![]() ![]() But of course if you have dedicated bandwidth (which is not the same as guaranteed bandwidth) then this will not be an issue.Īs Bobby Dazzler said, Ookla (which automatically selects the server for you) is considered a common benchmark. FTTC), but your best bet is to run the test in the early hours of the morning if you live in a residential area, or over a weekend if in an industrial area, etc. For this reason a perfect speed test can never be carried out on a shared bandwidth system (e.g. you will only ever get it if no one else is using the bandwidth. When this happens, your top bandwidth can become what is known as 'burst mode', i.e. ![]() ![]() The other issue is that most home SOHO Internet connections will have a certain congestion ratio, in other words the circuit (and the bandwidth) is actually shared by a number of subscribers (in the olden days, home ADSL congestion ratios were as high as 50:1). My office is at home and we run some backup servers to here as a little mini data centre for customers backups so needed a little more.įor a 'proper' test, you need to carry it out from a wired device (not WiFi), connected directly to the router, while all other PCs and network devices (both wired and wireless) are physically disconnected from the router. Nobody really needs more than 100Mbps these days really so anything more is a little superfluous unless there is a specific reason for heavier use. Went from 3Mbps/0.3Mbps to 330Mbps/50mbps so pretty happy now. I spent 4 years getting Opernreach to get FTTP installed here and for my neighbours as we are a little off the main route. If your getting 90% most of the time that is pretty good and I'd be happy with that. The benchmark will always be a fairly new/decent laptop or desktop with a Gigabit NIC wired directly into the main router. If you do the same file and same site to reduce.variables to each device. You can download some large files here: Download Test Files | thinkbroadband Older devices are generally slower and wired and wireless network adapters generally get faster the newer they are. That is a tool we use a fair bit on customer sites to troubleshoot and proof speed between points. Only true way you can get an accurate speed test is to use something like iPerf between two points with least variables and known good high speed and device at other end. It has taken some hours so far and will take many more. I've been in the game over 25 years and just troubleshooting a wireless issue on one AP out of 4 in my place. There are so many variables often it is unreal and it is getting much harder to troubleshoot issues. A kin to a car on a rolling road with flywheel and wheel horse power I guess. You will never ever get 100% as there is overhead and losses routing through devices. Wireless is often much slower than wired. As above check some different speed checkers. ![]()
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