Global Locations and International Routes

IEPL usually refers to an International Ethernet Private Line. In a network service, it can provide a transport segment between access points and an exit, reducing reliance on public internet routes for that segment. The connection from your device to the access point, and from the exit to the destination website, may still use other networks. An IEPL label does not mean the entire connection uses dedicated resources.

These routes may suit tasks where a consistent connection matters, such as remote collaboration, extended video streaming or keeping a work session active. Dedicated transport resources generally cost more to build and maintain, but that does not imply fees beyond the plans listed on this page. VPN29 billing is explained on the plans page and in the dashboard; a route label alone does not mean a route will incur an extra charge.

Test the full workflow before choosing a route. A website loading does not confirm that file uploads, meeting audio and video playback will work under the same conditions. Local Wi-Fi interference or a busy destination platform may not be resolved simply by switching to a dedicated route.

A relay route first sends the connection to an access point, which forwards it to the exit. This lets the entry point and exit be selected separately, rather than requiring your local network to carry all cross-border traffic directly. A relay does not specify the transport medium; the rest of the path may still use the public internet. “Relay” and “dedicated route” are therefore not interchangeable terms.

Everyday browsing, cloud tools and general video streaming can all be tested over a relay route. The experience depends on how well the entry point fits your local network and on the path beyond it. An extra hop is not necessarily slower or faster: a suitable access point may help if the original route takes a detour, while a poor fit may add waiting time.

Costs can include access resources, forwarded traffic and exit resources, so they cannot be inferred just from the number of intermediate nodes. When comparing routes, start with options that use the same exit region. Keep the route that works reliably for your task instead of switching repeatedly between unrelated regions.

A direct route usually means your device connects to the service’s entry point without an additional, service-provided relay layer beforehand. It still relies on routing and interconnection between carriers; it does not mean the data passes through only one network node, nor does it mean app data is unencrypted. Network topology and encryption are separate factors, so the term “direct” says nothing by itself about privacy.

A direct route may be a good option when the path from your local network to the destination entry point is suitable, whether for everyday browsing or services in a particular region. It usually has no additional, upfront forwarding layer, so the architecture may be simpler. International exit resources, regional interconnection and maintenance still have costs. This page does not rank routes by cost or claim that a direct route necessarily comes with a cheaper plan.

If pages load slowly or connections drop during your usual hours, keep the destination region the same and try another route type in the client. This makes it easier to tell whether the difference comes from the route structure or the exit location, without changing multiple factors at once.