VPN Server Locations - UVvpn | 90+ Countries and 200+ International Routes

ROUTE INDEX

Browse the Route Directory by Region

The table highlights representative access regions, cities, and route categories. UVvpn covers 90+ countries and 200+ routes overall; the client shows the complete directory available to the current account.

Country or Region	City	Route Type	Streaming Support
Asia-Pacific
Hong Kong	Hong Kong	IEPL dedicated line	Supported
Japan	Tokyo	Transit	Supported
Japan	Osaka	Direct	Supported
Singapore	Singapore	IEPL dedicated line	Supported
South Korea	Seoul	Transit	Supported
Taiwan, China	Taipei	Transit	Supported
Australia	Sydney	Direct	Supported
North America
United States	Los Angeles	IEPL dedicated line	Supported
United States	San Jose	Transit	Supported
United States	New York	Direct	Supported
Canada	Toronto	Transit	Supported
Canada	Vancouver	Direct	Supported
Europe
United Kingdom	London	IEPL dedicated line	Supported
Germany	Frankfurt	Transit	Supported
Netherlands	Amsterdam	Direct	Supported
France	Paris	Transit	Supported
Finland	Helsinki	Direct	Supported
Other Regions
United Arab Emirates	Dubai	Transit	Supported
Brazil	São Paulo	Direct	Supported
South Africa	Johannesburg	Direct	Supported
New Zealand	Auckland	Direct	Supported

The route directory may change with network scheduling and regional maintenance. Sign in to the user panel and obtain a subscription, then rely on the routes currently shown as available in the client. Before changing regions, save any active uploads, meetings, or remote sessions to avoid disrupting current work when the connection is rebuilt.

ROUTE TYPES

How Three Route Types Work

Route names describe how data is primarily organized from the local access point to the destination region. Do not judge by the label alone; also consider the local carrier, time of use, destination service region, and task duration.

TYPE-IEPL

IEPL Dedicated Lines

IEPL dedicated lines emphasize control over the access and international segments. Data first enters a designated access point, then travels through a planned international link to the exit region. Compared with ordinary public-internet paths, these routes reduce unpredictable changes along the way, making them suitable for sustained transfers, long meetings, remote desktops, and workflows sensitive to connection fluctuations.

Dedicated-line resources usually cost more to deploy and maintain than ordinary transit or direct routes, so they are better suited to tasks where stability comes first. The destination region still matters: when accessing services in Japan, test Japanese routes first; for European business systems, start with a European exit near the service deployment rather than choosing solely by the “dedicated line” label.

TYPE-RELAY

Transit Routes

A transit route first sends the connection to a suitable access node, which then forwards it to the destination region. Its main purpose is to avoid unstable public-internet segments between the local network and the remote destination, improving the overall path through a more controllable entry point. Transit does not necessarily mean a longer route; the key factor is whether the access point matches the current carrier.

These routes suit everyday browsing, AI Tools, regular streaming, and file transfers, and are often a practical option to test first. If several entry points are available in the same region, test each with page loading, continuous playback, and uploads, then keep the one that is steadier on the current network instead of chasing momentary results.

TYPE-DIRECT

Direct Routes

A direct route connects the current network straight to the destination-region exit without an additional transit access layer. Its structure is simpler and works well when the local carrier already has a strong connection to the destination region. It is also commonly used for more distant regions with relatively scattered demand, allowing users to select the country or city they need directly.

Direct-route performance depends more heavily on the local network and international public-internet routing. The same route may differ across carriers, access methods, and times of day. Direct routes suit short connections, regional verification, and backup switching; if noticeable jitter appears during a long task, test a transit route in the same region or an exit in a nearby region instead of repeatedly reconnecting to the same path.

SELECTION METHOD

Choose Routes by Use Case: A Practical Method

First identify the region where the target service is located, then determine its requirements for stability, responsiveness, and sustained transfers. Change one variable at a time so you can tell whether an improvement comes from the region, route type, or local network.

