VPN Server Locations - PzVPN | 120+ Countries and 190+ International Routes

REGION INDEX

Browse international routes by region

The table shows representative cities; the complete subscription directory is based on the routes currently available in the user panel. Routes may change with operations and maintenance, so consider the destination, access method and application requirements together.

Country/region	City	Route type	Streaming
Asia-Pacific
Hong Kong, China	Hong Kong	IEPL dedicated line	Supported
Japan	Tokyo	IEPL dedicated line	Supported
Japan	Osaka	Transit	Supported
Singapore	Singapore	IEPL dedicated line	Supported
South Korea	Seoul	Transit	Supported
Taiwan, China	Taipei	Transit	Supported
Thailand	Bangkok	Direct	Varies by region
Australia	Sydney	Transit	Supported
North America
United States	Los Angeles	IEPL dedicated line	Supported
United States	San Jose	Transit	Supported
United States	Seattle	Direct	Supported
United States	New York	Transit	Supported
Canada	Toronto	Transit	Supported
Canada	Vancouver	Direct	Varies by region
Europe
United Kingdom	London	Transit	Supported
France	Paris	IEPL dedicated line	Supported
Germany	Frankfurt	Transit	Supported
Netherlands	Amsterdam	Direct	Supported
Spain	Madrid	Direct	Varies by region
Poland	Warsaw	Direct	Varies by region
Other regions
Brazil	São Paulo	Transit	Supported
United Arab Emirates	Dubai	Transit	Varies by region
South Africa	Johannesburg	Direct	Varies by region
Türkiye	Istanbul	Direct	Varies by region

ROUTE TYPES

The technical differences between three route types

Route names are not simply tier labels. They describe the path between local access, cross-border transport and the exit node. Understanding that structure helps you balance connection stability, coverage, cost and destination.

A

IEPL dedicated line

An IEPL dedicated line uses a relatively independent cross-border transport path. Data enters through a designated access point and travels over a dedicated link to an exit in the target region, with fewer public-network segments involved. Its value is not an exaggerated peak speed, but reducing the impact of complex route changes on long-lived connections, making video calls, sustained uploads, remote desktops and large-file collaboration more consistent.

These routes generally cost more to build and maintain than standard access, so they are better suited to work that depends on connection continuity. The destination still matters: if you mainly access services in Japan, compare Tokyo and Osaka first rather than choosing a distant exit based only on the “dedicated line” label.

B

Transit route

A transit route sends the connection to a suitable entry point first, then forwards it through an intermediate link to the target exit. By reorganizing the transport path, it can avoid some unstable standard routes. Compared with direct connections, transit offers a balanced mix of coverage, cost and stability, making it common for everyday browsing, streaming and AI tools.

Transit does not mean the connection always passes through the same location. Operations teams may adjust entry and exit combinations during maintenance, so focus on actual performance rather than judging by city distance alone. If a region offers both dedicated and transit routes, use transit for routine tasks first and switch to the dedicated route when meetings, uploads or persistent connections become unstable.

C

Direct route

A direct route connects the local network directly to the target exit, with fewer intermediate scheduling steps and a simpler structure. It suits web browsing, research, short sessions and use cases that require an exit in a less common region. For nearby destinations with suitable local interconnection, direct access can be simple and effective.

Direct routes are more sensitive to local carrier routing and cross-region interconnection. The same city may perform differently across networks, so one connection should not be treated as a long-term conclusion. If direct access is unstable on the current network, try transit in the same region before switching to a more distant country.

Understanding cost differences

Dedicated lines require more defined access and transport resources and generally cost more to maintain. Transit balances coverage and cost through entry-and-exit combinations, while direct routes provide simple access to a wider range of regions. The practical approach is to choose by task rather than always using the most expensive route. Standard browsing does not need a dedicated path all the time, while important meetings and sustained collaboration should prioritize connection continuity. This makes better use of each route type and avoids decisions based on names alone.

USE CASES

Choose routes by use case

Choose the service region first, then consider the application's needs for connection continuity, exit location and responsiveness. City distance is only a reference and cannot replace testing in the actual application.

WEB

Everyday browsing and research

Everyday access to international websites often involves many short connections: page content, images, scripts and API requests may connect separately. Start with a nearby Asia-Pacific entry point, judging it by smooth page loading and stability when moving between pages. Hong Kong, Tokyo and Singapore are useful initial candidates; if direct access is unstable, switch to transit in the same region. There is no need to use a distant European or North American exit for ordinary browsing.

Browsing is also affected by browser cache, the website's own response and local network conditions. Compare routes on the same sites, device and similar time periods to avoid mistaking a temporary website issue for a route problem. If only one site is affected while other services work normally, check the target site's status and account region first.

