Your options include a choice of QoS traffic type, TCP only (no UDP traffic will be generated), and the type chart you want to view. You configure the client with the IP address of the server. It does identify the IP address for the server so that you can easily configure the client. When you launch the server, your only option, other than changing the default port, is IPv4 or IPv6. Two separate icons are created: Run Server and Run Client. Unlike the previous two programs that can be run directly from the executables, TamoSoft Throughput has a setup program that installs the software on your computers. Fortunately, they also publish the TamoSoft Throughput Test that you can download free. Their product line includes LAN and Wi-Fi products ranging in price from $39.00 to $1599.00. TamoSoft is a New Zealand-based company that develops security and network monitoring and analysis tools. to make it comparable with other programs. It would be nice if those options included Kilobits/Sec, etc. Other options are available in the unit dropdown box. Select the tests and protocols that you want to run, select Unit of measure (the default is KBytes/s) and click Start measure. In the Remote Peer field, enter in the IP address of the Server computer. Note your local IP address in the box on the right-hand side of the screen – you’ll need that to configure the client on the second computer.

On the server you designate as the server, click on Server Mode and then Start Server. Run the executable on both test computers. Like LANBench, you download the file, unzip it and run the executable. The results are stored in a SQLite database, and you can easily export the results for analysis in Excel. According to the website, NetIO-GUI is an automated test that tests ICMP response times as well as network throughput for different packet sizes and protocols. NetIO-GUI is a graphical version of the command line utility netio. Enter the IP address of the server, configure your test settings and click OK. On the client computer, from the File menu, choose Configure and you’ll see the screen below. Be sure to note the IP address of this computer ( Run->Cmd->ipconfig), as you will need to enter it into the client computer. On the computer that you choose to use as a server, click on Listen. Download the zip file, extract the files into a directory, and launch LANBench.exe on both computers that you will be using for your tests. Configurable packet size, test duration and transfer mode.Multithreaded utilizing Windows I/O completion port.Low CPU overhead for pure network performance test.Multiple simultaneous connections – up to 20 (for load simulation).From their website, here’s a quick feature summary: It is designed as a simple TCP network benchmark utility, so UDP is not supported. The current version is 1.1.0 and you can download it here.

Both were connected via a TP-Link 8 port Gigabit switch.įirst up is LANBench. Both computers ran Windows 8.1 and had minimal software installed other than Office, Norton Internet Security and Firefox. For the tests that I ran, I used two nearly new (2 week old) ASUS Intel i7-based notebooks with Gigabit LAN ports. The client computer is the one that you use to initiate the tests and the one where you harvest the results. That article has been so popular that it prompted this encore, covering three additional free tools that you can add your network utility toolkit.Įach of the three products is based on using one computer as a “server” and a second computer as a client. Three years ago, we looked at five tools that you can use to measure network speed. The good news is that there are a number of performance testing tools that are extremely easy to use and carry the ultimate budget-friendly price – FREE! It can be a bit intimidating to set up and use, not to mention its very hefty price tag.

We are fortunate to be able to use the “gold standard” of network performance testing tools, Ixia’s IxChariot. Do you know how fast your network is? Did you just upgrade to Gigabit Ethernet and are curious just how much faster it is than 100 Mbps? What kind of performance are you getting out of your new “AC” router? Are you really getting enough performance out of your powerline network to support HD video streaming? To answer these questions, you need a program that will measure network performance.

Tamosoft throughput test review