Regional coverage and exit selection

Server locations and route selection

RBVPN provides international network access across 100+ countries / 190+ routes. Routes differ by region, access method and destination service, so the right exit depends on how you plan to use it.

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  • Unlimited devicesSwitch exits across your everyday devices
  • Windows / macOS / iOS / Android / LinuxAll client access is provided through the user panel
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REGION DIRECTORY

Browse representative routes by region

The table illustrates regional distribution and access types; it does not show latency, load or real-time bandwidth. Available routes are determined by the user panel after login. Before connecting, adjust the exit based on the target website, account region and current network conditions.

ASIA PACIFIC

Asia-Pacific

Suitable for websites, streaming platforms, collaboration tools and cloud services in Asia. A nearby exit is generally a better everyday default route.

Country or region City Route type Streaming
JapanTokyoIEPL Private LineSupported; the target region must match
JapanOsakaRelaySupported; the target region must match
Hong KongHong KongIEPL Private LineSupported; the target region must match
SingaporeSingaporeIEPL Private LineSupported; the target region must match
South KoreaSeoulRelaySupported; the target region must match
AustraliaSydneyDirectSupported; the target region must match

NORTH AMERICA

North America

Suitable for AI tools, developer platforms, video services and business systems hosted in North America. When the account region is known, prioritize an exit that matches the account details.

Country City Route type Streaming
United StatesLos AngelesIEPL Private LineSupported; the target region must match
United StatesSan JoseRelaySupported; the target region must match
United StatesSeattleDirectSupported; the target region must match
United StatesNew YorkDirectSupported; the target region must match
CanadaVancouverRelaySupported; the target region must match
CanadaTorontoDirectSupported; the target region must match

EUROPE

Europe

Suitable for European websites, international teams, regional content and local cloud platforms. With many European countries to choose from, use the region actually identified by the target service.

Country City Route type Streaming
GermanyFrankfurtDirectSupported; the target region must match
FranceParisDirectSupported; the target region must match
United KingdomLondonRelaySupported; the target region must match
NetherlandsAmsterdamDirectSupported; the target region must match
SwitzerlandZurichDirectSupported; the target region must match
SwedenStockholmDirectSupported; the target region must match

OTHER REGIONS

Other regions

Useful for services that require a specific regional exit, local content or temporary access tasks. Long-distance routes depend more heavily on local network quality, so judge them by stability rather than location name alone.

Country City Route type Streaming
IndiaMumbaiRelaySupported; the target region must match
United Arab EmiratesDubaiDirectSupported; the target region must match
BrazilSão PauloDirectSupported; the target region must match
South AfricaJohannesburgDirectSupported; the target region must match
TürkiyeIstanbulDirectSupported; the target region must match
New ZealandAucklandDirectSupported; the target region must match

ROUTE TYPES

Understand the three route types

IEPL private lines, relays and direct routes are not simply higher or lower tiers. They use different international access paths, making different trade-offs among stability, coverage, scheduling flexibility and operating cost.

IEPL
Prioritize stable connections

IEPL Private Line

An IEPL private line creates a more controlled international transmission path. Unlike a route that relies entirely on public networks for hop-by-hop forwarding, it places key international segments on a more stable transport path before connecting to the exit in the destination region. The goal is not to produce an isolated speed-test peak, but to reduce the impact of route fluctuation on long-running sessions.

This type of route is better suited to video meetings, remote desktops, online collaboration, long-form streaming and tasks that require connection continuity. Productivity software frequently syncs session state, while AI tools may maintain long-lived response connections. If the route experiences noticeable jitter, a page may still open while real-world use suffers reconnects or interrupted output. The main value of a private line is stability over time.

Private-line resources generally cost more to schedule and maintain than standard paths, so the same configuration is not used in every less-served region. Confirm the target service region first, then decide whether a private line is actually necessary. For briefly opening ordinary webpages, a nearby relay may already be sufficient.

RELAY
Balance coverage and stability

Relay route

A relay route first connects to a scheduled access point, which then forwards traffic to the destination region. The intermediate node organizes the path and bridges regions, helping avoid some less suitable default routes. Compared with a simple direct connection, it offers more control over the entry point while covering more cities and service regions.

These routes suit everyday browsing, regular video, developer documentation, code hosting and most browser-based AI use. For tasks with a defined destination region that do not require long-term use of a higher-cost path, a relay is often a practical choice. Set a nearby, stable relay exit as your everyday route and switch when specific regional content is needed.

More relay hops do not automatically make a route better. A well-designed relay should reduce unnecessary detours and keep the path between the access point and destination exit consistent. If pages load normally but sustained transfers remain unstable, try another relay in the same region or compare it with the corresponding private line.

DIRECT
Prioritize regional coverage

Direct route

A direct route connects the current network straight to a server in the destination region without a dedicated relay entry point. Its structure is simpler, making it suitable for expanding regional coverage and for destinations that already have good underlying connectivity. Europe, South America and other distant regions often use direct routes to offer a wider choice of countries.

The real-world experience of a direct route is more noticeably affected by the local carrier, international routing and time-of-day changes. The same route may perform differently on different networks, so city names alone are not enough to judge it. When a local exit is needed for account-region handling, regional content or local business systems, direct routes still have a clear role.

