Access Methods
Understand Route Types and Cost Differences
IEPL dedicated, relay, and direct routes are not a simple ranking. Each uses a different path structure and suits different regions, usage periods, and tasks.
IEPL
Path Priority
IEPL Dedicated
IEPL dedicated routes use a relatively fixed cross-border path between the entry and exit points, helping reduce unpredictable detours across public networks. They are well suited to long video meetings, large file synchronization, extended conversational AI tool use, and work that depends on a consistent connection. “Dedicated” describes how the route is organized; it does not mean one user exclusively occupies an entire physical link.
Dedicated routes require clearer planning for entry points, exits, and transmission resources, so operating costs are generally higher than standard direct routes. You do not need to send all traffic through a dedicated route: prioritize it for important meetings, remote collaboration, and sustained transfers, while using another entry for occasional browsing based on the target region.
RELAY
Path Routing
Relay Route
A relay route first connects through a nearby or better-positioned entry point, then sends traffic through an intermediate path to the target region. Its value lies in separating the local access segment from the international exit segment instead of relying on a single end-to-end path. For distant target cities or situations where direct routing takes an inefficient path, relays can be easier to adjust.
Relays add a routing step, so the actual experience depends on the entry point, exit region, and local network conditions at the time. They suit everyday browsing, streaming, developer resources, and routine file transfers. If a relay connects normally but the target service remains unstable, try another city in the same region before switching to a much farther country.
DIRECT
Simple Path
Direct Route
A direct route connects from the current network straight to an exit in the target city without passing through a specified relay entry. Its path is simpler, making it suitable when the target region is nearby, local access conditions are good, or you only need brief access to international websites. Direct routes are also useful for determining whether an issue comes from local access, the target service, or the relay path.
Direct routes are simpler to operate, but they can be more affected by local carrier networks, changing cross-border routing, and the distance to the target city. They are not automatically the poorer choice: when the path is suitable, direct access can reduce routing steps. If loading becomes unstable, try a relay in the same region first, then consider changing the target country.