Ping Test

Ping any website or IP address online. Free ping tool to measure round-trip time, packet loss, and network latency. Test connectivity from multiple servers.

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APIPOST /api/v1/network/ping
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Try also: Traceroute
Run Check

Key Features

100% Free

No registration required, unlimited checks

Instant Results

Real-time analysis with detailed output

REST API Access

Integrate into your workflow via API

Accurate Data

Live queries to authoritative sources

What is Ping Test?

The online ping test sends ICMP echo requests to a target host and measures the round-trip time (RTT) for each response. It reports minimum, maximum, and average latency along with jitter and packet loss percentage — the key metrics for evaluating network connectivity and performance. Ping is the most fundamental network diagnostic tool, used by system administrators to verify server availability, by gamers to measure latency to game servers, by VoIP engineers to ensure call quality, and by website owners to monitor uptime.

This free online ping tool works directly in your browser — no need to open a terminal or install software. It supports both domain names and IP addresses (IPv4 and IPv6), and tests connectivity from our servers to give you an independent measurement that isn't affected by your local network conditions. The results include a response timeline chart so you can visually identify latency spikes and intermittent connectivity issues that single-point measurements might miss.

How to Use

  1. 1Enter the domain name or IP address you want to ping (e.g., example.com or 8.8.8.8)
  2. 2Click 'Run Check' to send a series of ICMP echo requests to the target
  3. 3Review the key metrics: average RTT (round-trip time), minimum and maximum latency, jitter, and packet loss percentage
  4. 4Check the response timeline chart to identify latency spikes or intermittent drops
  5. 5If packet loss is above 0%, there may be network congestion or routing issues between the servers
  6. 6Compare results with other tools like Traceroute to identify exactly where latency occurs

Who Uses This

System Administrators

Monitor and troubleshoot infrastructure

Developers

Debug network issues and integrate via API

SEO Specialists

Verify domain configuration and performance

Security Analysts

Audit and assess network security

Frequently Asked Questions

What is a ping test and how does it work?
A ping test sends small data packets called ICMP (Internet Control Message Protocol) echo requests to a target host and waits for echo replies. The time between sending the request and receiving the reply is the round-trip time (RTT), measured in milliseconds. The test typically sends multiple packets to calculate average, minimum, and maximum latency, as well as packet loss — the percentage of packets that never received a reply. Ping is the simplest and fastest way to check if a server is reachable and how responsive the network connection is.
What is a good ping time?
Ping quality depends on the use case. Under 20ms is excellent and ideal for competitive gaming and real-time applications. 20–50ms is good for most online activities including gaming, video calls, and streaming. 50–100ms is acceptable for general browsing and non-real-time tasks. Over 100ms is noticeable in interactive applications — games feel laggy, video calls may stutter. Over 200ms makes real-time interaction very difficult. Geographic distance is the biggest factor: pinging a server on the same continent typically yields 10–50ms, while intercontinental pings are usually 100–300ms.
Why is my ping so high?
High ping has several common causes: geographic distance from the server (light in fiber takes about 5ms per 1000km), network congestion during peak hours, Wi-Fi interference and signal weakness (switch to Ethernet for lower ping), ISP routing inefficiencies (your traffic may take a suboptimal path), background applications consuming bandwidth (downloads, streaming, cloud sync), and VPN overhead adding extra hops. To diagnose the specific cause, use Traceroute to see where the latency spike occurs in the network path.
What is the difference between ping, latency, and jitter?
Ping refers to the ICMP echo request/reply test itself. Latency is the time delay measured by ping — the round-trip time for a packet to travel to the server and back, measured in milliseconds. Jitter is the variation in latency between consecutive packets. Low jitter means consistent response times, while high jitter means the connection is unstable. For example, if five ping results are 20ms, 22ms, 45ms, 18ms, 80ms — the average latency is about 37ms, but the jitter is high, indicating an unstable connection that will cause problems for gaming, VoIP, and video streaming.
What does packet loss mean and how do I fix it?
Packet loss means some ICMP packets sent to the target never received a reply. A packet loss of 0% is ideal. 1–2% is usually tolerable but indicates minor network issues. Over 5% causes noticeable degradation in video calls, gaming, and file transfers. Over 20% makes the connection nearly unusable. Common causes include network congestion, faulty hardware (bad cables, failing network cards), Wi-Fi interference, and ISP issues. To fix it: test on a wired connection to rule out Wi-Fi, restart your router, check for bandwidth-heavy applications, and contact your ISP if the problem persists from a wired connection.