The following script can be run from within a router, with no requirement that the speed test be performed using a PC:
# (All of these lines beginning with "#" are comments - no need to type them!) # # At the end of this script you will find the 4 commands listed for simple use # # Ensure SSH (port 22) is enabled/open on router # Download PuTTY from www.putty.org # Using PuTTY connect to the router # Enter username+password for router ADMIN user #Type the following commands to perform a speedtest # The first command ("wget") downloads a 50MB file # *** If using pFsense use command "fetch" from the Shell: # *** fetch -o /dev/null http://download.thinkbroadband.com/50MB.zip # (Other files: /100MB.zip and /1GB.zip) # Whilst it downloads it will display the speed, such as below: # # 50MB.zip25%[==== ]12.50M 7.34MB/s # # OK, here's the command: (type it in, press Enter, and note the speed) wget http://download.thinkbroadband.com/50MB.zip # If we type the next command ("ls") we'll see the file is now downloaded ls # ...so let's remove it to save valuable memory space: rm 50MB.zip # ...and repeat the "ls" command to confirm it's removed: ls # The speed result is usually reported in "MB/s" rather than "Mb/s" #To convert to mb/s simply multiply by 8 #(So if the speed was 7.xx MB/s, multiply 7 * 8) #(...the result would be 56 Mb/s) expr 7 * 8 # OK, now let's measure the latency: ping 8.8.8.8 -c 1 #The result will look like below: # round-trip min/avg/max = 18.387/18.387/18.387 ms # (This is the latency in ms_____________^^^^^^^__) # Finally, let's exit and disconnect: exit # As promised, here's the 4 simple commands: wget http://download.thinkbroadband.com/50MB.zip rm 50MB.zip ping 8.8.8.8 -c 1 exit
Was this article helpful?
That’s Great!
Thank you for your feedback
Sorry! We couldn't be helpful
Thank you for your feedback
Feedback sent
We appreciate your effort and will try to fix the article