| Bofferbrauer2 said: 1. With rich I meant G20 plus some extras. @bolded: Yes, but there's an easier word for that: multiplayer. As in, every multiplayer is either coop or competitive, and with coop everybody gets dragged down to the slowest in the bunch, so these will get affected by lags too. 2. I have a comparison made by the German magazine C'T (stands for Computer&Technology, and they're very profound and thorough in these, so much that you see them in every single IT department in German-speaking countries) which had the same scene at 5Mbps and and 50mbps, and the difference is really night and day. Wish I could upload images to the forums directly so I could show it to you. 3. Why are you so locked up on 2 and 3G? I haven't been connected to anything less than 4 G in the last 2.5 years in Luxembourg, yet as you can see you don't get much data in the subscriptions there. Guess why? Because the deactivation of 2 and 3G doesn't do squat. 5G will probably bring more data, but it will take years until we'll have full coverage with 5G Yes, orange is quite good in that regard, but with streaming that can still get eaten up very fast |
1. 'Multiplayer' can mean many things including turn based games of which lags mean very little and when you check esports earnings, most of the modes used in competitive play straight up aren't based on co-op because many of them aren't very competitive since their designed as team play against AIs. In short you only ever need a low latency when doing some PvP modes but not even all of them at that either since some competitive games aren't all that sensitive to latency like turn-based games such as Hearthstone ...
3. 2G and 3G still occupy some parts of the radio spectrum but 3G especially can't be ignored because it takes up a sizable chunk of the spectrum as well which could instead be occupied by either 4G or 5G networks. Each and every new wireless network standards have allowed us to increase the amount of bandwidth available by giving us more access to a higher frequency to transmit the data. When it comes to the radio spectrum every last bit helps to increase the channel widths (frequency range) so that we can get more data ...
| Bofferbrauer2 said: Update: here's the picture, hope it works. On the left 5Mbps, on the right 50mbps
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It would be very helpful to have more than 1 sample for a comparison. Gameplay rather than screen shots would make for a more interesting comparison as well ...
