ROUTE TYPES
Understanding the Three Route Types
IEPL, relay, and direct routes describe different ways of organizing a connection. None is universally better outside its intended context; compare path stability, destination region, time of use, and cost structure.
IEPL
More centralized path management
IEPL
IEPL places key cross-border links on a more centrally managed network path, reducing the chance of repeated detours across the public internet. Its value is most apparent in complex network conditions and busy periods: when ordinary routes are affected by congestion, routing changes, or unstable access points, a dedicated path can help maintain a continuous connection.
These routes suit video meetings, sustained transfers, remote desktops, long-running collaboration, and web apps that are sensitive to interruptions. The exit region must still match the destination service. An IEPL route in Asia may not suit local content in Europe; the connection type cannot replace regional selection.
Dedicated routes require additional link resources and operational support, so they generally cost more than ordinary direct connections. They are best for situations where stability comes first, not for every task. Keep relay or direct routes as alternatives for light browsing, and reserve IEPL for work that needs continuity.
RELAY
Separate entry and exit points
Relay Routes
A relay route first sends the connection to a better-suited entry point, then uses an intermediate link to reach the target exit. Its purpose is not simply to add another hop, but to use a controllable entry point when the direct path from the local network to a remote node is unsuitable. For cross-carrier and cross-region access, relays can improve entry selection and routing consistency.
These routes suit everyday browsing, streaming, AI web tools, and general work. They offer a practical balance of regional coverage, resource cost, and user experience, making them a good first option for many users. If the destination is sensitive to exit region, choose the country or region first, then compare relay routes within that region.
Relay performance depends on both the entry network and the exit direction. When the local network changes, an entry point that worked well before may no longer be the best choice. If pages load slowly, streaming output pauses, or meeting audio becomes choppy, try another relay in the same region before changing the exit country.
DIRECT
Straightforward path structure
Direct Routes
A direct route connects the local network straight to the target exit node. Its path is clear and works well when the public route from your network to the destination region is already strong. With fewer intermediate links, direct routes can also extend to more countries and cities, offering flexibility for region-specific websites.
Direct routes suit ordinary websites, research, email, low-frequency apps, and tasks requiring an exit in a specific country. When the public route to the destination is stable, direct access can provide a simple, effective path. If routing is noticeably indirect or fluctuates during busy periods, try a relay or IEPL route instead.
Direct routes have a simpler resource structure and are generally easier to keep cost-effective, but their actual performance depends more on the local network, destination region, and public routing. Do not judge by the route name alone. After connecting, open the target service and verify login, page loading, playback, and ongoing interaction.