WEB

Everyday Browsing

Everyday browsing includes websites, search, documents, and light downloads, which usually do not require a specific exit region. Start with a nearby transit or direct route, open familiar sites, and browse several pages in succession. Check whether initial loads, images, and navigation remain smooth. If a site requires a specific region, switch to the corresponding country or a nearby city.

Do not judge by a single page-load time. Caching can make the second visit appear faster, while background synchronization may affect the first result. A more useful test keeps the same sites, device, and local network while comparing candidate routes, then retains the one that remains steadier throughout the workflow.

MEDIA

Streaming and Media

Streaming depends first on content licensing by region, so choose a route in the country or region matching the target library. After connecting, confirm the content region shown on the page, play the target program, and seek through the timeline to check startup, quality changes, and uninterrupted playback. Opening the homepage alone is not full support; search, playback, and subtitles should each be verified.

Account region, payment region, and platform rules also affect the result. The route only provides the corresponding exit path and cannot replace the platform’s account requirements. If the content does not match expectations, sign out of the target app, clear the old session, reconnect, and retest with another route in the same region so that stale connection information does not affect the result.

AI

AI Tools

AI Tools often use web requests, persistent connections, and file uploads at the same time. Prioritize session continuity rather than switching exits repeatedly. Connect to a transit or IEPL dedicated line in a region supported by the target service, then test sign-in, a regular conversation, a long response, and an attachment to confirm that the complete workflow stays consistent.

If text chat works but uploads fail, first check the file, browser permissions, and current session instead of assuming a route failure. If a long response is interrupted, try another route type in the same region. If the sign-in region changes, verify the exit region again and avoid switching repeatedly between several countries in a short period.

PLAY

Gaming Connections

Gaming places greater emphasis on responsiveness and connection jitter. Choose an exit in the same or a nearby region based on the server zone, then test in training, matchmaking, or another low-risk setting. The city in a route name only indicates geographic direction; it cannot replace the actual connection result on the device, since the local carrier’s path to the access point also matters.

Game updates and live matches may work better on different routes. Large updates favor sustained throughput, while matches favor responsive stability. Finish the update first, then switch to the candidate route with smoother controls. Avoid changing routes during a match; rebuilding the connection interrupts the active session and makes before-and-after tests harder to compare.

WORK

Remote Work

Remote work often involves meetings, code repositories, cloud drives, enterprise systems, and remote desktops. First confirm where the enterprise service is deployed, then test an IEPL dedicated line or transit route in that region. Validation should cover more than a successful sign-in: test speaking in meetings, screen sharing, file uploads, and remote operations as sustained tasks.

Before important work, prepare a backup route in the same region and note the purpose of the primary and backup. If the primary route fails, pause uploads or save documents before switching. This is more reliable than trying every entry in the full directory on the spot. With no device limit, you can also save suitable configurations separately on a computer, tablet, and other work devices.

A Consistent Validation Process

Confirm the region: Check which service region the target website, app, or enterprise system requires, then narrow candidates to that country and nearby regions.
Keep the environment constant: Use the same device, local network, and test content. Avoid changing the network, client, and route at the same time.
Complete the task: Validate sign-in, loading, uploads, playback, or meetings through real actions instead of treating a single page load as a complete conclusion.
Keep a backup: Save another route type in the same region. When local routing changes, you can switch directly without filtering the entire directory again.

COVERAGE REGIONS

Organize Regional Coverage Around the Task

90+ countries and 200+ routes do not mean users must test every entry. The directory groups exits by business region, giving frequently used regions three options: a primary route, a same-region backup, and a nearby-region backup.

APAC

Asia-Pacific

Suitable for websites, streaming, AI Tools, and workplace services in Hong Kong, Japan, Singapore, South Korea, Taiwan, China, Australia, and New Zealand. For Chinese-language users, Asia-Pacific is often a practical first region to test for everyday access.

