but if program X is not using the bandwidth, then program Y could use it all sort of thing. So you can say program X is highest pri over program Y that is lowest.
Is this still related to your other thread saying that utorrent wasn't doing what you told it to do? But you never actually showed us the graph like I posted showing exactly what the limits are and what utorrent was using.Īs to actual "limiting" that is not what cForSpeed is designed to do - it is about shaping/prioritization not limiting. Every p2p client I have seen has this, I use dropbox and it has a way of limiting its upload/download speeds in the background, etc. Most applications that might be using up the bandwidth in the background normally have a built in method of limiting what they use. What application are you looking to limit? And why do you feel you need to limit it? Such details allow for more alternatives on how to accomplish the goal. Windows does everything in decimal, while netlimiter does everything in binary.I have a hard time understanding the need to do such things. Binary it’s 1024 kilobytes to equal a megabyte, in decimal it’s 1000 kilobytes for 1 megabytes. And that’s in binary format and not decimal. By default speed tests display megabits per second and not megabytes per second. Also, remember there is a difference between mbps and MBps.
Cause 4K videos and social media are much worse on bandwidth than playing a game online. Manage that and you should almost all lag. You migh t want a repeater to connect to for all your devices and run a speed test on at least 2 on the same access point. There’s a lot of things to look Into, but bandwidth restrictions is your best bet to prevent a lag spike for a short second even. Bandwidth restrictions can prevent tons of problems, especially when a desktop, laptop, or iPad is on all the time. It changes, but your bing is based on distance, not bandwidth. For another old game I play takes around 13 computers to reach destination. You’d have to learn how to manually control your hops to find the right IP hops to your destination. Quake 2 showed a 40 millisecond increase from my 48 to 62 range on wifi and 4G. 5G and wifi are almost identical, however my 4G network will send me 220 miles opposite of where i want to go and then it connects. For example, with quake 2, if I ping servers with 3 different networks, home wifi, cellphone 5G, and 4G, I get different pings. But it’s mainly due to hops your device is taking to connect to the games server. I still need to get dial up up and running to confirm a lot of this. You can have 5 gigabits of bandwidth and still have a high ping.
0 kommentar(er)
