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Online Ping Test

Measure the response time (latency) of any IP address or hostname from our server with repeated ICMP-style pings.

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About this tool

The Online Ping Test measures the round-trip response time from our server to any hostname or IP address, simulating what an ICMP ping would return from a neutral, third-party vantage point. It sends multiple sequential requests and reports min, max, and average response times alongside packet loss percentage. This is useful for checking whether a server is reachable, measuring latency to a remote host, verifying that a server is responding after a deployment, and troubleshooting network connectivity from a reference point outside your own network. The tool uses HTTP-level probing or ICMP where available from the backend.

Why use it

  • Server-side pinging provides a neutral measurement independent of your network.

  • Reports min, max, average, and packet loss across multiple pings.

  • Works for both hostnames and raw IP addresses.

  • Useful for confirming server reachability from a third-party perspective.

  • Server-side pinging provides a neutral measurement independent of your local network or ISP.

  • Reports min, max, average, median, and packet loss across multiple probes.

How to use

  1. Enter a hostname or IP address in the input field.
  2. Set the number of pings (default 4).
  3. Click Ping to start the test — probes are sent sequentially with a 1-second gap.
  4. Review min, max, average response times, and packet loss in the results.
  5. Enter a hostname (e.g. example.com) or IP address (e.g. 8.8.8.8) in the input field.
  6. Set the number of pings to send (default 4, max 10).

When it helps

  • Verifying a server responds after a reboot or deployment.
  • Measuring latency to a remote server from a neutral data center.
  • Checking whether a host is reachable independent of your local network or ISP.
  • Troubleshooting intermittent connectivity by checking packet loss.
  • Verifying a server responds after a reboot, deployment, or DNS change.

Examples

Public DNS resolver

Input
Host: 8.8.8.8, count: 4
Expected result
Probe 1: 12.3 ms
Probe 2: 11.8 ms
Probe 3: 12.1 ms
Probe 4: 11.9 ms
Min/Avg/Max: 11.8 / 12.0 / 12.3 ms
Jitter: 0.2 ms
Loss: 0%

Distant server (cross-continent)

Input
Host: server.au.example.com, count: 4
Expected result
Probe 1: 178 ms
Probe 2: 182 ms
Probe 3: 175 ms
Probe 4: 1000 ms (timeout)
Min/Avg/Max: 175 / 383 / 1000 ms
Jitter: 412 ms
Loss: 25% (1/4)

ICMP-blocking firewall

Input
Host: protected.example.com, count: 4
Expected result
ICMP blocked — falling back to HTTP probe
Probe 1: 89 ms (HTTP)
Probe 2: 91 ms (HTTP)
Probe 3: 88 ms (HTTP)
Probe 4: 92 ms (HTTP)
Note: Server reachable via HTTPS but blocks ICMP.

Tips

  • Ping under 20ms is excellent; 20-100ms is good; 100-300ms is acceptable; over 300ms degrades real-time apps like voice/video.
  • Packet loss above 1% is a problem worth investigating — even 5% loss makes TCP-based protocols stutter.
  • Many production servers block ICMP at the firewall — a failed ping does not necessarily mean the host is down. Try the Website Status Checker for HTTP-level confirmation.
  • Jitter (variance between probes) matters more than average latency for VoIP and gaming — aim for under 30ms jitter.
  • If you see consistent loss on every Nth packet, a router on the path may be rate-limiting ICMP — typical and usually harmless.
  • Compare hostname ping (uses DNS) to IP-only ping — large differences indicate slow DNS resolution.
  • Use traceroute (or our future traceroute tool) to find which hop on the path is causing latency.

Frequently Asked Questions

What is ping?
Ping is a network utility that sends ICMP Echo Request packets to a host and measures the time for the Echo Reply to return — the round-trip time (RTT), commonly called latency.
Why might a ping fail even though the site loads in my browser?
Many servers block ICMP packets (ping) via firewall rules for security. The server may still accept HTTP/HTTPS traffic while refusing ICMP. A ping failure does not necessarily mean the service is down.
What is a good ping (latency) value?
Under 20ms is excellent. 20-100ms is good for most applications. 100-300ms is acceptable but may cause perceptible delay in real-time applications. Above 300ms is considered high latency.
Can I ping a private IP address (192.168.x.x)?
No. The ping is sent from our server on the public internet and cannot reach private/non-routable IP addresses.
Is this the same as running ping in my terminal?
Functionally similar, but the request originates from our server rather than your machine. This eliminates your local network as a variable.

Explore the category

Website Status Checker Check whether any website or URL is up or down and see its HTTP response code, response time, and server headers. Snowflake ID Generator Generate Twitter-style Snowflake IDs — 64-bit time-ordered unique integers used in distributed social platforms. Reverse DNS Lookup Perform a reverse DNS lookup (PTR record query) to find the hostname associated with any IP address. HTTP Request Builder Send HTTP requests from your browser via a server-side proxy — set method, headers, body, and inspect the full response. Regex Tester Test regular expressions with live matches Unix Time Converter Convert Unix timestamps to readable date and back

Glossary

ICMP
Internet Control Message Protocol — the network-layer protocol used by ping (Echo Request/Reply) and traceroute. Often filtered at firewalls for security.
RTT
Round-Trip Time — the duration for a packet to travel from sender to receiver and back. The latency metric reported by ping.
Latency
The time delay between sending a network request and receiving the response. Measured in milliseconds (ms). Synonymous with RTT in the ping context.
Jitter
The variation in latency between successive packets. High jitter (over 30ms) degrades real-time applications even when average latency is low.
Packet loss
The percentage of probes that did not receive a response within the timeout. Above 1% indicates a network issue worth investigating.
Traceroute
A diagnostic command that maps the network path from source to destination by sending packets with increasing TTL values and recording each router's reply.
TTL (network)
Time-To-Live in IP packets — a counter decremented at each router hop. When it reaches zero, the packet is dropped and an ICMP Time Exceeded is sent back. Used by traceroute.
MTU
Maximum Transmission Unit — the largest packet size that can be sent over a network without fragmentation. Standard ethernet is 1500 bytes.