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Ping test tool to check network connectivity, latency, and packet loss for quick network troubleshooting.
Ping is a computer network diagnostic utility used to test the reachability of a host on an Internet Protocol (IP) network. It operates by sending Internet Control Message Protocol (ICMP) echo request packets to the target host and listening for an echo reply. The tool measures the round-trip time for packets to travel from the source to the destination and back, and reports any packet loss.
Overview
Understand what the tool solves, how it works, and the boundaries of its data.
Ping sends Internet Control Message Protocol (ICMP) Echo requests to a hostname or IP address and waits for replies. The round-trip time (often called latency) measures how long a request and response took along that particular path. This online test runs from the service’s network to the target, so it does not measure the route from your own device or home network.
Enter a hostname such as example.com or an IPv4 address, then choose how many requests to send. The count is limited to 1–10, with four as the initial value. Results report requests sent and received, plus minimum, average, and maximum reply times in milliseconds. These are samples from one short run, not a continuous monitor.
A reply shows that the target responded to ICMP from the test service during this run. The average summarizes the successful measurements; the minimum and maximum show the observed range. If fewer requests return than were sent, the sample indicates packet loss on this test path. A small sample can vary with congestion, routing, filtering, and timing, so it should not be treated as a long-term service-level measurement.
Ping tests ICMP reachability, not whether a website’s pages load correctly, whether a specific application works, or how traffic travels at every network hop. A web service can work while ICMP replies are filtered.
Guide
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Use a hostname or IPv4 address. A web URL with a path is not the same as a host name; enter only the domain or address.
Choose between 1 and 10 requests. A larger count provides more samples in this run but still does not create ongoing monitoring.
Start the test, then review sent and received counts and the minimum, average, and maximum round-trip times. Note that the probe originates from the service network.
If you compare two hosts, run each with the same count and close timing. Treat small differences as snapshots rather than stable rankings.
Use cases
See how the tool fits into real work and everyday tasks.
An administrator can see whether a public host responds to a brief ICMP check from this service’s network before investigating application-specific access separately.
A support team can compare repeated samples to the same destination, while recording that the route begins at the online test service rather than each employee’s connection.
Q&A
Find concise answers to common questions and confusing cases.
No. A firewall, network policy, or host configuration may block or ignore ICMP while other services remain available. Check the relevant application or service separately.
No. Requests are sent from the online service’s network. To measure your own device-to-target path, run an ICMP test from that device or a network endpoint in the location you care about.
No. It reports summary measurements from a small request set. It does not trace each router along the route or collect ongoing history.
Notes
Review scope, result limitations, and important precautions before use.
Results reflect a brief ICMP test from the service network to the target at that moment. Network routes, congestion, and ICMP filtering can change the outcome. Do not infer that a website is unavailable solely from missing echo replies, and do not use a short sample as a substitute for monitoring from your users’ locations.
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