Server Locations - UyVPN | 90+ Countries and 200+ Routes

ROUTE ARCHIVE

Browse Routes by Region

The table below shows representative regional endpoints. The complete directory is based on the routes currently available in the user panel; client options may change during maintenance or regional updates.

Country or Region	City	Route Type	Streaming
Asia-Pacific
Japan	Tokyo	IEPL	Supported
Japan	Osaka	Relay	Supported
Hong Kong, China	Hong Kong	IEPL	Supported
Singapore	Singapore	Relay	Supported
South Korea	Seoul	Direct	Supported
Taiwan, China	Taipei	Relay	Supported
Malaysia	Kuala Lumpur	Direct	Platform-dependent
India	Mumbai	Relay	Platform-dependent
North America
United States	Los Angeles	IEPL	Supported
United States	Seattle	Relay	Supported
United States	New York	Direct	Supported
Canada	Toronto	Direct	Supported
Europe
United Kingdom	London	Relay	Supported
Germany	Frankfurt	IEPL	Supported
France	Paris	Direct	Supported
Netherlands	Amsterdam	Relay	Platform-dependent
Other Regions
Australia	Sydney	Relay	Supported
United Arab Emirates	Dubai	Direct	Platform-dependent
Brazil	São Paulo	Direct	Platform-dependent
South Africa	Johannesburg	Direct	Platform-dependent

IEPL

IEPL: A More Defined Cross-Border Path

IEPL routes typically connect a local entry point to an overseas exit through a more defined transport path, reducing unnecessary detours across the public internet. They suit scenarios that require consistent connectivity, such as remote work, long meetings, file synchronization, and ongoing access to business systems. The focus is path design, not fixed performance figures outside the user’s network environment.

IEPL resources generally cost more to build, access, and maintain than ordinary public-network paths, so they are best reserved for important tasks. If the local connection has wireless interference, carrier congestion, or background device usage, switching to IEPL cannot replace local troubleshooting. First confirm that the local network is stable, then compare sustained connections across routes serving the same target region.

RELAY

Relay Routes: Reorganizing the Path Between Entry and Exit

A relay route first connects to a nearby or better-suited intermediate entry point, then uses the relay network to reach the target region. Its value lies in avoiding inefficient paths between the local carrier and distant regions, especially when direct connections take detours or fluctuate across carriers. A relay is not simply an extra hop; it replaces an unreliable public route with a controllable intermediate path.

These routes suit general use, including everyday browsing, video access, AI tools, and ordinary work. Their resource costs typically fall between IEPL and direct routes, while they can cover a wider range of regions. Choose the required exit region first, then compare relay and direct routes within that region. If the target service is sensitive to account region, keep the usual exit relatively consistent and avoid frequent regional changes.

DIRECT

Direct Routes: Reaching an Overseas Exit over the Public Internet

A direct route connects the local network to the target exit without an additional relay layer. Its simpler structure suits regions with favorable routing and lightweight tasks that require a specific exit location. It can also help test whether a region works for a target website or serve as an alternative endpoint while IEPL or relay routes are under maintenance.

Direct performance depends more heavily on public routing between the local carrier and the target region. A short physical distance does not guarantee a better path, and neighboring regions can perform differently because of carrier interconnection. Direct routes generally cost less than paths requiring additional transport resources, but selection should still be based on task results rather than the region name alone.

ROUTE SELECTION

Choose a Route by Use Case

The goal is not to find one endpoint for every task, but to match the exit region, route path, and target app. Use the following sequence to evaluate a connection.

Everyday Use

Everyday Browsing: Start Nearby, Then Check Page Completeness

For international websites, research, or ordinary web pages, start with a nearby relay or direct route. Check whether pages load completely, sessions remain active, and images and files open normally—not just the client’s single status indicator. If a site repeatedly loads incompletely, switch route types within the same region before trying a distant exit.

Keep the exit region stable during everyday use whenever possible. Some websites assess the login environment using an account’s regional history, and frequent country or region changes may trigger additional verification. Once a reliable route is found for a frequently used site, save its name in the client and reuse it.

Streaming

Streaming: Match the Exit Region to the Content Catalog

For streaming, matching the content region comes first, followed by playback consistency. Confirm which region hosts the content you want, then choose the corresponding exit marked as supported in the table. Reopen the streaming app after connecting so it can detect the current network again. If the old catalog still appears, end the app process and launch it again.

Content platforms do not all identify exits in the same way, so one route may produce different results across platforms. When the catalog changes, try another route in the same region before changing the account region. High-bitrate playback is also affected by local Wi-Fi, device performance, and app cache; troubleshoot the local playback environment separately from route issues.

AI

AI Tools: Prioritize Session Continuity and a Consistent Exit

When using AI tools such as ChatGPT, choose a regional endpoint that can be reused over time and keep the same exit during login, conversations, and file processing. Frequent region changes mid-session may trigger another session check and disrupt the current task. If the tool opens but does not respond to submissions, refresh the session first, then try another route type in the same region.

For uploads or continuous content generation, prioritize an IEPL or relay route with more consistent connectivity. Direct routes can be a lightweight option for viewing public pages. AI tools may change their regional availability and account rules; a route only provides the network exit for the selected region, while specific features depend on what the tool page shows.

Gaming

Gaming: The Game Server Location Matters More Than a Popular Region

Choose a gaming endpoint based on the actual location of the game server. The character’s realm, matchmaking region, and login service may be in different places, so do not judge solely by the game’s publishing region. Start with an endpoint near the server region, observe responsiveness and connection continuity in a real match, and then decide whether to keep it.

Game updates, login services, and matches may also use different network paths. A normal update does not guarantee the same path during a match. If connectivity changes, close bandwidth-heavy background sync tasks, use a wired or stable wireless connection, and compare IEPL and relay routes in the same region.

Work

Work: Keep the Exit Fixed to the Business System’s Region

Remote meetings, corporate backends, code repositories, and cloud documents depend on consistent long-duration connections. Select an exit based on the business system’s region and keep it stable during work hours whenever possible. IEPL suits continuous meetings and file synchronization, relay routes cover multiple frequently used services, and direct routes can serve as an alternative for a single regional system.

For multiple work devices, use the same account on Windows, macOS, iOS, Android, and Linux; this service supports unlimited devices. When several devices access the same business system, use exits in the same or nearby region to reduce changes to the account environment. Download the client and subscription details after signing in to the user panel; static installers and public subscription URLs are not provided.

CONNECTION METHOD

Build a Reusable Route-Selection Method

A successful connection once does not mean a route suits every app. Record the target region, route type, app result, and local network separately to find a stable everyday setup faster.

Set the Target Region
First confirm the exit region required by the website, content catalog, AI tool, or business system. Once the region is clear, compare routes within that region instead of changing several variables at once.
Match the Route Type
For continuous tasks, compare IEPL and relay routes first; for lightweight browsing, try direct routes first. Route names describe the transport path and should not be judged independently of the specific app.
Verify in the Target App
After connecting, open the website or app you need and check login, content loading, file transfer, and session continuity. A connected status in the client is only a basic indicator; confirm the final result inside the target app.
Keep Useful Combinations
Record the region and route type that work for regular tasks. When conditions change, switch endpoints within the same region first, then check the local network to avoid aimless cross-region testing.