Regions & International Routes

IEPL usually refers to an international Ethernet leased-line service provided by a carrier. When used for network acceleration, the dedicated line carries a specified segment of the route; it does not carry every segment between your device and the destination website. Your home network, access provider, and the remaining route from the exit to the website still affect the experience. After selecting a dedicated-line route, verify the full workflow in your target app.

This option may suit users who prioritize long-running connections, video calls, and sustained content transfers. Dedicated transport resources generally cost more, but a higher cost does not make them a better fit for every use case. VPNFar does not publish per-server costs, dedicated-line specifications, or performance guarantees on this page. Check the dashboard for available types and the plans page for pricing.

A relay route adds a forwarding step between you and the overseas exit. The client connects to an entry point, which forwards requests to the exit. The point is to organize the route differently, not simply to add another stop. Compatibility between the entry point and your local provider, and the quality of the forwarding path, may matter more than the exit's distance. The additional forwarding step also requires resources and maintenance.

Relay routes are worth comparing for everyday browsing, work across regions, or when a direct route performs poorly. Costs generally include entry, forwarding, and exit resources; the exact cost depends on the route configuration, so the name alone is not enough to judge it. Test the same destination on the same network and compare page loading and session stability. Change one setting at a time.

A direct route usually means the client connects to the exit server without an additional service relay. The path is more straightforward, but cross-border routing depends more on your local provider and public network routes. A nearby exit does not necessarily mean a shorter network path, and the same exit may perform differently across access networks. The name alone does not tell you whether a direct route will be faster or slower.

Direct routes can be a candidate for everyday use and a useful comparison when troubleshooting. Without extra forwarding resources, some deployments may have a simpler resource structure, but this is not a separate pricing commitment from VPNFar. If a direct route reliably handles your task, there is no need to switch frequently just for a route label. If performance changes during peak hours, compare other entry points and route types.