International Routes & Server Selection Guide

IEPL typically refers to an international Ethernet private line. Unlike connections that rely mainly on public internet links for cross-border traffic, it uses a dedicated line to carry the relevant part of the route, making the path and transmission resources more controllable. A server name only indicates the entry point. The full experience also depends on local access, connections at both ends of the private line, and the network between the exit and the destination service. The name alone cannot tell you how the entire path will perform.

These routes may suit extended work sessions, ongoing conversations or evening peak-time access, and can be useful for comparison when ordinary routes fluctuate. A dedicated line cannot resolve congestion on your local Wi-Fi or change how quickly the destination website responds. If a page loads but a generation task is still pending, the cause may be on the application side rather than in the network path.

In general, dedicated lines incur costs for the transmission and access resources they use, and typically cost more than routes relying solely on the public internet. This explains differences in how routes are built; it does not mean NanNanVPN charges extra for a particular region or guarantee exclusive resources or a fixed speed. Check the user panel for actual plan details and route availability.

A relay route sends data to an intermediate entry point first, then onward to the destination exit. The entry point and final exit region can differ, so the address your client connects to should not be assumed to be the region a destination website sees. Choose based on the exit information shown for the route and the region reported by the target service.

Relay routes are useful when local access and a remote exit need to be handled separately. For example, if a service requires an exit in a distant region, a relay can provide a path without relying solely on direct routing from your local network to that region. A route with more hops is not necessarily slower; the quality and congestion of each network link, along with routing decisions, matter more than simply counting hops.

Costs mainly come from the entry point, exit point and transmission resources between them. Different relay routes use different combinations of resources, so their costs and performance can vary. To see how a route change affects results, keep the destination website, device and access network the same while testing different routes.

Direct usually means the client connects to the relevant exit server without an additional relay entry point configured by the service. “Direct” describes the service architecture; it does not mean data passes through no other devices on carrier networks or follows the shortest physical path. Actual routing still depends on network interconnections and carrier decisions.

When the public network path from your location to the destination region is working well, a direct connection may suit everyday browsing and lighter work. It is straightforward to test: connect, open the target service, check that page resources load fully and sign-in works, then see whether the connection holds up during use. If the problem occurs only on your home Wi-Fi, try another access method first rather than assuming the exit server is at fault.

Direct routes typically avoid the additional resources required for a relay, but exit servers, network interconnections and maintenance still cost money. A simpler setup is not right for every use case, and does not guarantee better results than a dedicated line or relay at any particular time. It is more practical to keep a route that works for you and a different path as a backup than to switch repeatedly based on route labels.

For research, reading documents and accessing international websites, start with a nearby exit that meets the destination service’s requirements. Open a familiar site and check that text, images and other page resources load fully before searching or signing in. A website opening successfully does not mean every app is using the same route; check that your client’s routing mode matches the app’s settings.

If you do not need a specific region, keep a route that already works rather than switching repeatedly based on location names. When something goes wrong, first check whether one website or all websites are affected, then decide whether to try another path.

Before streaming, check the content’s service region and make sure it matches your account region and the title you want to watch. Netflix, Disney+, YouTube, HBO and other platforms each have their own access and content rules. Opening a platform, signing in and playing a specific title are separate steps to verify. Regions in the table are for route selection only; they do not promise a fixed catalog or ongoing playback.

Test the actual program you plan to watch: start playback and try seeking, rather than stopping at the home page. If you see a region notice, note its exact wording and check your exit location. If playback works but buffers often, also check your local Wi-Fi, background downloads and current route. Streaming uses plan data, so check your remaining allowance before a long viewing session.

Tools such as ChatGPT, Claude, Gemini and Midjourney may have different requirements for service region, account status and access method. Check each tool’s official supported regions and choose a compatible exit. A website opening does not guarantee that API calls will work; development environments may also use their own proxy settings, which need to be checked separately.

For ongoing conversations, file uploads or generation tasks, test whether you can complete the whole process. Keep the connection stable while a task is running rather than switching exits just because it takes a while. If you see an eligibility or billing notice, follow the target platform’s rules. If the connection drops, check the client status and route. For more use cases, see the AI guide.

First check where the game server is located and whether the game client supports your current network setup. Store pages, sign-in services and live matches may connect to different destinations, so smooth browsing does not guarantee the same experience in-game. Broad route coverage also does not mean this service is specially optimized for every game.

Choose an exit that matches the game server’s region and test it in a non-critical match. Switching routes mid-game may disconnect your session, so test before you start. If another network tool is running alongside the game client, check its settings first to avoid multiple tools competing for the same network configuration.

For video meetings, shared documents and code hosting, focus on whether long-lived connections stay up, files transfer completely and local work systems remain accessible. Check your organization’s network requirements before setting routes for international websites and internal services. For managed work devices, ask the appropriate administrator to confirm the configuration.

NanNanVPN supports Windows / macOS / iOS / Android / Linux, with unlimited simultaneous devices. Import the subscription and check the connection status separately on each device. Unlimited devices does not mean you can ignore your plan’s remaining data. The no-logs policy is part of this service’s privacy approach; keep your account password, subscription link and work files secure.