jayred365

Thanks

Grammar fixed by VegetableStu Ok so I see a lot of people looking at 5G wrong 5G is going to help more with low end speed from poor coverage. if you live in a city you’ve certainly noticed buildings reduce your speed drastically, or if you live in rural or country areas distance on LTE. I have had reliable LTE connections from 3mbs all the up to well over 100mbs depending on my location. While the high and doesn’t much matter the low end is where you will notice the increase in speed for the same coverage area all other factors being equal frequency and number of bands 5G comes out to be about 6x faster so that 3mbs connection now becomes 18mbs which is a noticeable difference. Now let me tell you how I’ve gotten to these numbers: when QUALCOMM held their summit in Hawaii, a reporter from engage tested the Samsung galaxy S10 lte on T-Mobile vs the one plus McLaren 5G, and got about the same to slightly better performance on the 5G device, with some rare cases of the performance being lower. the specs of the two devices are fairly easy to find, but I will list the important radio ones here the Samsung had a 4x4 mimo running LTE advanced. I did not catch the exact band but it was between 1800MHz and 2100MHz. The T-Mobile 5G was obviously running on 600MHz the important fact to remember is that it was 2x2 mimo in 5G Mode. Now if you divide the LTE speed by two for the mimo. Yes I know scaling is not perfect then you divide the speed by three for the frequency Again I know scaling is not perfect You end up with 6X performance in The same Spectrum space, which is further backed up by the sprint mid band 2500MHz 5G testing results, and this doesn’t factor in any of the latency reductions we should see in the future as it matures. If anyone can find any flaws in my logic please leave a comment

Grammar fixed by VegetableStu Ok so I see a lot of people looking at 5G wrong 5G is going to help more with low end speed from poor coverage. if you live in a city you’ve certainly noticed buildings reduce your speed drastically, or if you live in rural or country areas distance on LTE. I have had reliable LTE connections from 3mbs all the up to well over 100mbs depending on my location. While the high and doesn’t much matter the low end is where you will notice the increase in speed for the same coverage area all other factors being equal frequency and number of bands 5G comes out to be about 6x faster so that 3mbs connection now becomes 18mbs which is a noticeable difference. Now let me tell you how I’ve gotten to these numbers: when QUALCOMM held their summit in Hawaii, a reporter from engage tested the Samsung galaxy S10 lte on T-Mobile vs the one plus McLaren 5G, and got about the same to slightly better performance on the 5G device, with some rare cases of the performance being lower. the specs of the two devices are fairly easy to find, but I will list the important radio ones here the Samsung had a 4x4 mimo running LTE advanced. I did not catch the exact band but it was between 1800MHz and 2100MHz. The T-Mobile 5G was obviously running on 600MHz the important fact to remember is that it was 2x2 mimo in 5G Mode. Know if you divide the LTE speed by two for the mimo. Yes I know scaling is not perfect then you divide the speed by three for the frequency Again I know scaling is not perfect You end up with a 6X performance, which is further backed up by the sprint mid band 2500MHz 5G testing results, and this doesn’t factor in any of the latency reductions we should see in the future as it matures. If anyone can find any flaws in my logic please leave a comment.

I think a all short throw pro are great beaus you don't have to in just the righ please