 5G router What size iPhone is best for me?

Having more users on wireless networks means that the infrastructure needs to advance to accommodate them all. No commercial wireless network can deliver that yet. The standard also covers a bunch of other technical stuff: True LTE has to be based on a fully Internet Protocol packet-switched network, and it needs to have scalable channel bandwidth, specific Quality of Service goals, spectral efficiency targets, and the like.

The LTE we use today offers some of those things, but not all of them. Today, a mobile user in North America on a 4G LTE network can expect top download speeds of 13 mbps around large-population areas, as we discovered in our recent barrage of cross-continental network tests. Besides, the mbps minimum requirement is sort of a best-case scenario in the lab. Real-world LTE-A speeds are more likely to be in the range of 30 to 40 mbps on average. Links on Android Authority may earn us a commission.

Learn more. But for the majority of smartphone owners around the world, 4G remains the networking standard of choice. Debating the merits of this naming sceme might sound pedantic, but are some key discrepancies between what the terms actually mean.

Read next: What is 4G? What is LTE Advanced? LTE, how they differ, and where the confusion lies.