Early speed tests of 5G should be interpreted cautiously, and AT&T’s initial results suggest the experience may be underwhelming compared with well-established 4G networks.
AT&T has launched 5G service in 12 cities. Because compatible handsets are not yet widely available, the only consumer option at launch is to connect via a 5G hotspot device.
The first consumer mobile 5G device supported on AT&T’s network is the Netgear Nighthawk hotspot. Anecdotal evidence from forums and social media indicates the device is not yet in widespread use.
One Reddit post shows a Speedtest result of 194.88 Mbps download on AT&T’s 5G network using the Netgear hotspot. While that download speed is respectable, the same user ran a test at the same location on AT&T’s 4G network and recorded 187.44 Mbps download.
With much of the industry hype around 5G promising dramatic speed improvements, a measured increase of just 7.44 Mbps in downlink throughput is modest. Network performance is expected to improve as coverage expands and infrastructure is optimized, but early adopters should temper expectations.
AT&T has also announced it will relabel areas offering gigabit-class LTE as “5G E” on smartphones. This designation reflects enhanced LTE capabilities rather than true 5G technology. Many consumers may assume “5G E” indicates the new generation of mobile connectivity and expect markedly faster speeds and other benefits, which could lead to confusion and disappointment.
By rushing to claim the first nationwide 5G presence in the U.S., AT&T risks setting expectations that current network performance does not meet. An underwhelming initial experience could hinder adoption, particularly among users who see the “5G E” marker and believe they are receiving the latest-generation service.
Interested in hearing industry leaders discuss topics like this? Consider attending co-located industry events such as the IoT Tech Expo, Blockchain Expo, AI & Big Data Expo, and Cyber Security & Cloud Expo, which host discussions on emerging network technologies and their real-world impact.