Latency - ICMP ping round trip timesLatency can effectively be thought of as the responsiveness of your internet connection. This is especially important in time sensitive applications such as Voice over IP (VoIP) and online gaming.
Time in milliseconds. Lower is better.
Historical latency results (ICMP round trip times)
Minimum Maximum Average
2008-06-01 14.4ms 55.7ms 20.0ms
2008-05-31 14.5ms 39.1ms 20.3ms
DNS query timesThe importance of an ISP's DNS (domain name service) servers are often overlooked. It is these machines that turn "
www.google.com" into an IP address - 66.249.91.103 for example. If these servers are running very slowly, then you'll see frequent delays when browsing websites. As a broad guide, anything above 100ms is pretty poor.
Time in milliseconds. Lower is better.
Historical DNS query times
Minimum Maximum Average
2008-06-01 16.2ms 52.0ms 21.6ms
2008-05-31 16.3ms 46.9ms 22.0ms
DNS query failuresThe importance of an ISP's DNS (domain name service) servers are often overlooked. It is these machines that turn "
www.google.com" into an IP address - 66.249.91.103 for example. If these servers are failing in their duty then you're likely to see delays or even the familar "Could not find server" error. As a broad guide, if more than 2% of queries are failing then something is amiss.
Show:
Perecentage of DNS queries failed. Lower is better.
Historical DNS query failure rate
Failed queries
2008-06-01 0.3%
2008-05-31 0.2%
Web page loading timesVisiting a web page is probably the most common task people do whilst on the internet. This test emulates that process and shows the average of how long a selection of pages took to load on each ISP. Given that all of the websites we're checking are based in the UK (and are therefore physically close to your ISP's network) then we'd say any result over a couple of seconds is pretty poor.
Time in seconds. Lower is better.
Historical web page loading times
Minimum Maximum Average
2008-06-01 107.0ms 10,195.0ms 377.1ms
2008-05-31 108.0ms 10,247.0ms 289.2ms
VoIP Mean Opinion ScoreThe Mean Opinion Score (MOS) is a standard metric defined by the ITU that is used to measure perceived call quality in VoIP phone calls. We are using the E-Model here to find the R-value, and then derive the MOS from R. Our calculation accounts for delay, packet loss, out of order packets and jitter. We simulate a G.711 (64kbps) VoIP call for the purposes of this test.
The Mean Opinion Score runs between a scale of 1 to 5 (with 5 being "perfect"). The use of the G.711 codec here means that we can never score above ~4.4. Anything above 4.0 can be considered a good quality call though. You can read more about the MOS here.
Mean Opinion Score (1-5). Higher is better.
Historical Mean Opnion Scores
Minimum Maximum Average
2008-06-01 4.0918 4.3866 4.3398
2008-05-31 4.3722 4.3844 4.3793
NOW THE DOWNLOADS.Web download speed testThis page shows the raw Mbps (Megabits per second) average speed of your connection when performing an HTTP download. Note that this does not factor in your line length, the product you are using, or the speed your connection has synchronised at.
Show:
Speed expressed in raw megabits per second (Mbps). Higher is better.
Historical web based download speed test results (in Mbps)
Minimum Maximum Average
2008-06-01 1.38 5.10 3.26
2008-05-31 2.54 3.02 2.78
UPLOADS ALL SAME SPEED.
Non-web download speed testThis page shows the raw Mbps (Megabits per second) average speed of your connection when downloading a file from something other than a web server. Note that this does not factor in your line length, the product you are using, or the speed your connection has synchronised at.
Show:
Speed expressed in raw megabits per second (Mbps). Higher is better.
Historical non-web based download speed test results (in Mbps)
Minimum Maximum Average
2008-06-01 1.39 5.03 3.24
2008-05-31 2.52 3.30 2.91
There is more but might be boring you...