GLOBAL ROUTE INDEX

Global servers and route selection

Choose an exit based on the target region, route type, and intended use. LWVPN covers 90+ countries and 200+ routes, with representative locations organized across Asia-Pacific, North America, Europe, and other regions.

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ROUTE DIRECTORY

Regional route table

Use the table to understand representative regions, city entrances, and how routes are organized. When connecting, first identify the region where the target service is located, then check currently available routes in the client.

The streaming column describes route suitability; it does not mean every content platform will return the same result for every account, region, or time of day. Available content still depends on the target platform’s regional rules, account settings, and licensing.

Country/region	City	Route type	Streaming support
Asia-Pacific
Japan	Tokyo	IEPL dedicated route	Supported
Japan	Osaka	Relay	Supported
Hong Kong, China	Hong Kong	IEPL dedicated route	Supported
Singapore	Singapore	IEPL dedicated route	Supported
South Korea	Seoul	Relay	Supported
Malaysia	Kuala Lumpur	Relay	Choose by target region
Australia	Sydney	Direct	Supported
North America
United States	Los Angeles	IEPL dedicated route	Supported
United States	Seattle	Relay	Supported
United States	New York	Direct	Supported
Canada	Toronto	Relay	Supported
Canada	Vancouver	Direct	Choose by target region
Europe
United Kingdom	London	IEPL dedicated route	Supported
Germany	Frankfurt	Relay	Supported
Netherlands	Amsterdam	Direct	Choose by target region
France	Paris	Relay	Supported
Switzerland	Zurich	Direct	Choose by target region
Other regions
United Arab Emirates	Dubai	Relay	Choose by target region
Brazil	São Paulo	Direct	Supported
South Africa	Johannesburg	Direct	Choose by target region

Route status can change with the local network, carrier routing, and target-service policies. The table does not use fixed latency, load, or bandwidth figures because such data cannot represent every user’s current connection.

LINK ARCHIVE

Route types and cost structure

IEPL dedicated routes, relays, and direct connections are not a simple ranking. Each uses different entry points, transmission paths, and resource structures, making them suitable for different network conditions.

TYPE / IEPL

IEPL dedicated routes: more focused paths across borders

IEPL dedicated routes typically place the key transmission segment between the access point and the overseas exit on a more controlled path. Compared with connections that rely entirely on public networks, they prioritize path control across borders and reduce repeated route changes among public nodes. For sustained transfers, remote collaboration, long video playback, and streaming AI tool output, these routes are more likely to maintain a consistent session.

Dedicated-route resources generally cost more to build and maintain, so they are better suited to tasks that depend on connection continuity rather than every request. Consider the target service’s region as well: compare Japan entrances first for Japanese services, and North American entrances for North American services. Do not let the “dedicated” label replace geographic matching.

Best for International work, sustained transfers, long AI conversations, evening streaming

TYPE / RELAY

Relay routes: connect first, then choose an exit

A relay route first sends the connection to a suitable access point, then uses a relay node to reach the exit in the target region. Its key benefit is separating management of the local-to-entry and entry-to-target segments. When the direct path from a local carrier to an overseas city is poor, a relay can avoid some unstable sections and provide more flexible exit combinations for different regions.

These routes generally sit between dedicated and direct connections in cost and resource use, while offering broader coverage. They suit everyday browsing, file synchronization, streaming, and most international access tasks. A relay is not necessarily a shorter path because it adds an access stage; the actual experience depends on whether the relay entry fits the local network and whether the exit is close to the target service.

Best for Everyday browsing, content access, file synchronization, regional switching

TYPE / DIRECT

Direct routes: simple structure, greater exposure to public routing

A direct route connects the local network to an overseas server without an additional relay entry. Its structure is simpler and resource costs are relatively manageable, making it a practical foundation for coverage across more countries and cities. In regions that are nearby and have suitable public routing, direct connections can provide an effective access path.

Direct routes are more sensitive to local carriers, international exits, and changes in public routing. A direct route to the same city may perform differently across network environments. Use direct connections as regional supplements and backup paths rather than judging quality solely by physical distance.

Best for Light browsing, occasional use, access to specific regions, backup routes

SELECTION LOGIC

Choose routes by use case, not just by city

The right order is target region, task characteristics, local network performance, and fallback paths. A route name only describes how the path is organized; it cannot replace real connection testing.

