How Routes Work
IEPL, Relayed, and Direct Connections
These terms describe how a connection is routed, not a certified performance ranking. Your experience also depends on your local network, the entry route, the exit, and the target service. Here’s how these routes generally work and when to consider them; refer to the client labels and service information for implementation details.
Dedicated Line
IEPL
IEPL usually refers to an International Ethernet Private Line. In a route setup, a dedicated line can carry traffic across borders between an entry point and an overseas exit, making that segment more controlled. You still connect to the entry point through your local network, and the exit still connects to the destination website, so “dedicated line” does not mean every segment from your device to the service is exclusively yours.
A dedicated line may suit activities that need sustained transfers, such as long video sessions, remote meetings, and ongoing access to work services. Judge it by how well it handles your actual tasks, not by its name. If a page opens but video keeps buffering, check the platform, playback quality, and local network before drawing conclusions from a single issue.
Dedicated lines typically involve additional procurement and maintenance, so their cost structure is often higher than routes using only public networks. This is not a separate billing rule from VPNUI, nor does it mean every dedicated line is faster. VPNUI prices are listed on the plans page; do not infer a dedicated-line surcharge from the route type.
Separate Entry and Exit Points
Relayed
A relayed route first connects to an entry point, which then forwards traffic to the destination exit. The entry and exit serve different purposes: the entry is how your device connects, while the exit determines the region the target service sees. A country such as Japan or the United States in a route name usually identifies the exit, not the entry point’s location.
Relayed routes may suit everyday browsing, research, and app access when you want a convenient connection and a choice of exit regions. A relay may improve the connection between your local network and the exit, but performance can also vary with the entry point, forwarding link, or exit. An extra segment does not necessarily make a route slower or more stable; test it on your own network.
Relayed routes involve entry resources, forwarding, and exit resources. Their costs often fall between different route options, but there is no universal fixed ranking. When choosing, focus on whether the entry is reachable and how the target website performs. If a relayed route in one region does not suit your current network, try another route type in the same region before switching to a distant exit.
Public Network Route
Direct
A direct route usually means the client connects straight to an overseas exit without first using a separate relay entry point. The route is simpler, but traffic still passes through your local ISP and public international networks. “Direct” describes the connection setup; it does not mean the physical distance is shortest or that no network equipment lies along the way.
A direct route may work well for everyday browsing or as a backup when the path from your local network to the target exit performs well. Results can vary by ISP, connection type, and time of day. If a direct route works at home but not on another network, note the difference rather than assuming the country name explains it.
Direct routes generally use fewer dedicated relay resources, but still involve exit and network transit costs. They are not simply “cheaper, so worse” or “one less segment, so faster.” Choose based on whether the route completes your task and stays connected, not on the route label as a quality rating.
Route type and account access are separate things. After updating your subscription, use the options actually shown in the client. Don’t assume this search example means a particular plan includes a particular city, or that IEPL, relayed, or direct routes guarantee streaming access.