NordVPN vs CyberGhost:
compare real conditions.
Here, NordLynx is compared with CyberGhost’s WireGuard UDP setup. Match the test source and exit coverage before looking at the score. Then check how you plan to connect: an app on a supported device and a manual router configuration are different use cases, and benchmark speed cannot settle compatibility.
Measured results only when quality checks passThe comparison setup
A higher speed on one route is not proof of a universal winner. Open the data below to see the exact source and coverage.
Which VPN is better for your priorities?
Choose a test source and window here; the benchmark below uses exactly the same worker, timeframe and QC-matched exits. Pick a use case, or set your own weights. This is a pair-relative performance comparison—not a global VPN rating.
Balanced combines measured throughput, consistency and network responsiveness when those metrics are available.
Increase what matters to you. Weights are relative and automatically normalised to 100%. A slider is disabled if matching measurements are not available for both VPNs.
Controls here also update the benchmark below.
Pick a test source, time window and activity above.
Factors included in your ranking
What should you prioritise?
Download throughput and consistent retained speed matter for avoiding buffering. Streaming-service access is not measured here.
Low latency reduces response delay, low jitter helps keep timing stable, and packet loss helps avoid interruptions. Without measured latency, we do not name a gaming winner.
Higher download Mbps and retained speed matter most when transferring large files. It does not predict every website or server.
Low latency, low jitter, low packet loss and enough upload bandwidth can improve call quality. An unavailable factor is never assumed to be good.
Fast response times help sites feel snappy; sustained throughput matters less for basic pages. Browsing results are limited when ping is not measured.
Combine priorities for your own use. A score is calculated only from the selected worker, timeframe and eligible shared exit measurements.
How scoring works: each VPN is compared against the other on identical QC-eligible exits for each available metric. Higher download/upload/retention and lower latency/jitter/loss score better. Every eligible exit receives equal weight. Pair-relative scores sum to 100; a gap below 2 points is reported as too close. These scores are not independent quality ratings or a statistical confidence interval. Features, security, pricing, geo-unblocking and privacy audits are not measured in this calculation.
Speed by matched VPN exit
Results below are snapshots published by the Secure-VPN testing system. The source worker is where the test starts; VPN exit country is where the VPN connects. They are not the same thing.
Measured dates are shown after selecting a READY snapshot.
Features worth checking before you choose
Compare NordLynx and CyberGhost WireGuard from the same worker, then check whether your preferred exit and device features are supported. Feature availability and pricing are editorial checkpoints, not continuously refreshed specifications.
A speed comparison that still leaves room for device fit
NordVPN: NordLynx is based on WireGuard. Check the protocol selected in your app before comparing its results with this page. Provider documentation.
CyberGhost: CyberGhost supports WireGuard in its apps. Its support guide says manual WireGuard configuration is unavailable, so check your intended device before choosing. Provider documentation.
Editorial notes reviewed . Benchmark dates are reported separately with the loaded measurements. Provider documentation is not independent verification.
| What to check | NordVPN | CyberGhost |
|---|---|---|
| Protocol tested here | NordLynx (WireGuard-based) | WireGuard UDP |
| Device coverage | Check current simultaneous-connection limit and router options | Check current device rules and router options |
| Privacy controls | Test kill switch, DNS protection and split tunneling per OS | Test kill switch, DNS protection and split tunneling per OS |
| Price and renewals | Confirm checkout total and renewal terms | Confirm checkout total and renewal terms |
| What this benchmark means | Results apply to the selected worker, time window, protocol and eligible shared VPN exits only. | |
How we keep the comparison fair
We require a READY result, a shared eligible exit, and at least three quality-accepted samples for each provider at that exit. Missing exits do not count as zero speed. Some worker and time-window combinations are withheld because coverage is insufficient.
Speed kept (%) compares measured download performance with a clean baseline; raw download Mbps is also shown when supplied. Results can differ between worker countries and over time. See the testing methodology for limitations.
NordVPN vs CyberGhost — FAQs
What should I check if I want a manual WireGuard setup?
Verify the provider’s current instructions for your exact device. CyberGhost’s linked support guide distinguishes its in-app WireGuard support from manual configuration, which it says is not supported.
Which VPN is faster?
There is no universal winner. The measurements above apply only to the selected worker, time window and eligible shared VPN exits. Older data is explicitly dated.
Which protocols are compared?
This page measures NordVPN using NordLynx · WireGuard-based and CyberGhost using WireGuard UDP. Protocols and routes are not mixed across providers.
Why do results change with the test source?
Changing the worker changes the network route to the VPN exit. An exit country is not the same as the worker or the visitor location.
Why are some worker/window results missing?
The comparison requires at least three eligible samples on each side of at least three common VPN exits. Withheld results are not treated as zero speed.
Continue comparing
Choose using your own priorities.
Use the published evidence together with device support, privacy controls and the full renewal price. No fabricated winner is presented when measurements are withheld.