Servers and cross-border routes

IEPL generally refers to an international Ethernet private line, using dedicated transport between network endpoints in different regions. Unlike a path that relies entirely on public internet routing, it can reduce the impact of congestion on the cross-border segment. However, the connection also includes the path from your device to the entry point and from the exit to the destination website. An IEPL label does not mean the entire connection uses a dedicated path.

IEPL may suit use cases where consistency matters, such as video calls, ongoing uploads, long viewing sessions, or repeated use of remote tools. Choose the required exit region, then complete a full task to test the route. Simply opening a page does not show whether the connection can handle a long session, and the route label is no substitute for testing the target app.

From a network infrastructure perspective, dedicated transport involves leasing links, connecting endpoints, and allocating capacity, and typically costs more than relying solely on the public internet. This explains the difference in route types; it does not mean this service charges an IEPL surcharge or applies different data usage rules. This page does not speculate about unlisted fees. Check the plans page and user dashboard for plan details.

A relayed route first sends the connection to an intermediate entry point, which then forwards it to the destination exit. The point is not simply to add more locations, but to provide an alternative path between networks. The entry location, forwarding method, and onward link all shape the result. An extra hop may improve routing, but it can also add connection overhead.

A relayed route may help when a direct path is unstable, page resources load inconsistently, or performance varies noticeably between carriers. To compare routes, keep the exit region the same and repeat the same task in your browser, file transfer, or meeting app. If the route improves the result, keep it as an option. If it only happens to load once, keep testing it with a complete task.

Relayed routes require entry points and forwarding capacity, and incur costs for the links that carry traffic; costs are not limited to the exit server. They also depend on the transport used after the relay, so not every relayed route is cheaper than an IEPL route or better than a direct one. Choose based on repeatable results, not an assumed price ranking based on the route label.

A direct route generally means the client connects to an exit in the destination region without an additional relay entry point arranged by the service. “Direct” does not mean there are no routing devices or that the physical distance is shortest. Carriers and public internet routing still determine the actual path, so direct routes in the same region may perform differently on different local networks.

A direct route may suit everyday browsing when the path from your local network to the destination region is already working well. Open the target site, then check that images load and sign-in and file operations work. If regular pages load but uploads keep failing, investigate further; a successful first page load does not prove that the route suits every task.

Direct routes typically use fewer service-side relay resources, but still require an exit server, bandwidth, and maintenance, so they are not cost-free. They are not limited to lightweight tasks either: suitability for streaming or work depends on the complete path and target service at the time. Route types help guide your choice; make the final call based on real use.