IEPL / How the Cross-Border Segment Is Routed
IEPL: Dedicated Transport Segment
IEPL generally refers to an international Ethernet private line. Its key distinction is that the cross-border segment uses dedicated transport resources rather than relying entirely on public-internet routing. This approach aims to reduce uncertainty caused by changes to shared routes. Your local connection, the connection to the entry point, and the route from the exit to the target service still matter; the characteristics of one segment are not an end-to-end guarantee.
This route can suit office work, remote collaboration and other tasks that need a sustained connection. Compare continuity in the applications you actually use—for example, whether documents keep saving and meetings avoid repeated reconnections—rather than relying on the route name alone. When public networks are congested in the evening, compare the dedicated route with other paths in the same region under the same conditions.
Dedicated transport generally involves higher procurement and maintenance costs, but a higher cost does not automatically mean faster access to every website. VPNSound plan prices are listed on the plans page. This section explains technical cost differences; it does not infer the cost of a specific route, exclusive resources or a performance ceiling.
For tasks that need a sustained connectionStill affected by your local connection
Relay / How Entry and Exit Points Work Together
Relay: Traffic Forwarded Through an Intermediate Node
A relay route uses a forwarding node between you and the destination exit. You connect to an entry point first, then travel through subsequent links to the exit; the entry and exit locations don’t have to match. An extra node doesn’t necessarily make the connection worse. If the entry point has better peering and the onward route is more suitable, the overall connection may perform better than a route that looks shorter on paper.
Relay routes are worth comparing for everyday browsing, access that requires a specific exit region, or an unstable connection from your local network to a remote destination. Performance depends on how each segment’s routing works together, so “fewer hops are always better” is an oversimplification. If you change local network providers, recheck whether the entry point that worked before is still a good fit.
Relay routes use resources for the entry point, forwarding and exit, so their setup is usually more complex than a simple direct path. That doesn’t let us rank the actual cost of individual routes on this service. A relay is not the same as an IEPL line: forwarding does not mean the cross-border segment uses dedicated transport. Check the route type shown in your subscription.
Understand entry and exit separatelyCheck against your local network
Direct / Public-Internet Routing
Direct: Connect to the Destination Exit
Direct usually means the client connects to the destination exit node without an additional service-side relay entry point. It doesn’t mean the data passes through only one network device or that you connect directly to the destination website. The path still includes your local access network, carrier peering and international transport, all of which can affect performance.
Direct can suit everyday access when the route from your location to the exit is working well, and it can serve as a baseline for comparing routes in the same region. If it reliably handles your tasks, there’s no need to rule it out just because the name sounds simple. If public routes are congested during the hours you use them, compare a relay or dedicated route instead of repeatedly switching protocols on the same path.
Direct routes generally require fewer resources for additional forwarding, but actual costs still depend on exit resources and peering conditions. A simpler technical setup does not mean fewer content-access permissions. Streaming platforms and AI services consider factors such as exit location and account status; the “direct” label alone cannot predict access.
Useful as a route baselineDoesn’t mean a direct connection to the website