![]() It is also important to check whether the DNS server is authoritative in determining whether or not a name has been entered. To determine the DNS server responses, users must first run the ‘ipconfig /all’ command at a prompt, which must be followed by the IP address, subnet mask, and default gateway. Additional tests using Google’s Public DNS can also be performed to determine your DNS speed. By opening the Terminal app in the Applications folder for Mac or typing “cmd” into the Run field for Windows, you can conduct a DIG command and DNS response time test. Mac OS X and Windows users may have some issues with the process. ![]() After clicking the Start Benchmark button, a process that has begun will appear. We will benchmark your local DNS servers, as well as public and regional DNS servers, to determine which DNS server is most appropriate and fastest for your system. If you use Linux, you can use the namebench tool to check your DNS speed. Check Your Dns Speed With Namebench And Dig Commands This will give you an indication of the DNS speed for the particular domain. Finally, you can use the ‘time dig domainname’ command to get the time (in milliseconds) it takes for the DNS query to be handled. You can also use the command ‘host domainname’ to get the IP address associated with the domain name. This report will show the speed at which the DNS queries are handled. Once installed, you can use the command ‘dig domainname’ to get the DNS report. First, you’ll need to install the ‘dig’ command line tool. How To Check Dns Speed In Linux?Ĭhecking DNS speed in Linux is relatively straightforward. ![]() By following this simple procedure, you can ensure that your DNS server is working properly. The nslookup command can be used to check for DNS issues in Linux, and it will generate an A record response for the DNS server. The DNS server can then be checked to see if it is authoritative for the name being looked up. In Windows, press the command prompt and type ipconfig /all, which will generate a list of the IP address, subnet mask, and default gateway. The primary goal of testing a DNS server is to ensure that your network is working properly. Ensuring Your Dns Server Is Working: How To Test It On Windows And Linux ![]() This will help you validate the correctness of the DNS server configuration. Finally, you can use the ‘host’ command to find out the IP address of any domain name. This will show you the various records associated with the domain name, such as A, CNAME, MX, and TXT records. The next step is to use the ‘dig’ command to check the DNS records. ![]() This will allow you to find out information such as the nameservers and IP address that the server is using. The first step is to use the ‘nslookup’ command to query the DNS server you are testing. Testing the DNS server in Linux is quite easy and straightforward. Learn more about how the apps are run in Docker containers by looking at the ZoomAdmin Features list or the demo videos. Using ZoomAdmin to view server logs, manage servers, host multiple websites, and perform any other tasks will save you time and energy. No software is required to use namebench, and no changes to your system are made. If you want to benchmark your computer’s DNS server performance, you can use namebench, a DNS benchmarking utility. Namebench will then display the results of its benchmarking and suggest the best DNS server for your network. Once you’ve entered the DNS servers, click “Start Benchmark” and wait for the program to complete its analysis. You will be prompted to enter your preferred DNS servers. After installing, open a terminal window and type “namebench” to launch the program. To use namebench in Ubuntu, simply download the package from the official website and install it. It is a great tool for finding the best DNS server for your network. Namebench is a free open-source DNS benchmark utility for Ubuntu users. ![]()
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