Global Route Directory

NETWORK DIRECTORY

Global VPN Server Locations

RvVPN covers 110+ countries and 210+ routes. This guide lists representative cities, access types, and streaming support by region, with practical advice for choosing routes for cross-border access, streaming, AI tools, and work connections.

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110+ countries covered
210+ global routes
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IEPL dedicated lines and multiple access types

REGIONS

View Server Locations by Region

The table below shows representative cities in the network to illustrate regional distribution and access methods; it is not a complete route list. Route names remain static, and no measurements are shown because results can vary with the local network, access provider, and time of day.

Asia-Pacific

Useful for Asian websites, everyday browsing, short-distance work connections, and regional content access.

Country or region	City	Route type	Streaming support
Japan	Tokyo	IEPL Dedicated Line	Supported
Japan	Osaka	Relay	Supported
Singapore	Singapore	IEPL Dedicated Line	Supported
Hong Kong, China	Hong Kong	Relay	Supported
Taiwan, China	Taipei	Relay	Supported
South Korea	Seoul	Direct	Supported
Australia	Sydney	Direct	Partially supported
India	Mumbai	Direct	Partially supported
Malaysia	Kuala Lumpur	Relay	Partially supported

Asia-Pacific routes are often a practical starting point because shorter geographic distances reduce the variables introduced by intercontinental links. When accessing services based in Japan, Singapore, or Hong Kong, start with a city in the target region. For everyday browsing and research, begin with a nearby region and adjust based on page loading, file transfers, and long-lived connection performance.

North America

Representative locations in the United States, Canada, and Mexico for North American services and development tools.

Country or region	City	Route type	Streaming support
United States	Los Angeles	IEPL Dedicated Line	Supported
United States	San Francisco	Relay	Supported
United States	Seattle	Direct	Supported
United States	New York	Direct	Supported
Canada	Vancouver	Relay	Supported
Canada	Toronto	Direct	Partially supported
Mexico	Mexico City	Direct	Partially supported

When choosing a North American route, do not assume cities within the same country are interchangeable entry points. Many websites, AI tools, code-hosting services, and cloud work platforms assess requests based on exit region, session state, and account environment. For persistent logins or streaming output, staying with one city is usually more reliable for session continuity than switching frequently between regions.

Europe

Common cities across Western, Central, and Northern Europe for regional content and workplace systems.

Country or region	City	Route type	Streaming support
United Kingdom	London	Relay	Supported
Germany	Frankfurt	IEPL Dedicated Line	Supported
France	Paris	Relay	Supported
Netherlands	Amsterdam	Direct	Supported
Italy	Milan	Direct	Partially supported
Spain	Madrid	Direct	Partially supported
Switzerland	Zurich	Direct	Partially supported
Sweden	Stockholm	Direct	Partially supported

European services often provide content by country rather than treating the continent as one region, so prioritize the account region and the target website’s requirements. Start with London for UK content and Frankfurt for German or Central European work. For general browsing, a neighboring country can also serve as an alternative route when troubleshooting.

Other Regions

Additional locations across South America, the Middle East, Africa, Turkey, and New Zealand.

Country or region	City	Route type	Streaming support
Brazil	São Paulo	Direct	Partially supported
Argentina	Buenos Aires	Direct	Partially supported
United Arab Emirates	Dubai	Relay	Partially supported
South Africa	Johannesburg	Direct	Partially supported
Turkey	Istanbul	Direct	Partially supported
New Zealand	Auckland	Direct	Partially supported

These regions are best suited to tasks with clear geographic requirements, such as viewing local pages, connecting to regional workplace systems, or checking content availability. If the target service does not require a specific exit region, there is usually no need to choose a more distant city. Greater distance adds network hops and makes troubleshooting more complex.

ROUTE TYPES

How Route Types Work

IEPL dedicated lines, relay routes, and direct routes describe how access paths are organized; they are not fixed speed tiers. Real-world performance is also affected by the local network, target service, device state, and time of use.

IEPL

IEPL Dedicated Lines

In the service’s route categories, IEPL dedicated lines indicate paths whose access segment uses enterprise-grade dedicated-line resources. The focus is not sending every request over exactly the same physical path, but reducing uncontrollable intermediate hops on public networks so cross-border links are more likely to maintain continuous transmission during busy periods.

These routes generally cost more to provision and maintain than ordinary direct routes. They suit long meetings, remote work, larger file transfers, streaming output, and tasks that depend on connection continuity. The destination region still matters: a dedicated line to the wrong region is not automatically suitable simply because of its label.

RELAY

Relay Routes

A relay route first connects to an entry point with a nearby location or more suitable routing conditions, then reaches the target exit through an internal path. Its value lies in avoiding some unstable segments found in direct paths across providers while offering more flexible access combinations for different regions.

Relay routes suit everyday browsing, streaming, AI tools, and general office work, balancing coverage and resource cost. Because the path includes both an entry and an exit, troubleshooting should consider the local entry point and target city together. If pages load but long-lived connections are frequently interrupted, compare another route type in the same region.

