Skip to content

traceroute6 MacOS command

The MacOS traceroute6 command is a network diagnostic tool used to trace the path that packets take to reach a destination using IPv6. It helps identify network issues such as latency and packet loss by sending packets with varying Time-to-Live (TTL) values and analyzing the responses from intermediary routers. By mapping out the network hops, users can pinpoint where connectivity problems may arise and troubleshoot accordingly. This command is particularly useful for network administrators and individuals looking to optimize their network performance.

Terminal window
traceroute6 [options] destination
OptionDescription
-IUse ICMPv6 ECHO requests for tracing
-m maxttlSet the maximum number of hops
-s sourcerouteUse the strict source routing option
-q nqueriesSet the number of probe packets per hop
-w waittimeSet the time to wait for a response
-p portSet the destination port number
-FDo not fragment the probes
-APrint AS number with IP address
-nDo not try to map IP addresses to hostnames
ParameterDescription
destinationThe destination address to trace the route to
Terminal window
traceroute6 google.com

Traces the route to the domain name “google.com” using IPv6.

Terminal window
traceroute6 2607:f8b0:4006:801::200e

Traces the route to the IPv6 address “2607:f8b0:4006:801::200e” to identify network hops.

Terminal window
traceroute6 -m 15 twitter.com

Defines a maximum of 15 hops when tracing the route to the domain name “twitter.com”.

Terminal window
traceroute6 -v -n facebook.com

Displays a verbose output with detailed information while tracing the route to the domain name “facebook.com”.

Terminal window
traceroute6 -s 2606:4700::6812:a346 youtube.com

Specifies the source address “2606:4700::6812:a346” while tracing the route to the domain name “youtube.com”.

To use the traceroute6 command in bash, execute the following command:

Terminal window
traceroute6 example.com

What are some common options for the traceroute6 command in MacOS?

Section titled “What are some common options for the traceroute6 command in MacOS?”

Some common options for the traceroute6 command in MacOS include:

Terminal window
traceroute6 -I example.com

How can I set the maximum number of hops in traceroute6 on MacOS?

Section titled “How can I set the maximum number of hops in traceroute6 on MacOS?”

To set the maximum number of hops in traceroute6 on MacOS, you can use the following command:

Terminal window
traceroute6 -m 30 example.com

How do I display the AS (Autonomous System) numbers in traceroute6 on MacOS?

Section titled “How do I display the AS (Autonomous System) numbers in traceroute6 on MacOS?”

You can display the AS (Autonomous System) numbers in traceroute6 on MacOS using the following command:

Terminal window
traceroute6 -A example.com

Can I specify the interface to use with the traceroute6 command in MacOS?

Section titled “Can I specify the interface to use with the traceroute6 command in MacOS?”

Yes, you can specify the interface to use with the traceroute6 command in MacOS. Here is an example command:

Terminal window
traceroute6 -I eth0 example.com

How do I resolve and display IP addresses in traceroute6 on MacOS?

Section titled “How do I resolve and display IP addresses in traceroute6 on MacOS?”

To resolve and display IP addresses in traceroute6 on MacOS, use the following command:

Terminal window
traceroute6 -n example.com

Is it possible to set the timeout for each probe in traceroute6 on MacOS?

Section titled “Is it possible to set the timeout for each probe in traceroute6 on MacOS?”

Yes, it is possible to set the timeout for each probe in traceroute6 on MacOS. Here is an example command:

Terminal window
traceroute6 -w 2 example.com

How can I perform a reverse DNS lookup in traceroute6 on MacOS?

Section titled “How can I perform a reverse DNS lookup in traceroute6 on MacOS?”

To perform a reverse DNS lookup in traceroute6 on MacOS, you can use the following command:

Terminal window
traceroute6 -N example.com
  • Troubleshooting network connectivity issues
  • Identifying network bottlenecks
  • Mapping the route packets take across a network
  • Diagnosing latency issues
  • Analyzing network paths and performance