Global route directory

VPN servers
Choose by region and purpose

PvVPN covers 90+ countries / 200+ routes. The directory lists cities, route types, and streaming support by region. When choosing a route, first identify where the target service is based, then compare IEPL private lines, transit, and direct connections instead of relying on the country name alone.

90+ countries Coverage
200+ routes Available entry points
Unlimited devices Devices online at once
60 days No-questions-asked refund

Route register

Browse routes by region

Use the table to check common destinations and route types. Streaming support means a route is suitable for accessing mainstream content services in the corresponding region, while the actual catalog still depends on the platform, account region, and licensing rules. Route availability may change during maintenance; use the options currently shown in the client.

Asia-Pacific North America Europe Other regions
APAC

Asia-Pacific routes

Suitable for connecting to services in East Asia, Southeast Asia, South Asia, and Oceania. For everyday browsing, video meetings, and AI Tools, start by testing nearby regions.

Country / region City Route type Streaming support
🇯🇵 JapanTokyoIEPL private lineSupported
🇯🇵 JapanOsakaTransitSupported
🇸🇬 SingaporeSingaporeIEPL private lineSupported
🇭🇰 Hong Kong, ChinaHong KongIEPL private lineSupported
🇰🇷 South KoreaSeoulTransitSupported
🇹🇼 Taiwan, ChinaTaipeiTransitSupported
🇲🇾 MalaysiaKuala LumpurDirect connectionSupported
🇹🇭 ThailandBangkokDirect connectionSupported
🇮🇳 IndiaMumbaiTransitSupported
🇦🇺 AustraliaSydneyTransitSupported
AMER

North America routes

Suitable for websites, collaboration platforms, developer services, and content platforms in North America. For services hosted in the western United States, compare West Coast cities first.

Country / region City Route type Streaming support
🇺🇸 United StatesLos AngelesIEPL private lineSupported
🇺🇸 United StatesSan JoseTransitSupported
🇺🇸 United StatesSeattleTransitSupported
🇺🇸 United StatesNew YorkDirect connectionSupported
🇨🇦 CanadaVancouverTransitSupported
🇨🇦 CanadaTorontoDirect connectionSupported
🇲🇽 MexicoMexico CityDirect connectionSupported
EURO

European routes

Suitable for European office systems, content platforms, research resources, and local websites. For region-sensitive services, keep the exit region consistent with the region normally associated with the account.

Country / region City Route type Streaming support
🇬🇧 United KingdomLondonTransitSupported
🇩🇪 GermanyFrankfurtIEPL private lineSupported
🇳🇱 NetherlandsAmsterdamTransitSupported
🇫🇷 FranceParisTransitSupported
🇮🇹 ItalyMilanDirect connectionSupported
🇪🇸 SpainMadridDirect connectionSupported
🇨🇭 SwitzerlandZurichTransitSupported
🇸🇪 SwedenStockholmDirect connectionSupported
GLOBAL

Routes in other regions

For local services in the Middle East, Africa, South America, and other parts of Oceania. With long-distance routes, prioritize path stability and avoid unnecessary frequent switching.

Country / region City Route type Streaming support
🇦🇪 United Arab EmiratesDubaiTransitSupported
🇹🇷 TürkiyeIstanbulDirect connectionSupported
🇿🇦 South AfricaJohannesburgDirect connectionSupported
🇧🇷 BrazilSão PauloTransitSupported
🇳🇿 New ZealandAucklandDirect connectionSupported

Route classification

IEPL private lines, transit, and direct connections

The difference between the three route types is more than naming. Each uses a different international transport path, with different suitable tasks, scheduling methods, and resource costs. Consider whether the task is continuous and requires a long-lived connection before choosing the destination region.

For stability-sensitive tasks

IEPL private line

IEPL private lines carry international traffic over controlled enterprise-grade links, with relatively fewer public-network segments and generally more consistent paths. They suit ongoing video meetings, remote desktops, collaborative online documents, repository synchronization, and AI Tools that require highly continuous long-lived connections. When the same exit region must be maintained for an extended period, a private line also helps keep the session environment stable.

