Use our tool to perform traceroute tests online. Input a domain or IP to know the full path the network packets take from the tool’s server to the target.
Our traceroute testing tool allows you to perform a traceroute test quickly. Use it to find out how your internet connection reaches a specific server or website. To perform a traceroute test, simply provide the tool with an IP address or a domain.
When you provide our traceroute testing tool with an input, it maps the exact path. The path that your data packets take from one point to another, showing each hop along the way. With our tool, you can easily detect where delays or interruptions occur in the network.
The main reason for performing a traceroute or tracert command test is to understand how your data travels across the Internet. Networking experts use it for many other purposes, such as:
Two methods are commonly used to run a traceroute test. One is using our tool to traceroute online. Alternatively, you can run a tracert command manually (varies with operating system). Here are the steps for each:
Using our tracert tool is the quickest way to perform a traceroute test online. Here are the steps for using our tool.
Once done, the tool will instantly display the traceroute results for you.
You can also perform the traceroute test by manually running the tracert command inside the command prompt of your device's operating system. The procedure varies with the operating system of your device.
Follow the steps below to use the tracert command on a Mac or Linux system.
To run a traceroute test on Windows:
Note: The term “hostname” is a domain, website address, or IP address of a server, router, or device you want to trace.
Upon the request to measure an IP path, our Traceroute tool returns the following results.
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Hop Number |
Position of the router in the network path between the source and destination. |
|
Host/IP Address |
Hostname or IP address of the router that responded at that hop. |
|
Loss% |
Percentage of packets that did not receive a response from that hop. |
|
Snt |
Number of probe packets sent to the hop. |
|
Last |
Response time of the most recent packet sent to the hop, measured in milliseconds (ms). |
|
Avg |
Average response time across all packets sent to the hop. |
|
Best |
Fastest response time recorded for the hop. |
|
Wrst |
Slowest response time recorded for the hop. |
|
StDev |
Variation in response times. |
When you run a domain or IP address through our traceroute tool, it immediately starts the traceroute test that goes on like:
Our traceroute tool by DNSChecker offers a set of valuable features, making it a worthwhile asset for your use. Here are some of the key features that make our tool the first choice for the online tracert command.
You don’t need to be a networking expert or use complicated system commands to run a traceroute. With our tool, you can perform the same test instantly from your web browser just by entering an IP or a domain.
At DNSChecker, we built this tool to deliver results quickly and precisely. It captures each hop that your data passes through, along with accurate response times.
Traceroute results are presented in a clear, terminal-style format that’s simple to follow. Each hop is displayed in a numbered list along with key details such as the:
Our tracert tool is completely free to use and doesn’t require registration. It is designed for everyone. Anyone from beginners checking their internet routes to IT professionals troubleshooting complex network issues can use it easily.
An IP route, or IP path, is the sequence in which data packets travel across network devices, such as routers and switches, from the source to their final destination.
You can use various techniques to measure the IP path. Here are the ones that are commonly used by networking professionals.
Traceroute is the most common technique used for measuring the IP path.
In this technique, packets are sent with increasing TTL values. Each router the packets pass through in the path returns an ICMP message when the TTL expires.
During this, the traceroute tool records every hop between the source and destination and shows resutls.
IP Ping is another technique that can be used to measure the IP path. It does not give you the full path but helps you measure round-trip time (latency) and packet loss.
MTR, also called my traceroute, is a technique that combines both ping and traceroute. In MTR, each hop is checked continuously, measures latency, and packet loss per hop. It provides you with a more detailed view of network performance.
This is a common method used to measure the IP path on Windows OS. It also combines Ping and Traceroute and measures packet loss at each hop.
A traceroute, also called tracert, is a network testing term that shows a network connection's real-time path a packet takes to reach a network resource. It examines the hops that communication will follow across the IP network.
Look for hops with noticeably higher latency (ms) than the previous ones. This is usually where delays likely start. Also, repeated packet loss at a specific hop can indicate network congestion or instability at that point.
It usually means that the router in the path is configured not to respond to the ping coming for diagnostics. This can also happen due to a broken connection. However, it does not always mean that the connection is not working. Sometimes, a timeout occurs due to firewall settings and security rules.
This often happens when a router gives lower priority to traceroute requests. The router may take longer to reply to the test packets while still forwarding regular traffic normally.
Traceroute may stop before reaching the destination if a firewall, router, or security system blocks traceroute requests. This does not always mean the destination is offline or unreachable.
