IEPL
Designed for cross-border routes
IEPL generally refers to an international Ethernet private line, using dedicated cross-border transmission resources to connect two endpoints. Unlike routes that rely entirely on the public internet, it uses a different approach to organizing cross-border traffic and may suit situations where connection continuity is a priority.
Dedicated line resources typically cost more to procure and maintain, but an “IEPL” label does not mean every segment uses dedicated infrastructure. Connections between your device and the access point, or between the exit and the destination website, may still use public networks. Your local wireless network and the destination service also affect performance.
Worth considering for sustained work, long sessions, and streaming responses. Assess the exit region and real-world app performance together rather than relying on the connection type alone.
Relayed
Connect through an access point to an exit
With a relayed connection, traffic first goes to an access server, then continues to an exit in the destination region. This is more than simply taking an extra hop: combining the access location with the onward route can improve performance when a local network struggles to reach a distant exit directly.
Costs depend on the mix of access, transit, and exit resources, not just the number of hops. A well-chosen relay may help with congestion, but results depend on your network, time of day, and the destination website’s location.
Worth considering for everyday browsing, streaming, and connections where both region and performance matter. If things feel sluggish, compare different routes in the same region before switching countries.
Direct
Fewer relay steps
A direct connection generally means your device connects to the destination entry point or exit without an additional relay node arranged by the service. “Direct” does not mean there are no carrier routes, nor does it guarantee the shortest path to every website.
Direct connections often have a simpler access structure and may require fewer relay resources, but exit quality and carrier peering still involve costs. Changes in public internet routing can affect performance, so a simpler route does not necessarily mean consistently faster connections.
Worth considering when your local network has a smooth route to the destination region and your use case is clear. Assess page loading, uninterrupted playback, and session stability together.