![]() The download value tells you how much data your WiFi or broadband connection can move from the World Wide Web to your computer. The test results for your broadband or wireless network are broken down into four parts: download, upload, connects, and pings. The test program then establishes a link with three nearby servers and measures the speed of your broadband / fibre / wireless connection. Simply ensure that your computer or mobile phone / tablet is connected to the internet either directly via a router with a network cable or via a WiFi network and press the start button on the speed.io website. The speed test gives you the tools you need to run the test entirely in your browser. Armed with the test results from your speed test, you can optimise your connection and get the most out of your online experience. Our speed test is also useful for those who want to compare internet packages. Whether broadband, fibre, 3G, HSPA or 4G, the speed test from speed.io tests your connection, allowing you to verify whether or not your provider is giving you the service you’re paying for. The speed test from speed.io tells you just how fast your connection is In today’s digital age, the strength and speed of your internet connection is an important part of professional and private life. You can test all kind of connections (LTE, UMTS, GPRS, ISDN, DSL, VDSL or cable). We test your download (speed with which you receive data from the internet), upload (speed with which you send data to the internet), connection (maximal number of connections per minute) as well as ping (response time between your computer and the internet).Īll tests are performed within your browser over HTTP (TCP) and require no further software. Speed.io measures your current internet speed to the server closest to you ("nearest server" is not wrong but the other way sounds more eloquent) Just curious how fast it really is - speed.io is a perfect tool for a fast speed check - worldwide. If you find that your internet connection is too slow or you are ![]() Does anyone know much about the underlying bandwidth test methods for either tool? I'm trying to see if knowing that might shed some light on the is a modern DSL speed test to analyze your broadband internet access. I wonder how bandwidth-test and tests are functionally different in terms of the sessions and packets used to measure speed. It is true that once the tests leave my core upstream interface that the routing is beyond my control.but the strange thing is that the cloud CHR router i am using as a target for bandwidth-tests is *much farther* geographically than all the servers. I only have one upstream connection to my core - and so both tests are routed through this. This means for everything in my backbone and core setup both tests are passing through all the same queues and policies. The CPE is a PPPoE client, and all of the customer's traffic is NATted out the PPPoE interface.īoth my remote bandwidth-test tests and my tech's tests are exiting the CPE through the same PPPoE interface and are NATTed behind the same IP. the CPE configuration is very simple in my network. Regarding NAT / firewall / queue question - This is definitely the first thing i thought through / looked at. We have one we use as our standard, and it produces good results at other customer locations. Regarding server selection - There are a number of servers in the immediate geographic area. In particular, my tech's device is known good, and has successfully done many other speedtests at other locations that don't exhibit this problem. Regarding customer test device - The customer has done tests, and my tech has done tests on different devices. Those are helpful suggestions, unfortunately I've thought of and tried many/most of them. They have tried testing to multiple different speedtest servers.Īny suggestions? I have tested a lot of connections in many different networks - and I have never run into an issue like this before. When my tech tests from their location via (wired directly to the CPE, no other devices connected, wifi on the laptop off). ![]() There is nothing special about the virtual server that is currently hosting the 's ip is not prioritized anywhere over any other Internet IPs. I have a customer where i can login to their CPE and consistently test 20Mbps via mikrotik bandwidth-test to/from a cloud server on the internet. ![]() Have any of you run into situations when the two measure dramatically different things? I love the builtin bandwidth-test in mikrotik, and now that i have a mikrotik CHR in the cloud to test to, I'm very happy with my ability to remote test speeds.
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