Ping Test Tool
Test your network latency and connection stability with our professional ping test
Ping History
Packet Loss
Traceroute
Understanding Ping and Network Latency
Measure and analyze the responsiveness of your network connection
Ping is a network utility that measures the round-trip time for packets sent from your device to a destination server and back. It's a fundamental tool for diagnosing network issues and measuring connection quality.
Key Metrics We Measure
Average Ping
The mean round-trip time across all packets sent during the test. This is the most common metric used to measure network latency and responsiveness.
Minimum Ping
The fastest round-trip time recorded during your test. This represents your connection's optimal performance under ideal conditions.
Maximum Ping
The slowest round-trip time recorded during your test. Spikes in ping can cause lag, stuttering, and disconnections in real-time applications.
Jitter
The variation in ping times between consecutive packets. High jitter can cause stuttering in real-time applications even if your average ping is low.
How to Interpret Your Results
| Ping Time | Rating | Suitable For |
|---|---|---|
| < 20 ms | Excellent |
|
| 20-50 ms | Very Good |
|
| 50-100 ms | Good |
|
| 100-150 ms | Fair |
|
| > 150 ms | Poor |
|
Understanding Jitter
| Jitter | Rating | Impact |
|---|---|---|
| < 5 ms | Excellent | Ideal for VoIP, video calls, gaming, and all real-time applications |
| 5-15 ms | Good | Suitable for most applications with minimal impact |
| 15-25 ms | Fair | May cause occasional issues with real-time applications |
| > 25 ms | Poor | Likely to cause noticeable issues in gaming, video calls, and streaming |
What is Traceroute?
Traceroute shows the path that network packets take from your device to a destination server. It lists all the routers (hops) along the way and the time it takes to reach each one. This can help identify where network delays or packet loss are occurring.
How Traceroute Helps
By examining each hop in the network path, you can:
- Identify which network segments are causing delays
- Detect routing problems or inefficient paths
- Pinpoint where packet loss is occurring
- Understand the physical journey of your data
Tips for Improving Ping and Reducing Latency
Use a Wired Connection
Ethernet connections typically provide lower and more stable ping times than WiFi. If possible, connect your device directly to your router.
Close Bandwidth-Intensive Apps
Downloads, updates, and streaming can consume bandwidth and increase ping. Close unnecessary applications when you need optimal performance.
Connect to Closer Servers
Physical distance affects ping times. Choose servers geographically closer to you when possible, especially for gaming and real-time applications.
Update Network Drivers
Outdated network adapter drivers can cause performance issues. Keep your network drivers up to date for optimal performance.
Check for Interference
If using WiFi, ensure your router is away from other electronic devices that may cause interference. Position your router centrally and elevated.
Optimize Router Settings
Enable QoS (Quality of Service) on your router to prioritize gaming or video call traffic. Consider updating your router's firmware.