ROUTE TYPES
How Route Types Work and What to Consider
IEPL dedicated lines, relays, and direct routes are not simply higher or lower tiers. They use different access paths and suit different network conditions, destinations, and use cases. When choosing, assess stability needs first, then the target exit, and finally compare real-world performance on your current network.
IEPL
Stability-first path
IEPL Dedicated Line
IEPL dedicated lines generally place local access and the overseas exit on a more controlled path, reducing unpredictable detours across public networks. Their value is not a more distant exit, but a clearer cross-border path. For sustained transfers, remote collaboration, meetings, cloud documents, and long-lived connections, these routes are often more consistent.
Dedicated-line resources cost more to build and maintain, so providers typically deploy them in key regions. The destination service still matters: for Asia-Pacific services, start with a nearby region; for North American services, choose the corresponding exit. When content requires a specific region, exit location usually matters more than the route name itself.
RELAY
Balanced access path
Relay Route
A relay route first connects to a nearby or more reliable access point, then uses a relay link to reach the destination region. It can avoid unstable segments between your local network and a distant data center while preserving a broad choice of exits. A relay is not necessarily slower than a direct route; its value lies in reorganizing the path so cross-region traffic does not depend entirely on the default route.
These routes suit everyday browsing, streaming, AI tools, and routine work, making them practical general-purpose options for most users to try first. Costs are typically between dedicated lines and direct routes. If several relay entries are available in one region, check the use-case tags instead of judging only by city name. The right entry may vary with the target platform, local carrier, and time of access.
DIRECT
Exit coverage first
Direct Route
A direct route connects your current network straight to an overseas exit, with a clear structure and flexible coverage for more countries and cities. It relies more heavily on the default route from your local carrier to the target data center, so results can vary more across networks. When the destination is nearby and the default route is sensible, a direct route can provide an efficient, straightforward path.
Direct resources are often better suited to light browsing, region switching, backup entries, and less common destination countries. Their deployment costs are relatively manageable, allowing broader exit coverage. Use them as a complement to dedicated and relay routes: assess path stability for important tasks, and choose the corresponding direct exit when a specific region is required.
Where Cost Differences Come From
Route costs mainly reflect access resources, cross-border path design, exit data centers, and ongoing maintenance. Dedicated lines require more defined link resources, relays need additional access points and relay scheduling, while direct routes depend more on public-network routing. Cost differences do not determine the experience ranking for every use case; the goal is a path suited to your current network and target service.
Why One City Can Offer Different Route Types
A city indicates only the main exit location, not the complete access path. The same Tokyo, Los Angeles, or London exit may be reached through a dedicated line, relay, or direct route. Keeping multiple access methods gives different carriers, use cases, and time periods alternative paths, and makes it easier to switch when a target service changes its policies.