You may be thinking of ultra-wideband, a very fast but extremely rare variant of 5G that only works over short ranges and requires you to be in sight of the transmitter. This is available in some parts of some stadiums, although Verizon tries hard to make it seem like it’s everywhere.
Normal 5G, such as the midband frequencies that T-Mobile often uses, covers a several-mile radius.
MKBHD was using mmWave. When 5G first came out, most news stories talked about it being “10 times faster” and that it had a short range, so phone companies would have to put transmitters on every light pole. All of which is true for ultra-wideband/mmWave.
What those stories missed was that UWB/mmWave isn’t the common 5G. Most 5G is mid-band or low-band, which uses regular towers and has a range of miles. As of 2021, latest data I could find, less than 1% of users were on mmWave.
You may be thinking of ultra-wideband, a very fast but extremely rare variant of 5G that only works over short ranges and requires you to be in sight of the transmitter. This is available in some parts of some stadiums, although Verizon tries hard to make it seem like it’s everywhere.
Normal 5G, such as the midband frequencies that T-Mobile often uses, covers a several-mile radius.
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MKBHD was using mmWave. When 5G first came out, most news stories talked about it being “10 times faster” and that it had a short range, so phone companies would have to put transmitters on every light pole. All of which is true for ultra-wideband/mmWave.
What those stories missed was that UWB/mmWave isn’t the common 5G. Most 5G is mid-band or low-band, which uses regular towers and has a range of miles. As of 2021, latest data I could find, less than 1% of users were on mmWave.