VPN Server Locations - RNVPN | 120+ Countries, 230+ Routes

REGION INDEX

Browse sample routes by region

The table shows representative entries from the 120+ countries / 230+ routes, illustrating regional distribution and access types. Actual availability is based on the routes currently shown in the user panel.

A country may have multiple cities or access methods. The city indicates the exit region, while the route type describes how traffic is carried from the local network to the destination region. Consider both together: a shorter geographic distance is not always better on every network, and the same route type may perform differently with different destination services.

“Streaming supported” means the route is configured for common viewing scenarios, but platforms independently evaluate account region, content rights, exit address and payment details. Directory support does not guarantee permanent access to every library. When a platform changes regional behavior, confirm the content’s region first, then choose a route in that region.

Country or region	City	Route type	Streaming support
Asia-Pacific
Hong Kong	Hong Kong	IEPL Dedicated	Supported
Singapore	Singapore	IEPL Dedicated	Supported
Japan	Tokyo	Relay	Supported
Japan	Osaka	Direct	Subject to platform rules
South Korea	Seoul	Relay	Supported
Taiwan, China	Taipei	Relay	Supported
Thailand	Bangkok	Direct	Subject to platform rules
Malaysia	Kuala Lumpur	Direct	Subject to platform rules
North America
United States	Los Angeles	Relay	Supported
United States	San Jose	Direct	Subject to platform rules
United States	New York	Direct	Supported
Canada	Toronto	Direct	Supported
Canada	Vancouver	Relay	Subject to platform rules
Mexico	Mexico City	Direct	Subject to platform rules
Europe
United Kingdom	London	Relay	Supported
Netherlands	Amsterdam	Relay	Supported
Germany	Frankfurt	Direct	Subject to platform rules
France	Paris	Direct	Supported
Switzerland	Zurich	Direct	Subject to platform rules
Sweden	Stockholm	Direct	Subject to platform rules
Other regions
Australia	Sydney	Relay	Supported
New Zealand	Auckland	Direct	Subject to platform rules
United Arab Emirates	Dubai	Relay	Subject to platform rules
Brazil	São Paulo	Direct	Subject to platform rules

ROUTE ARCHITECTURE

Route types and cost structure

IEPL dedicated, relay and direct routes address different path concerns. Consider the entry quality, international path, exit region and destination service together rather than judging by name alone.

I

IEPL Dedicated

IEPL dedicated routes use a relatively independent international path to connect the local entry point with an exit in the target region. The goal is not to shorten the straight-line distance on a map, but to reduce the impact of unpredictable detours and congestion on public international links. For video meetings, remote desktops, sustained uploads and downloads, and high-bitrate streaming, link stability is usually more important than short-lived peak speed.

Dedicated-line resources generally cost more to organize and maintain than ordinary paths, so they are best suited to frequently used regions and core scenarios. Local access conditions still matter: home broadband, office networks, public Wi-Fi and mobile networks may use different exits, so the same dedicated route can produce different results. When performance fluctuates, switching between dedicated entries in the same region is easier to troubleshoot than moving straight to a distant region.

II

Relay

A relay route first connects to a selected entry point, which then forwards traffic to the target region. It suits situations where the local network takes an inefficient path to international links. The relay node helps organize the path, avoid some detours on public routes and provide better-matched entries for different networks.

More relays do not necessarily mean a better path. Each forwarding hop adds another component to maintain, so the focus should be matching the entry and exit rather than stacking layers. Relay routes are commonly used for access to Japan, North America and Europe, and also suit streaming, AI tools and international work. Their cost is generally between dedicated and ordinary direct routes, while their coverage is easier to expand.

III

Direct

A direct route enters the target-region exit straight from the current network, without a dedicated optimization entry. Its structure is simple and regional coverage is flexible, making it suitable for web browsing, research, occasional use and scenarios that require an exit in a specific country. On networks with good international access, direct routes can provide a clear, straightforward path.

Direct routes depend more heavily on the local network and public international routing. Detours or peak congestion at the entry can make long-distance direct connections more volatile. Their resource costs are easier to control, making them useful for adding more countries and cities, but “direct” alone does not indicate speed. Compare direct and relay routes in the same region separately, checking page response, long-connection stability and how the destination service identifies the connection.

USE CASE GUIDE

Choose the right route for each use case

Route selection is not a fixed ranking exercise. Browsing, streaming, AI tools, gaming and work have different connection requirements. Define the goal first, then narrow the region and route type.

Everyday browsing

For international websites, research and ordinary web pages, start with a geographically nearby region. Asia-Pacific routes in Hong Kong, Singapore and Japan are often practical starting points. Web browsing consists of many short connections, so entry response and DNS resolution are often more noticeable than sustained transfer speed.

