Servers and
international routes

IEPL usually refers to an international Ethernet private line. The cross-border segment uses dedicated transport resources rather than relying entirely on the public internet. What matters is not whether a route is labeled “dedicated,” but how the path between the access point and exit is arranged and how reliably your local network can reach that access point. Dedicated transport cannot eliminate congestion on a home network, wireless interference or slow responses from a destination website.

These routes are worth testing first for sustained connections, such as long work sessions, video calls and streaming during peak evening hours. Test the complete task at the time you actually use it, rather than just opening a homepage. Continuous playback, uninterrupted call audio and completed file uploads tell you more about whether a route suits your network than a successful connection alone.

Dedicated transport resources typically involve higher infrastructure and maintenance costs. This is a difference in route construction costs, not an additional fee charged by VPNLD based on the route name. This page does not list prices by node; subscription prices and data policies are on the plans page. A dedicated route does not necessarily mean a dedicated exit, and does not imply that your account has a fixed or exclusive IP address.

A relay route adds a forwarding step between your device and the overseas exit. Your device first connects to an access point, then the request travels onward to the exit. This changes the connection path; it does not mean that adding a step always makes the connection slower, nor that all relay routes use the same cross-border resources. The access location, carrier routing and exit network can all affect performance.

For everyday browsing, research and remote work, a relay route is one option to compare. If your local network has a poor path to a direct exit, a relay in the same region may offer an alternative. When testing, keep the exit region the same and change only the route type. This helps distinguish a regional issue from a path issue; changing both at once makes the results harder to interpret.

Costs mainly come from access, forwarding and exit resources, along with maintenance, and may involve managing several connection segments. The actual cost depends on the configuration, so the word “relay” alone cannot tell you whether a plan is better value. Choose based on how well it completes your tasks, and keep a backup route in the same region instead of switching frequently just to try different node names.

A direct route typically connects the client straight to an overseas access point, without a specially configured relay in between. The path is relatively direct, but the cross-border segment still depends on public internet routing and your local carrier’s connectivity. “Direct” describes how the connection is arranged; it does not mean there are no other network devices between your device and the destination website, or that a direct route will always suit your current network better than an IEPL or relay route.

When your local network can reach the overseas access point reliably, a direct route can work for everyday browsing, regional content and backup connectivity. If your experience changes noticeably on another local network, access conditions may be a key factor. Test on the network you normally use rather than assuming results from another location apply to your device.

Direct routes are relatively simple to manage and typically use fewer forwarding resources, though exit and network resources still have costs. Lower cost does not mean lower quality, and higher cost does not guarantee suitability at every hour. VPNLD’s approach is to match the route to the task. If connections keep dropping, compare a relay or IEPL route in the same region.