Really how fast is 4g

But what about that speed? Verizon 4G LTE wireless broadband is 10 times faster than 3G — able to handle download speeds between 5 and 12 Mbps Megabits per second and upload speeds between 2 and 5 Mbps, with peak download speeds approaching 50 Mbps. Cable speeds vary, but 4 to 12 Mbps are common. Why are megabits per second important? The bit rate plays an important part in the quality of movies and videos. As download rates approach 5 Mbps, you will experience fewer pauses while your HD video streams.

During peak Internet times, your speeds may slow down. The same slowdown may occur when you upload transfer or download large files, stream music and more.

If you live in an area with limited broadband options, LTE Internet Installed can still give you reliable, high-speed Internet service. Available wherever Verizon 4G LTE service is offered, LTE Internet Installed provides average download speeds between 5 and 12 Mbps and upload speeds of 2 to 5 Mbps — not to mention Wi-Fi connectivity for up to 20 devices and wired connectivity for up to four devices.

LTE Internet Installed offers professional installation with no equipment charge with a new two-year agreement and no activation fee. Visit verizonwireless. Feel free to contact us anytime using our contact form or visit our FAQ page. Need infographics, animated videos, presentations, data research or social media charts? More Information.

Skip to main content. Single Accounts Corporate Solutions Universities. Follow Statista. Felix Richter. Description This chart shows reliable 5G and 4G download speeds in selected countries in Mbps. Download Chart. You will find more infographics at Statista. Related Infographics. Telecommunication Infrastructure. The operator completed a networkwide upgrade to HSPA 7. The good news for Sprint is that the overall speed of its data service has increased significantly during the past year, about percent, in fact.

For instance, in San Jose, California, we measured download speeds of below sometimes well below 0. Average download speeds slowed considerably in New Orleans percent , Phoenix percent , and San Diego percent —the three cities in our tests where no WiMax is available.

Sprint says no such slowdown has occurred. Overall, we recorded throughput speeds of more than 2 mbps in about half of our tests. In the majority of our test cities where WiMax was available, we noted anecdotally a roughly chance of connecting to the service. There were exceptions: In Baltimore, Boston, and Chicago, the laptop-modem speed results reflected that the 4G network was available throughout the cities, with a few exceptions.

Of its 4G WiMax service, Sprint says users should expect average download speeds of between 3 mbps and 6 mbps, with peaks of more than 10 mbps. We never saw a speed higher than 7 mbps, and we reached speeds of 6 mbps or more in only 5 of our testing locations.

The WiMax network produced a fair number of speeds within the 3-tombps window, but not consistently. In many of our testing cities, we saw mainly two kinds of upload speeds: those of 1 mbps and above, suggesting that we had managed to hook into the WiMax service, and those that were below sometimes well below 0.

Such network delay can begin to degrade the smooth operation of real-time applications like video chatting and VoIP calling. In locations where WiMax coverage was spotty or nonexistent, average download scores were well below the 1-mbps mark. In cities where we could regularly connect with the WiMax network Boston, Chicago, and New York , we saw download-speed averages of 2 mbps or greater.

An important transition from 3G to 4G is under way and will continue raising the bar for fast mobile broadband. If speeds continue increasing at the rate they have been over the past year, 3G data service and speeds will soon become just an unpleasant memory.

What will that mean? The 4G service will very likely speed up your consumption of Web-based content, and smooth the operation of services such as streaming video. In each city, we tested from 20 locations situated in a grid over the center of the city. These locations are roughly 2 miles apart, allowing us to measure service levels among and between numerous cell towers. At each testing location, we subjected the networks to industry-standard stress-testing using laptops, and we put the networks though Internet-based testing using smartphones.

To connect the laptop to the various networks, we used the fastest USB modem available, as suggested by the carriers themselves. Using the Ixia Chariot 4. To measure download speed, Chariot requests a number of large, uncompressible files from a server in the San Francisco Bay Area, then from another server in Northern Virginia. For each server, the software measures the speed of each transfer during a 1-minute period, and then creates an average of the results.

To measure upload speed, Chariot sends a number of files from the Chariot client on the laptop to the local and distant network servers, again timing each transfer during a 1-minute period. We report the average of all of these transfers, both from the local and distant server, at each location as the average for that location. During the speed tests, the Ixia testing software also measures latency, or the time it takes for a packet to move from the client laptop to the network servers and back again.

This metric, expressed in milliseconds, can reveal delays or bottlenecks in the flow of data through the network, and can foretell how well real-time applications such as voice calling and video chatting—which require nearly instantaneous packet transfer to work smoothly—will work on the service being tested.

Our smartphone tests, which we run from the same locations as our laptop-modem tests, approximate the real-world connection between specific smartphones and specific networks.

On each phone we run the FCC-approved mobile-broadband performance test from Ookla.