ROUTE TYPES
How to Tell Route Types Apart
IEPL, relay, and direct routes describe access paths and resource organization—not a simple quality ranking. The best fit can vary with the destination, network conditions, and time of use.
IEPL
Path Priority
IEPL
IEPL routes connect the entry point and overseas egress through specially organized international transport resources, reducing unpredictable path changes across public networks. This does not mean every target website uses exactly the same path; it makes the key cross-border segment easier to keep consistent.
These routes suit remote work, ongoing meetings, file synchronization, and long sessions. The benefit is a more controllable transmission path, not simply the highest speed in a single test. Resource scheduling and maintenance generally cost more than ordinary direct connections, making them better suited to tasks that require connection continuity.
Best for: Work sessions, stable access, sustained transfers, and services tied to a consistent region.
RELAY
Balanced Choice
Relay Routes
Relay routes first connect to a nearby or better-suited entry point, then use the relay network to reach the target egress. The entry and exit do not have to be in the same city; the route selects a suitable cross-border segment based on available resources. For most users, a relay reduces the uncertainty of connecting directly from the local network to a distant egress.
Relay routes are generally suitable for everyday browsing, video, AI Tools, and mixed use. Their resource cost sits between dedicated routes and ordinary direct connections, helping balance coverage and usability. Choose based on the final egress region rather than the entry-point name alone.
Best for: Everyday use, Streaming, AI Tools, and sharing one connection across multiple tasks.
DIRECT
Direct Access
Direct Routes
Direct routes connect the current network straight to an overseas server, with a clear structure and fewer intermediate scheduling steps. The actual path depends on the local carrier network, international exit, and target data center, so the same city may perform differently in different network environments.
Direct access suits temporary visits, backup connections, tasks requiring a specific egress, or networks that already connect well to the destination. Its structure is relatively straightforward, but it can be more affected by public-path changes during peak periods. If pages load incompletely or sessions disconnect often, compare a relay route in the same region.
Best for: Backup routes, access to a specific region, short tasks, and networks with good local conditions.
Don’t Judge by the Route Name Alone
A route type describes how the path is organized; it cannot replace context-based evaluation. For a service located in Japan, a Japanese relay may fit the regional requirement better than a more distant dedicated route. For US AI Tools, keeping a consistent US egress is often more important than switching frequently between countries.
Cost differences mainly come from cross-border resources, entry scheduling, egress maintenance, and regional availability. Dedicated routes prioritize path control, relays prioritize balance, and direct routes prioritize a straightforward structure. A sensible approach is to keep your usual region as the primary route and retain another route type in the same region for switching.