DIRECT

Direct Routes

A direct route connects the device to the target exit through the public network without an additional internal relay entry point. Its structure is more straightforward and works well when routing from the local network to the target region is already smooth. It also helps determine whether a problem originates in the relay segment.

Direct routes are generally easier to provide at scale, helping extend coverage to more countries and cities. They are more sensitive to changes in local-provider routing, so a single connection should not determine the conclusion. When everyday use is normal, there is no need to switch deliberately. During evening fluctuations, slow connection setup, or interrupted long tasks, compare a same-region relay or IEPL dedicated line.

Type Is Not a Ranking

Route names describe path structure; they do not establish a universal ranking among IEPL, relay, and direct routes. The right approach is to narrow the choice by target region first, then consider task duration, interaction style, and local access conditions. The same route can perform differently across network environments.

USE CASES

Choose a Route by Use Case

Choosing a route is not about finding one entry point that works everywhere. It is about matching the exit region, target service, and current task. The following methods can reduce unnecessary switching.

Everyday Browsing

Start with the nearest practical region

For browsing, research, and routine file transfers, start with a nearby city. This often provides a simpler connection path and makes it easier to assess whether the local network is working normally. When the target website has no regional requirement, there is no need to connect across continents for a route label. If an entry point loads incompletely, compare direct and relay routes within the same region before trying several countries in succession.

Streaming

Match the content region first, then check the account

A streaming route should first match the content region. For Japanese content, start with Tokyo or Osaka; for US content, try cities such as Los Angeles or San Francisco. If the content library does not change, also check the account registration region, app cache, and the platform’s own rules. Route support means the required usage conditions are available; it does not mean every account or title will receive the same authorization result at every time.

AI Tools

Keep the exit region and session consistent

AI websites, streaming responses, developer APIs, and editor plugins often depend on long-lived connections more than ordinary websites do. After signing in, keep the same city throughout a task whenever possible; do not switch repeatedly while an answer is generating, a file is uploading, or a project is being indexed. If the tool has a clear regional requirement, choose the corresponding country. Otherwise, prioritize an entry point with a shorter, more consistent connection path.

Gaming

Use the server region, not just the exit label

For gaming, confirm the actual server region first, then choose a city in or near that region. Once the connection is stable, frequent switching may force the session to reconnect. If matchmaking fails, voice chat cuts out, or updates download abnormally, compare direct and relay routes in the same region and note which path suits the current access network. The route page does not show a single standardized measurement because results cannot be directly applied across different local networks.

Remote Work

Keep one city fixed to reduce login-environment changes

Corporate dashboards, code repositories, cloud documents, and video meetings prioritize connection continuity. Before starting work, choose a city that fits the business region and confirm that web access, file synchronization, and meeting features all work. Keep it unchanged during the current work session. When switching is necessary, save active edits and end critical sessions first, then use an alternative route in the same region to avoid changing both the region and app state at once.

COVERAGE

Understanding Global Coverage

110+ countries / 210+ routes describes the size of the available exit network. Broad coverage provides regional choice; it does not mean every task requires a connection to a more distant city.

Country coverage and route count expand the available choices. Popular regions may offer multiple cities or access types, making it possible to change paths without changing the target region. Less frequently used locations are mainly for websites, content, and workplace systems with clear geographic requirements.

The complete route list may change as the network is maintained and resources are adjusted. Cities shown on this page illustrate the coverage structure; the available subscription configuration in the user panel is the source to use when connecting. The client and subscription must be obtained after signing in; static installers and subscription URLs are not provided on this marketing page.

RvVPN supports Windows / macOS / iOS / Android / Linux and allows unlimited devices to connect simultaneously. When using the same account on multiple devices, choose regions according to each task, but keep the exit stable on devices handling the same ongoing session.

Japan Singapore United States Hong Kong, China Germany France United Kingdom Canada Australia Netherlands Brazil United Arab Emirates South Africa New Zealand

NETWORK SCOPE 110+ Countries
210+ Routes

ROUTE CHECK

Switch Routes and Verify Results

Change only one condition at a time to identify whether an issue comes from the route, device, or target service. The process below is useful for connection problems, mismatched page regions, or interrupted long-running tasks.

Confirm the Target Region First

Check whether the target website, content platform, or business system has a clear regional requirement. Without one, start with a nearby city; with one, choose the corresponding country directly instead of repeatedly testing unrelated regions.

Keep the App State Clear

Save files and finish any active upload, meeting, or streaming task before switching. After connecting to the new route, reopen the target service to prevent an old session cache and the new exit state from becoming mixed.

Compare Access Types in the Same Region

First compare IEPL dedicated lines, relay routes, and direct routes within the same country or neighboring cities. This limits the effect of regional changes on accounts, content regions, and login environments, making path differences easier to identify.

Verify with the Real Task

Normal web browsing does not guarantee that a route suits long-lived connections. Test the actual task instead—for example, fully open the work page, generate an AI response continuously, sync files, or play the target content—rather than checking only whether the connection button reports success.