If a nearby direct route opens pages slowly, loads images incompletely or repeatedly loses login state, switch to a relay or IEPL dedicated route in the same region. Avoid jumping between continents from the outset, as that makes troubleshooting harder. Keep the destination region fixed and change only the route type to identify whether the difference comes from the entry or exit.

Streaming

Streaming starts with the content’s region. Confirm the target library first, then choose a route in the same country or region. Platforms assess exit location, account region, content rights and payment details together, so being able to connect to a platform does not guarantee that a particular library will appear.

Continuous transfer matters during playback. Prioritize routes marked “Supported” in the directory, then compare IEPL dedicated and relay routes in the same region. After switching, reopen the platform page so regional detection can run again. If the homepage loads but specific content will not play, check the account region and content rights rather than repeatedly switching between countries.

AI tools

AI tools often involve web sessions, continuous output, file uploads and account-region checks. Choose a region that supports the target service and keep the exit stable, avoiding frequent region changes within one session. Whether the United States, Japan, Singapore or Europe is suitable depends on the tool’s availability and account settings.

A short text request completing successfully does not mean long responses and file processing will remain stable. Check login, continuous output and attachment interactions separately. If the page loads but the session drops, try a relay route in the same region first; if the tool says the region is unavailable, verify its supported regions and select the matching exit rather than changing only the route type.

Gaming

Gaming depends more on connection continuity, routing direction and server region. Confirm where the game server is located, then start with the same or a nearby region. Japanese, Asian, US and European game servers use different entry directions; the geographically closest exit may not match the game’s actual server.

During testing, keep the game region, device and local network unchanged, and switch only between route types in the same region. If login and gameplay use different services, login may work while the in-game connection remains poor. In that case, compare relay routes in the same region first instead of treating web-browsing results as a conclusion about gaming.

International work

Email, collaborative documents, code repositories, video meetings and remote desktops have different route requirements. Work scenarios should keep the exit region stable, especially when enterprise login checks or fixed-region resources are involved. Frequent country changes may trigger a service’s own security checks and interrupt ongoing work.

Video meetings and remote desktops are good candidates for IEPL dedicated or relay routes, while ordinary documents and email can use a nearby direct route. If enterprise resources restrict access by region, choose an exit according to organizational rules and follow your workplace network policy. RNVPN supports Windows / macOS / iOS / Android / Linux; after signing in, you can obtain the relevant client and subscription.

SWITCHING METHOD

How to decide when to switch routes

Changing one factor at a time makes it easier to find a connection that fits the current network.

Set the destination region first

Choose an exit based on the region of the website, content library, game server or work resource. When the goal is clear, do not guess performance from the route name. A wrong region can produce unexpected content, language or account-verification results even when the connection itself is stable.
Then compare access types

Keep the country or region unchanged and compare IEPL dedicated, relay and direct routes in sequence. This fixes the exit region while you observe differences in the entry and international path. Changing the region and type at the same time makes it difficult to identify what improved the connection.
Test with the real task

For web access, check login and image loading; for streaming, check library detection and continuous playback; for AI tools, check sustained output; for work, check meetings and remote connections. Opening a homepage once only confirms basic connectivity, not complete task performance.
Keep a usable fallback

Local networks and public international routes change with the access environment. Once you find a suitable route, remember another access type in the same region as a fallback when conditions change. Keep the exit region the same where possible to avoid affecting account region and service content.

COVERAGE NOTES

How to understand global coverage

120+ countries / 230+ routes describes overall coverage. It does not mean every country uses the same access types or that all destination services follow the same regional rules.

Country coverage and route count are different concepts

One country can have multiple cities, entries or route types, so the number of routes is usually higher than the number of countries. When reviewing the directory, first confirm coverage for the target country, then check the available access methods. Multiple entries help adapt to different local networks in frequently used regions; direct routes can provide broader exit choices in less frequently used regions.

An exit region is not the same as content rights

A route provides a network exit in the selected region, while the destination platform still evaluates content, account and payment details under its own rules. Regional differences for streaming and digital services are determined by the platform. Choosing the correct exit is a basic condition for accessing regional content, but it cannot replace the requirements of the platform account itself.

Device count does not change route selection

RNVPN supports unlimited devices and works on Windows / macOS / iOS / Android / Linux. Different devices may use different networks, such as an office network on a computer and home broadband on a tablet. Even for the same destination service, verify which route suits each network rather than forcing every device to use the same entry.

Sign-up and route access

Create an account with a username and password—no email address required. After signing in, use the user panel to get the client and subscription and view currently available routes. The route directory may change with resource allocation, so rely on the panel display when connecting. Payment methods include Alipay / WeChat Pay / USDT, and the service offers a 14-day money-back guarantee.

Plans and client access

Compare monthly subscriptions and data packages first, then sign in to the user panel to get the client for your platform and current routes.

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