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Internet Speed Test — Check Your Download & Upload Speed Instantly

Measure your connection's download, upload, and latency

Last updated: April 1, 2026

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How this test works

This speed test measures your connection by downloading and uploading test data to our servers. Ping is measured as the round-trip time of small requests. Results depend on your connection, device, and distance to the test server.

Results are approximate and may vary from dedicated speed test services that use multi-threaded connections and geographically optimized servers.

What Do Your Speed Test Results Mean?

Your internet speed is measured in three key metrics. Download speed (Mbps) determines how fast you can load websites, stream video, and pull files from the cloud. Upload speed affects video calls, file sharing, and cloud backups. Ping (latency) measures the round-trip delay in milliseconds — critical for gaming, video conferencing, and real-time applications.

ISPs advertise "up to" speeds, but your actual performance depends on network congestion, distance to the server, Wi-Fi interference, and how many devices share your connection. Testing regularly — at different times of day — gives you a realistic picture of what you're actually getting versus what you're paying for.

If you're using a VPN, expect some speed reduction due to encryption overhead and the extra network hop to the VPN server. A good VPN should reduce your speed by no more than 10-20%. If you see a larger drop, try connecting to a closer server or switching VPN protocols (WireGuard is typically the fastest).

For reference: 25 Mbps download is sufficient for HD streaming, 100 Mbps handles multiple 4K streams simultaneously, and 300+ Mbps is ideal for large households with heavy usage. Upload speed matters more than most people realize — anything below 5 Mbps will noticeably impact video call quality.

How VPNs Affect Your Speed

Every VPN adds some overhead to your connection. Encryption requires processing power — your device must encrypt each packet before sending and decrypt each response. Additionally, your traffic takes a detour through the VPN server, adding physical distance and an extra network hop. The VPN protocol matters too: WireGuard adds minimal overhead thanks to its efficient cryptography, while OpenVPN (especially on TCP) can reduce speeds more noticeably. Server load also plays a role — connecting to an overcrowded server during peak hours compounds the slowdown.

A speed reduction of 10-30% is completely normal when using a quality VPN with WireGuard on a nearby server. If you're seeing a 30-50% drop, the server may be congested or geographically distant. A drop exceeding 50% indicates a problem — your VPN protocol may be misconfigured, your ISP might be throttling VPN traffic, or the VPN server itself is overloaded. Compare your speed with and without the VPN to establish a baseline. If the drop is consistently severe, contact your VPN provider's support or try a different server location.

To minimize VPN speed loss, start by selecting a server geographically close to you — connecting from New York to a London server will always be slower than a nearby US server. Switch to WireGuard protocol if your VPN supports it, as it consistently outperforms OpenVPN and IKEv2 in speed tests. Try multiple servers in the same region, since server load varies throughout the day. If speed is critical, use split tunneling to route only sensitive traffic through the VPN while letting streaming or gaming traffic use your direct connection. Finally, ensure your VPN app and device firmware are up to date.

Frequently Asked Questions

Why is my internet speed slower than what my ISP advertises?
ISPs advertise maximum theoretical speeds ("up to X Mbps"), not guaranteed speeds. Your actual speed depends on network congestion, distance from the ISP's node, Wi-Fi signal strength, router quality, and how many devices are using your connection simultaneously. Test with an ethernet cable to eliminate Wi-Fi as a variable.
Does using a VPN slow down my internet?
Yes, but the impact should be minimal with a good VPN. Encryption adds processing overhead, and routing through a VPN server adds an extra network hop. Expect a 5-20% speed reduction. WireGuard protocol is typically the fastest. If you see a larger drop, try a server closer to your physical location.
What is a good internet speed for streaming?
For SD streaming, 3-5 Mbps is sufficient. HD (1080p) needs 5-10 Mbps. 4K streaming requires 25+ Mbps. For a household with multiple simultaneous streams, aim for 100+ Mbps. These are download speed requirements — upload speed matters less for streaming but is critical for video calls (5+ Mbps recommended).
Why does my speed test show different results at different times?
Network congestion varies throughout the day. Peak hours (evenings and weekends) typically show slower speeds as more people in your area use the internet simultaneously. Your ISP may also throttle certain types of traffic during peak times. Test at different times to understand your typical speed range.
How accurate is this speed test?
This test provides a reliable approximation of your connection speed by measuring actual data transfer to and from our servers. Results may differ slightly from other speed tests because each test uses different server locations, connection methods, and measurement techniques. For the most accurate results, close other tabs and applications during the test.
How much does a VPN slow down my internet?
With a top-tier VPN using WireGuard protocol, expect a 5-15% speed reduction on nearby servers. Long-distance connections (e.g., US to Europe) typically show a 20-35% drop. Budget VPNs or overcrowded free servers may reduce speeds by 50% or more. The main factors are distance to the VPN server, encryption protocol, server load, and your base internet speed. If you have a 100 Mbps connection and lose 15%, you still have 85 Mbps — more than enough for 4K streaming, video calls, and general browsing.
What is a good internet speed?
It depends on your usage. For basic browsing and email, 10-25 Mbps is sufficient. HD streaming (1080p) needs 5-10 Mbps per stream. 4K streaming requires 25+ Mbps. Video conferencing (Zoom, Teams) works best with 10+ Mbps download and 5+ Mbps upload. Online gaming requires low latency (under 50ms ping) more than raw speed, though 25+ Mbps helps. For a household with multiple users streaming, working remotely, and gaming simultaneously, 200-500 Mbps provides a comfortable buffer. Upload speed matters more than most people realize — anything under 5 Mbps will degrade video call quality.