I get 700Mbs on 5G here in Seattle (T-Mobile).
Just got home from TMobile with a new iPhone 12, and ran SpeedTest via the cellular network. Holy Smokes!!! It downloads at over 400 mbps, and uploads at 24!!! That’s faster than most home internet services.
I know they’ve been hyping this forever, I just had no idea that we’d really see these speeds!
If you have an iPhone 12 or 13, please post your speed test results.
iPhone 11: 46.6 down, 5.91 up
iPhone 12: 203 down, 7.8 up (at home, with only two bars!)
I think this is where the three carriers differ...while T-Mobile hasn't built out their n41 5G (aka "Ultra Capacity") everywhere, it's in a lot of places and I typically see 300-700Mbps download speeds regularly on my iPhone 12 mini. Plus, this is in a lot of areas that sometimes ran into congestion issues with T-Mobile LTE (prior to tower upgrades, it was a bit of LTE Band 71, 12, 2, and 66; maybe not enough backhaul and that was it). Instead of just small spots in downtown areas, the entire metro area where I live has 5G UC.
Regarding home internet, I actually picked up T-Mobile's Home Internet service and am getting similar 5G speeds (without much effort on placement, I'm getting about 500Mbps down, 45Mbps up), so I'd say having
another choice for internet is definitely a byproduct of 5G beyond marketing hype. Obviously, location is a YMMV as there are folks who have tried it and it didn't work well for them.
I've been watching this space among all three carriers, as I have family and work accounts on all three. AT&T's LTE network had a lot of spectrum and capacity in a lot of places, so it's not uncommon to see 200-300Mbps in places and the 5G side of things is often n5, so it's an apples-to-oranges comparison. Verizon has some areas with great LTE service, but some of it has also gotten gnawed on by the congestion monster (and 5G DSS is comparable to LTE speeds in my area). I think when we see more midband on AT&T and Verizon, things will feel more comparable among the three (slower low-band, fast midband, really really fast mmWave).