The combined latency is then the total latency you see included on the test above. Each step in the process adds some level of latency in milliseconds. The request is then processed and returns through the same route in reverse. For example, a data request may go from your computer through a WIFI device, to a router, to the radio transmitter, to a tower, to a fiber connection, to an Internet route, and to the receiving server. In a network, every piece of equipment data passes through creates some amount of latency. The higher the latency the longer the delay between request and response. Latency is measured in milliseconds (thousandths of a second). Latency is defined as how much time it takes for data packets to get from one location to another. Latency is another variable than can impact the responsiveness of your Internet connection. Streaming video players typically will load a buffer of data, or in other words, preload data so that the video will play more smoothly regardless of variation in connection speed. As you stream video your need for a continuous amount of high speed data connectivity goes up exponentially. An HD streaming video typically ranges between 2.5 Mbps to 4 Mbps. A typical video on a webpage may use about 1000 kilobits per second (or 1 Mbps). Once you start streaming video your need for speed increases. These are very small buckets and your Rise Broadband connection fills them in fractions of a second. The size of the average email is about 100 kilobits while the average webpage without video is about 200 kilobits. If you are loading a web page (the bucket), then the faster your connection (the pressure in the hose) the faster the page will load the required data to display the page (water filling the bucket). If you think about an Internet data connection in terms of a water hose, the more you turn up the spigot the more quickly water fills a bucket. A connection of 5 Mbps for example means the connection is passing 5000 kilobits (or 5 megabits) of data each second.
#Http speedtest net download#
UPLOAD - the data sending speed to the Internet measured in the same way as in case of download and shown also in Mb/s.Internet connection speed is defined by how much data is transmitted through an Internet connection each second. The connection will reach its maximum throughput in a longer time. In other words, if the ping value is biger The download speed depends is measured using TCP (WebSocket) procol so it depends on network latency. United States and Europe the ping value may be between 100 and 150 ms.ĭOWNLOAD - the data getting speed from the Internet measured as amount of data divided by the time of data sending and shown in Mega Bytes per Typical ping values in domestic networks should not exceed 50 ms. Longer distance, the bigger latency value is expected.
Latency time strongly depends on distance between you and the reference server. Most important parameter when we are talking about online games or calls. PING (or LATENCY) - the network delays in milliseconds when the data is sent between your computer and the Internet. The best server is automatically selected when you start the test. This speed test uses WebSocket technology for accurate measuring your real Internet connection speed.
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