VPNCD Global Server Locations

IEPL usually refers to an international Ethernet private line. The basic idea is to provide a dedicated transport connection between specified endpoints, so that this part of the journey does not rely entirely on public internet routing. In a subscription service, a dedicated line may cover only part of the connection: traffic from your device to the entry point, and from the egress point to the destination website, may still use public networks. When you see a dedicated-line label, check which segment it applies to rather than assuming the entire connection uses an exclusive path.

This type of path may suit tasks that benefit from consistent, sustained connections, such as video calls, remote work, or extended media playback. Dedicated transport generally costs more to build and maintain, but a higher cost does not guarantee faster access every time. Entry-point selection, egress congestion, client rules, and the target server's condition can all affect performance. Check the panel for availability and access details.

A transit route first sends your request to an entry node, which then forwards it to the destination egress point. This separates local access from international transit and, under suitable network conditions, can reduce the effects of inefficient public routing. Transit does not necessarily use a dedicated line, nor does it imply a single type of transport. When assessing a route, distinguish between traffic passing through a relay and traffic using dedicated transport; the terms are not interchangeable.

Transit can be an option for everyday browsing, using several apps at once, or switching between egress locations. It requires additional nodes to operate and maintain, with costs depending on entry resources, cross-region transport, and the egress network. Each extra node is also another potential point of failure. If an app has connection issues, compare other routes in the same location, but check your local network before assuming the transit segment is at fault.

A direct connection usually means the client connects to a remote node without an additional entry relay configured by the service. It does not mean that data travels across the internet without routers, or that your device connects directly to the target website. Traffic between the client and node still depends on carrier interconnections and public routing; the node then connects to the target service. The path is easier to understand, but performance depends more on the connection between your local network and the remote node.

When the public route from your local network to the target location is suitable, a direct connection can be an option for browsing and general work. Compared with a more complex transit route, it may require fewer relay resources. However, egress quality and node maintenance still have costs, so this does not indicate a plan's price or performance ranking. If the connection becomes unstable, consider when it happens and your carrier's network conditions, then compare other paths in the panel using the same apps.