When choosing a direct route, start with a basic access test, then check long-lived connections and sustained transfers. If ordinary webpages are stable but meetings or streaming tasks disconnect, compare a relay or private line in a nearby region. If the target service strictly checks the country, continue using the corresponding regional exit and compare routes within that region.

SELECTION GUIDE

Set a route selection order by use case

Choose a route based on the task. Identify the destination region first, decide whether the connection needs sustained stability, and only then compare access types within that region.

WEB

Everyday browsing and research

For everyday browsing, focus on whether pages connect smoothly and whether images and scripts continue loading. A nearby Asia-Pacific relay or private line is usually a better default exit than starting with a distant region.

If a website has no regional requirement, there is no need to switch countries frequently. Keeping the same exit reduces changes to the login environment and makes it easier to tell whether an issue comes from the website or the route. When one site behaves unexpectedly, switch route types within the same region before changing countries.

  • Start with a nearby region that remains stable over time.
  • Keep the exit region consistent during the same work session.
  • When one site has issues, compare routes in the same region first.
MEDIA

Streaming and regional content

The first priority for streaming is regional matching. Account details, content rights and exit location all affect what is visible, so first identify the region of the library you want to access, then choose a route in the corresponding country.

Once playback starts, the route must sustain continuous transfer. If the platform opens normally but playback is unstable, switch between a private line and relay in the same country rather than jumping to another region. After switching, reopen the app or page so the service can recognize the current exit again.

  • Regional matching comes before the route name.
  • When playback fails, change the access type within the same country first.
  • Reload the target service after changing exits.
AI

AI tools and developer APIs

AI web apps often use streamed output, while developer APIs also involve concurrent requests, timeouts and persistent connections. Frequent exit changes can trigger additional login checks and make troubleshooting harder. Choose a region supported by the target service and keep the country and route as consistent as possible.

For browser chat, start with a stable relay or IEPL private line. Command-line tools, IDE plugins and automated tasks should place greater emphasis on connection continuity. If a request starts normally but stops during output, check the local network and then compare an IEPL route in the same region instead of switching regions repeatedly.

  • Confirm that the target tool supports the current exit region.
  • Keep the region consistent during login and extended use.
  • For development tasks, compare sustained connection performance first.
GAME

Gaming and real-time interaction

Gaming depends on continuous data exchange and stable routing. Start with an exit in the same or a nearby region as the game server, avoiding unnecessary detours in pursuit of a particular city. For Asia-Pacific servers, compare routes in Japan, Hong Kong, Singapore and South Korea first.

Login, matchmaking and live gameplay may use different services, so reaching the account page does not prove that the entire connection is suitable. Observe stability during a real match. If a distant direct route fluctuates noticeably, compare a relay or private line in a nearby region.

  • Keep the exit region as close as practical to the game server.
  • Judge performance during real interaction, not just by the login result.
  • Keep other high-bandwidth local tasks under control.
WORK

Remote work and video meetings

Remote work often uses meetings, documents, messaging and business systems at the same time. These tools have different route requirements, but they all depend on sessions that do not disconnect repeatedly. Start with the region where the team’s services are mainly hosted, then compare an IEPL private line with a stable relay.

Avoid switching exits during a meeting, since reconnecting can affect audio/video sessions and enterprise account state. Before work begins, complete login, file synchronization and a meeting test. Once the session starts, keep the route unchanged. If the team system has regional policies, use an exit that matches the organization’s requirements rather than simply choosing the nearest city.

Unlimited devices means the service can be used as needed on Windows, macOS, iOS, Android and Linux, but multiple devices running high-bandwidth tasks still share current network conditions. Before an important meeting, pause unnecessary background sync and updates so the stable connection remains available for core work.

  1. Confirm the regionUse the deployment region of the business systems and collaboration platforms.
  2. Compare pathsTest the private line first, then compare it with a relay in the same region.
  3. Keep the exit fixedAfter login, keep the country and route consistent where possible.
  4. Validate the taskTest it in practice with meetings, synchronization and remote connections.

CONNECTION CHECK

How to check after switching server locations

A route showing as connected is only the starting point. A complete check should cover the exit region, target service, persistent sessions and account environment, so app caches or service-region policies are not mistaken for route failures.

Exit region

Confirm the country matches the task

First check whether the current exit is in the target country or region. When accessing regional content, business systems or AI tools, the exit should match the service’s supported regions and the account’s normal usage. For ordinary browsing, prioritize a nearby stable route.

Application state

Reconnect to the target service

After switching routes, an open app may keep its previous connection. Reload the page or restart the target app so new requests use the current exit. If the browser has a strong cache, verify it in a new tab first.

Ongoing tasks

Test with a real-world workflow

Opening a webpage only confirms that basic connectivity works. For streaming, check continuous playback; for work, check meetings and synchronization; for AI tools, check complete output; for gaming, enter a real interaction. The test should match the final use case.

Comparison path

Change one condition at a time

Do not change the country, route type and device at the same time while troubleshooting. Hold the region constant while comparing routes, then hold the route constant while comparing network environments. Step-by-step changes make it easier to identify where the problem occurs.