BROWSE

Everyday browsing: start nearby, then compare entrances

Web browsing involves many short connections, image requests, and API requests, making connection setup important. Start with a geographically nearby city whose network direction is clear, then compare IEPL dedicated and relay routes. This usually provides a more consistent experience than choosing a more distant region. If a site clearly targets a particular country or region, match that region first instead of pursuing the shortest physical distance.

For browsing tasks, also check whether login remains stable, page resources load completely, and the session persists when changing pages. If a route opens only the homepage but fails during login or form submission, switch to another route type in the same region rather than immediately moving to a completely different region.

MEDIA

Streaming: regional detection and sustained transfer both matter

Streaming platforms commonly check the exit region, account region, and content licensing at the same time. First confirm which region the desired content belongs to, then choose an entrance in the corresponding city marked as supporting streaming. Loading the platform page does not guarantee identical playback conditions; also check continuous playback, recovery after seeking, and connection stability during longer sessions.

If the catalog does not match expectations, verify the exit region first, then try another route in the same region. Avoid switching repeatedly between countries, since the platform may reassess the session region. For extended evening viewing, compare IEPL dedicated and relay routes first; direct routes can serve as an additional path in the same region.

AI tools: prioritize session continuity and a consistent exit

AI web apps, developer tools, and API calls often involve login checks, persistent connections, and streaming output. Brief route changes may appear as interrupted responses, repeated page loads, expired login sessions, or retried API requests. Match the tool’s supported region first, then prefer a more stable IEPL dedicated or relay exit and keep the same region throughout a work session.

Browsers, command-line tools, and editor extensions may use different network settings. If the web app works but a developer tool has connection issues, check that the application is actually using the current route before deciding the server is unavailable. For long-running tasks, consistently keeping a verified route is usually more sensible than repeatedly switching cities.

GAME

Gaming: choose routes based on the game server’s direction

Game connectivity depends not only on the exit city but also on the different network directions used by matchmaking, update, and voice servers. Confirm the region the game actually connects to, then choose an entrance in that direction. If login, matchmaking, and gameplay use different services, one route may work normally in one stage and fluctuate in another.

Focus on stable input response, session continuity, and successful reconnection after network changes. IEPL dedicated routes suit connections that require sustained transfer; relays can improve certain local-to-target paths; direct routes work well where public routing performs suitably. Base the final decision on the actual session over the current network.

WORK

Work: secure the identity session before switching regions

International work often combines documents, meetings, code repositories, corporate dashboards, and file storage. Frequently changing the exit region can trigger another login-environment check or interrupt synchronization. Before starting work, choose a route aligned with the primary services’ region, verify login and file synchronization, and keep that route during the task.

For meetings and large file transfers, compare IEPL dedicated and relay routes first. If the main task is only reviewing materials or handling short requests, a direct route in the same region can serve as backup. The key is not finding one fixed server for every task, but establishing a stable entrance for the main workflow and keeping alternatives of different types in the same region.

ROUTE PROCEDURE

Route verification steps

Change only one condition at a time to determine whether the issue comes from the target region, route type, local network, or application settings.

Identify the target service region

First determine where the target website, content platform, AI tool, or work system is primarily deployed. If the service provides content by account region, check the account settings as well. Once the region is clear, choose a city entrance in the corresponding country or a nearby region.

Keep the device and local network fixed

Compare routes using the same device, access network, and task. If you change the device, network, and server at the same time, you cannot identify the source of the difference. LWVPN supports unlimited devices, but connection troubleshooting should still begin in one consistent environment.

Compare route types in the same region

Test the target region’s IEPL dedicated route first, then compare relay and direct connections. Observe page loading, login persistence, sustained transfers, and task completion rather than only whether the connect button reports success. If alternatives are available in the same region, switch within that region first.

Keep a verified backup entrance

After confirming the primary route, verify a backup route in the same or a nearby region. When local routing changes, switch to the backup entrance and continue the task. Verify login and access on the backup in advance instead of testing routes one by one after work has already been interrupted.

LWVPN / COVERAGE

Coverage opens the door; route selection determines the result

90+ countries and 200+ routes provide regional choice, while IEPL dedicated, relay, and direct connections suit different local networks and tasks. Identify the target region first, compare route types in that region, and keep a backup entrance for important work.

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