How it works
An IEPL dedicated line places key cross-border transmission segments on a relatively independent link, reducing the effect of public-network route changes on the connection. The device still connects through the local network, while the cross-border segment uses a more centralized routing structure and depends more heavily on fixed resources.
Best for
Suitable for long online meetings, remote desktops, code synchronization, large file transfers, and work tasks that require stable sessions. When you need to keep the same regional exit for an extended period, choose a dedicated line near the target city instead of switching regions frequently.
Cost considerations
Building and maintaining dedicated resources generally costs more than using ordinary paths, so coverage is more concentrated. Their value lies mainly in path control; they do not guarantee faster loading for every website. If the destination service itself is congested, changing route types may not change the outcome.
How it works
A relay route first sends the connection to a suitable entry point, then uses an intermediate link to reach the target exit. Entry and exit resources can be maintained separately, balancing city coverage, network paths, and resource allocation. The city shown in the client usually identifies the final exit, not the relay entry point.
Best for
Suitable for everyday browsing, online video, AI tools, research, and general downloads. Most users can start with a nearby relay route. If a service clearly requires a specific region, switch to the relevant country or city instead of choosing a distant exit from the outset.
Cost considerations
Relay routes require maintenance for the entry point, forwarding link, and exit, giving them a cost structure between dedicated lines and direct connections. Their advantages are flexible combinations and broad coverage; the additional path segments also make task stability more important than the region name alone.
How it works
A direct route sends traffic from the user’s current network straight to the exit server without an additional relay entry point. Its simpler structure supports broad country and city coverage, works well as a regional backup, and makes it easy to check whether a service requires a particular exit.
Best for
Suitable for light web access, occasional regional checks, backup connections, and nearby exits. If the local path to the target region is already smooth, a direct route can support longer sessions. If the path fluctuates, try a relay route in the same region.
Cost considerations
Direct routes do not require extra entry or forwarding resources, so their structure and maintenance are more straightforward and easier to extend across regions. They are not a lower-spec option, but a different path choice. In less common regions, direct routes can be a clearer and more stable exit solution than complex relays.