Wi-Fi speeds lag behind mobile broadband in 33 countries



[ad_1]

Wi-Fi speeds lag behind mobile broadband in 33 countries

Wi-Fi speeds lag behind mobile broadband in 33 countries

While this is generally accepted that a WiFi access point will exceed a mobile broadband connection, a new OpenSignal report shows that this is not necessarily the case.

The mobile coverage mapping company has conducted a study showing that mobile data is on average faster than WiFi access points in 33 countries. Australia tops the list with 4G speeds that are on average 13 Mbps faster than WiFi, followed by Lebanon (+ 12.3 Mbps), Qatar (+ 11.8 Mbps), Oman (+ 11 Mbps) and Greece (+ 10.6 Mbps).

Some countries, particularly those where mobile broadband is more readily available, are out of step. In Hong Kong, Singapore and the United States, mobile broadband is significantly less efficient than WiFi, offering average speeds of 38.6 Mbps, 34 Mbps and 25 Mbps, respectively.

Here in Blighty, OpenSignal shows that Wi-Fi speeds are averaging around 30.8 Mbps, compared to 19 Mbps for mobile.

The report notes that incoming 5G connections will accelerate the benefit of mobile technology "because of the pace of mobile innovations and the reliance of WiFi network experiences on the quality of slow-moving, high-speed fixed-network deployments. expensive to upgrade with on-site optical fiber (FTTP).

"WiFi no longer has a guaranteed advantage over the mobile in the speed offered to smartphone users.With the 5G, there will be many more countries where mobile offers a faster experience than WiFi," the report adds.

This echoes a recent report commissioned by the British operator Three, according to which 5G wireless services could replace traditional connections for 85% of the 26 million British fixed-line customers, which would represent an estimated saving of 240 £ per year thanks to the 5G plug-and-play configuration.

The report also states that 5G will provide UK households with speeds of 80 to 100 Mbps, double what British customers currently receive on average. μ

Further reading

[ad_2]
Source link