These routes generally cost more to procure and maintain than ordinary public-network paths, so not every connection needs to stay on a private line. For brief web searches, routine file browsing, or tasks without a specific regional requirement, start with transit or a nearby direct connection. If long-lived connections drop, cross-region paths fluctuate, or ongoing work becomes unreliable, switch to the IEPL private line for the relevant region.

Balancing coverage and path

Transit routes

A transit route first connects to a nearby access point, then is scheduled by the service to the target region. Its purpose is to avoid poor direct paths between the local network and a distant data center, allowing the entry and exit regions to be selected separately. For farther destinations such as North America and Europe, transit often balances connection stability with regional coverage and suits everyday browsing, content platforms, and general development work.

Transit is not automatically better than a private line or direct connection. Actual performance still depends on the local network, access region, target service location, and time of use. If a transit route works for web browsing but frequently pauses during video meetings or streaming output, try another entry in the same region rather than switching immediately to a distant country. Keeping the destination region unchanged and changing only the route type makes it easier to determine whether the issue comes from the path or the service region.

For a simpler path

Direct connections

A direct connection links the current network directly to an entry point in the target region, without additional service-side transit. Its path is simpler and suits cases where the local network already has good interconnection with the target data center. It is commonly used for ordinary websites, research, regional sites, and tasks requiring a specific exit city without sustained high-intensity traffic.

Direct-connection quality depends more heavily on public routing between the local carrier network and the remote data center. A city that performs steadily on one access network may produce different results in another environment. If connections take a long time to establish, long-running tasks stop, or cross-region access is unstable, first try a transit route in the same country. For ongoing collaboration, compare the IEPL private line for that region.

Understanding route cost differences

Route costs mainly come from link procurement, entry scheduling, exit resources, and ongoing maintenance. IEPL private lines emphasize controlled paths and generally have higher resource costs; transit requires maintaining both access and exit resources, with costs determined by its scheduling structure; direct connections have simpler paths but depend more on public interconnection. Plan traffic around actual transmission needs rather than keeping every connection on the most resource-intensive route. Choose by task: private lines for stability-sensitive ongoing work, transit for coverage and everyday access, and direct connections where local interconnection is strong.

Selection record

Choose a route by purpose

There is no single route that fits every task. The target service region, session duration, local network, and account’s usual region all affect the result. Use the sequence below to narrow your options.

Everyday browsing

Start nearby and keep the connection consistent

For ordinary websites, research, and brief file access, start with a geographically nearby region. Users in East Asia can first compare routes in Japan, Singapore, Hong Kong, Taiwan, and South Korea. Once pages load normally and the session remains stable, there is no need to switch repeatedly just because a route has a different name. Frequent exit-region changes may trigger additional verification and repeatedly alter regional preferences in the browser.

If the target site clearly serves a particular country, prioritize that country or a nearby region. When no specific region is required, use the route that provides a stable connection and consistent page responses. The standard is whether the task completes smoothly, not simply the distance between cities.

Streaming

Match the exit region to the content catalog

Content platforms determine what is available based on the exit region, account settings, and licensing catalog. First confirm which region the desired content belongs to, then choose the corresponding route marked as supporting streaming in the table. After playback starts, keep the same route for the duration of a viewing session to avoid repeated changes in playback and regional detection.

If the platform opens but its catalog is unexpected, first verify that the exit country is correct, then reopen the app or browser. If the page loads but playback is inconsistent, compare the IEPL private line and transit within the same region instead of switching directly to an unrelated country. Availability is determined by platform rules; the route only provides a network exit in the corresponding region.

AI Tools

Prioritize long-lived connections and a consistent account environment

Web chats, streaming output, code completion, and API calls in AI Tools often maintain longer-lived connections. A route that opens the page briefly may not provide smooth continuous output. Start with an IEPL private line or transit route in the target service’s usual region, then keep the region stable after signing in rather than switching back and forth across regions during one session.

