Location tells you where you’re connecting from; route type describes how the connection gets there. The same exit location may use different paths, so don’t choose by flag alone or assume an IEPL route will work with every app. The sections below explain how common route types work and what to consider. They’re guidance for choosing a route, not a performance guarantee for any individual connection.
Dedicated transport pathIEPL
IEPL: A focus on consistent cross-border transport
IEPL commonly refers to an international Ethernet private line, using dedicated transport resources to connect network access points in different regions. The connection from your device to the entry point, and from the exit to the destination website, can still be affected by your local network and the destination service. “Private line” does not mean the entire connection bypasses public networks. To assess performance, check both whether the client stays connected and whether the app can complete its requests.
This type of path may suit tasks that depend on a steady connection, such as longer video calls, cloud collaboration, and continuous playback. Dedicated transport resources typically cost more to build and maintain, but a higher cost does not make them the best fit for every destination. If your local Wi-Fi is unstable or the destination service is having issues, switching to an IEPL route may not address the cause.
To compare routes, keep the exit location the same and test them during your usual hours. Loading a webpage is only a starting point: also check whether files finish uploading or downloading, call audio stays clear, and app sessions remain active. Treat the route label as a description, not a test result.
Forwarded via an entry pointRelay
Relay: A route that uses an additional hop
A relay route sends your connection to an entry or forwarding node before it reaches the exit. Its purpose is to shape the route, not simply to add another connection step. A well-chosen entry point and peering resources may improve access over certain networks; a poor route choice can add delays. Relay routes are not inherently better or worse than other types.
Relay routes are often used to balance location options with everyday performance. They can suit browsing international websites, handling email, and using general online tools. Costs depend on how entry, exit, and intermediate transport resources are arranged. The “relay” label alone does not indicate plan pricing or available capacity; see the VPNOwn plans page for billing details.
If multiple entry points are available in the same region, compare them on the same device and local network. Keep the destination website unchanged when switching routes so you don’t mistake website differences for route differences. Once you find a combination that works well on your usual network, other routes in the same region can serve as useful comparisons when troubleshooting.
Public network pathDirect
Direct: A simpler setup, shaped by the network path
A direct route generally means the client connects to the destination exit without an additional relay entry arranged by the service. “Direct” describes the route structure; it does not mean there are no intermediate network devices or that traffic avoids your carrier’s network. Access depends on your local connection, inter-network peering, and the path from the exit to the website.
Direct routes have a relatively simple structure and typically don’t use an additional dedicated intermediate transport, so their resource costs differ as well. They may suit situations where your local network connects smoothly and you have a specific destination region in mind. For everyday browsing or occasional access to a service in another region, use direct routes as a point of comparison rather than assuming they only suit certain users.
If direct performance varies noticeably by time of day, try a relay or IEPL route while keeping the exit location the same. That way, you’re comparing transport methods rather than changing both the location and the route. For more on costs and choosing a setup, see the route selection guide.