But the results varied from 3Mbps to 30Mbps. During the test, we made no changes at all, no movement, no configuration changes, nothing on our side of the connection changed at all. Taking out all on-site variability, cutting out all Wi-Fi, and testing only their ISPвЂ™s connection alone. So we faked out the customer and hooked up a laptop directly to their ISPвЂ™s Ethernet connection. In one client test we were accused of having inconsistent and вЂslowвЂ™ Wi-Fi connections. The upstream ISP can easily fool this methodвЂ“or by traffic variability. One way to test this is to use the favored. This simple technique will get you into the ballpark of what the aggregate site bandwidth will need to be. Calculate the average number of devices needing that bandwidth at any time. You could also use such a technique to help your customers estimate what their site backhaul capacity needs to be.ДЇind what the expected application with the greatest bandwidth need. In the telephony world, weвЂ™ve used an Erlang function to help anticipate and plan for bandwidth requirements. Those 300 devices will use some portion of their aggregate bandwidth. If a hotel has 200 rooms and expects an average of 1.5 devices per room. The provider of Public Wi-Fi is totally in control of this. For others, it is providing enough bandwidth for watching NetflixВ or HULU in HD quality. For many this is a simple as providing Facebook, Twitter, and email. The issue for end users is based around getting their apps to work in a timely fashion. Well, at least they want to feel like their Internet access is fast enough. Customers want a fast Internet connection.

Free wireless internet speed test