Development tools may also send requests through a browser, command line, and editor plugin at the same time. Make sure these programs use the same network settings so the browser does not use an international route while the plugin continues using the original network. If only one program fails, check its proxy settings and system permissions first; if several programs stop at once, compare another route in the same region.

Gaming

Use the game server’s region as the reference

Choose routes based on the actual game server region, not the account store region. If the server is in Japan, test Japanese routes first; for the western United States, compare Los Angeles, San Jose, and Seattle. Game connections are sensitive to path changes, so do not switch routes during a match. If adjustment is necessary, leave the current session first, then select another entry in the same region.

A network acceleration service cannot change the game server’s own status or eliminate interference from a local wireless network. If fluctuations occur on only one device, check that device’s network environment first. If several devices on the same network are affected, compare transit and private-line routes. Change only one condition at a time during testing to identify which part of the path is responsible.

Work

Keep one region for ongoing collaboration

Remote desktops, video meetings, business documents, and code repositories depend heavily on connection continuity. If a business system is deployed in a fixed region, use that region’s IEPL private line or a stable transit route and keep the exit region consistent where possible. Complete sign-in, editing, synchronization, and submission on the same route to avoid security systems treating rapid regional changes as an unusual environment.

Work apps may continue syncing in the background. Before switching routes, wait for uploads to finish and confirm that documents are saved before disconnecting the original connection. PvVPN supports unlimited devices online at once, but each device should still choose a suitable region for its task. There is no need for every device to use the same city, and unrelated background tasks should not occupy the route needed for work.

Coverage marks

How to read coverage correctly

90+ countries / 200+ routes describes the scale of available regions and entry points. Country coverage helps match a service region, while the number of routes provides alternatives when paths differ within the same region. Read both figures together.

East Asia Japan, South Korea, Hong Kong, Taiwan, and other regions
Southeast and South Asia Singapore, Malaysia, Thailand, India, and other regions
North America United States, Canada, Mexico, and other regions
Europe United Kingdom, Germany, the Netherlands, France, and other regions
Oceania Australia, New Zealand, and other regions
Other regions Common destinations in the Middle East, Africa, and South America

Why one country may need different routes

One country can include different cities, entry points, and transport paths. The public route from a local network to one city may be better suited than another path for sustained traffic. Multiple routes provide alternatives: when the target region stays the same, compare different entries or route types without moving the account environment to another country.

City distance is not the only criterion

Geographic distance shows only the general direction and does not fully represent the network path. The actual connection also passes through local access, international transport, the exit data center, and the target service. Nearby cities are a useful starting point, but the final choice should depend on page access, session continuity, and how the target service identifies the connection. For long-distance tasks, keep the region fixed and minimize switching.

Switch procedure

Route switching and troubleshooting order

When access fails, checking in a fixed order reduces unnecessary switching. Do not change the region, device, app, and network environment at the same time, or it will be difficult to identify the source of the problem.

  1. Confirm the target region

    First check the region of the website, content platform, office system, or game server. When the account environment should remain consistent, choose the same country or a nearby region instead of starting with an unrelated route.

  2. Keep the region and change only the entry

    When one country has multiple cities or route types, compare options within that region first. For web tasks, compare direct and transit routes; for ongoing collaboration, compare transit and IEPL private lines. This helps determine whether the issue comes from a specific path.

  3. Reconnect the application

    After switching, close the existing session and reopen the target app. In a browser, open a new window; in a desktop client, reconnect. An old connection may continue using the session from before the switch and produce misleading results.

  4. Check whether the app uses the system network

    If the browser works but the command line, editor plugin, or another app does not, check the app’s own network settings. Some programs do not automatically follow system configuration and require the appropriate mode to be selected inside the app.

  5. Change the device or access network last

    If different routes in the same region produce similar results, compare another device or access environment. PvVPN supports Windows / macOS / iOS / Android / Linux and unlimited devices online at once, making comparisons under the same account easier.

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