NA

North America

Covers major access directions across the United States and Canada, suitable for North American content services, cloud platforms, developer tools, and remote business work. When the target service is clearly in the United States, compare western and eastern cities first, then choose the side with the smoother connection.

EU

Europe

Includes representative locations in the United Kingdom, Germany, the Netherlands, France, and Finland. European business services are spread across a wide area, so choose around the target system’s deployment site. When the region is flexible, compare transit and direct paths in nearby countries.

GLOBAL

Other Regions

Provides access to local content and business services in the United Arab Emirates, Brazil, and South Africa. These paths cover longer distances, so complete-task testing is especially important. Keep a nearby region as backup instead of inferring the experience from the city name alone.

Primary Route

Match the target service region and complete a full task successfully on the current device and local network. Keep the primary route relatively consistent to reduce account-session changes between multiple exit regions.

Same-Region Backup

Choose another route within the same country or business region. It provides a quick replacement when the access path changes or a route is under maintenance while keeping the destination region as consistent as possible.

Nearby-Region Backup

When the target service does not require a specific country, save a geographically nearby region as an additional option. A nearby-region backup is intended for continuous access, not for tasks requiring a fixed content region or fixed enterprise policy.

SWITCHING CHECKLIST

Switching Routes and Troubleshooting

A connection problem does not necessarily come from the remote route. First distinguish among the local network, client state, account session, and target-service rules, then decide whether to change regions.

CHECK-A

Check the Local Network

Disconnect the subscription connection first and confirm that the ordinary network can open familiar pages normally. If the underlying network is also unstable, change the access method or re-establish the local connection. Repeatedly changing international routes only adds variables and makes the source of the problem harder to identify.

CHECK-B

Check the Client Status

Confirm that the client has loaded the latest subscription and that the selected route name matches the expected region. After sleep, a network change, or extended client uptime, disconnect and reconnect before testing the target website.

CHECK-C

Change Routes Within the Same Region

When the region must remain fixed, switch among IEPL dedicated, transit, and direct routes within the same country first. This changes the access path while keeping the exit region as consistent as possible, making it useful for diagnosing playback, sign-in, or persistent-connection interruptions.

CHECK-D

Revalidate the Session

After switching, close old pages or connections in the target app and open it again. Some services retain previous session information; refreshing the current page alone may still show the old state and lead to an incorrect judgment about the new route.

ROUTE FAQ

Global Server Locations FAQ

Why doesn’t this page show fixed latency and load figures?

Latency and load change with the local carrier, access method, time, and device. A test result recorded in the directory cannot represent a visitor’s current environment. This page lists only regions, cities, route types, and streaming support; verify actual connection performance in the client using a real task.

Is an IEPL dedicated line always better than a direct route?

Not necessarily. IEPL dedicated lines emphasize control over international routing and suit sustained work or tasks sensitive to fluctuations. If the public-internet route from the local network to the destination already performs well, a direct route may be better for light access. Filter by region first, then compare under the same conditions.

Why might content differ even when streaming is marked as supported?

The route provides an exit path in the corresponding region, but the platform may also check account region, payment region, content licensing, and previous sessions. After connecting, reopen the app and check the library, search, playback, and subtitles separately. The platform’s current rules determine the available content.

Can the same account use different routes on multiple devices?

Yes. UVvpn has no device limit. Windows, macOS, iOS, Android, and Linux devices can choose routes for their individual tasks, such as connecting a computer to a work region and a tablet to a streaming region. Each device should still verify its exit and target service separately.

How do I get the complete route directory?

Create an account with a username and password; no email address is required. After signing in to the user panel, obtain the client and subscription, then view the complete set of routes available to the current account in the client. Marketing pages do not provide static subscription URLs or direct installer links.

Should I switch countries first when a route has problems?

When content or work region must remain fixed, switching countries first is not recommended. Check the local network and client status, then switch to another route in the same region. Consider a nearby region only when the target service has no regional restriction or none of the same-region candidates can complete the task.