MEDIA

Streaming access and video

Choose an exit based on the content library's region. For US content, start with representative US routes; for Japanese content, compare Tokyo and Osaka first. “Supported” in the route table means the route is suitable for trying regional content, not that every account and title will work consistently under all conditions. Platforms determine what appears based on account region, payment details, app cache and exit recognition.

After playback starts, watch for repeated quality drops, whether loading resumes after seeking, and interruptions during continuous viewing. If the catalog has not changed, close the app, clear its cache and reconnect through another route in the same region. Avoid switching rapidly between countries, as this makes account-region and cache results harder to assess.

AI

AI tools and developer APIs

AI tools often combine web sessions, streaming output, file uploads and API calls. Confirm the supported account region first, then choose the corresponding exit. Start routine conversations with a nearby transit route; long-form generation, file processing and sustained API calls are better suited to transit or dedicated routes with stronger connection continuity. If the page loads but sessions frequently drop, compare access methods in the same region instead of only changing browsers.

Some tools retain login sessions and regional information. If an old status remains after switching routes, reopen the session or clear the site cache. For team collaboration, members should use broadly consistent exit regions for the services they access, reducing extra verification caused by repeated changes to the account environment.

PLAY

Gaming and real-time interaction

Gaming depends more on stable interaction than on short peak speeds during downloads. Choose an exit near the game server and start testing with a nearby direct or transit route. If login works but matches become unstable, switch to transit in the same region; for sustained voice chat and gameplay connections, compare a dedicated route as well. A more distant city usually adds transport distance and does not improve performance simply because its name sounds more premium.

Separate update downloads, account login and live matches during testing. Update files help assess sustained transfer, while matches reveal input response and connection continuity. They may use different network paths, so a smooth download does not directly predict match performance.

WORK

Remote work and video meetings

Remote work often combines meetings, document collaboration, code repositories, business dashboards and file synchronization. Choose an exit based on the region of the enterprise services, then compare transit and IEPL dedicated routes. Meetings and remote desktops depend on sustained two-way connections; even brief instability appears as broken audio, frozen video or delayed actions, so a stable path matters more than instantly opening a webpage.

Before an important meeting, connect to the target region and open the meeting tool, shared documents and business dashboard in sequence to confirm that everything works. If one service has an issue, switch route types within the same region before jumping to another area. Run file synchronization separately after the meeting to reduce simultaneous demands on the local network.

SELECTION PROCESS

Infer route selection from connection results

Route selection is not a one-time decision. A more effective method is to compare candidates in a consistent order using the same device, local network and application, gradually narrowing the options.

A

Identify the destination region first

Choose an exit based on the region of the website, enterprise service, content library or game server. Once the destination is clear, compare routes within that region so geographic and route-type changes are not mixed together.

B

Compare access methods next

Start with direct or transit for routine checks. If the task involves meetings, remote desktops, sustained uploads or long-lived connections, compare an IEPL dedicated line. Route types should serve the task rather than act as fixed tiers.

C

Test in the same application

Browsing, video, gaming and meetings use connections differently. Test in the application you actually need instead of judging every scenario by the loading speed of one webpage.

D

Keep alternatives in the same region

Keep alternative routes with different access methods for frequently used regions. When the local network changes or a route is under maintenance, switch within the same region first, minimizing repeated changes to account regions and app caches.

COVERAGE NOTES

How global coverage works in practice

“120+ countries / 190+ routes” describes overall coverage. For an individual user, the more important questions are whether commonly used regions have suitable cities and access methods, and whether the current local network can establish a stable path.

Coverage breadth and everyday routes are different

Broader regional coverage helps with travel, distributed teams, regional content and less common exit locations, but everyday use usually centers on a few destinations. Put frequently used regions first and keep different route types available there; choose other regions as needed. Randomly switching among many cities makes it harder to determine whether an issue comes from the local network, target service or exit route.

A city name does not define a single transport path

The same city may offer direct, transit or dedicated routes. The exit location may be similar, but the access process differs. Use the city to identify the service region and the route type to understand the transport structure; consider both together. When instability occurs, changing the access method in the same city or region usually makes the cause easier to identify than switching directly across continents.

The device environment also affects results

PzVPN supports Windows / macOS / iOS / Android / Linux and allows unlimited devices to be online at the same time. Different devices may use different local networks or run system updates, cloud sync and media playback simultaneously. When troubleshooting a route, pause unrelated transfers first, then compare on the current device. In homes and offices with multiple devices, assign different routes to meetings, video and ordinary browsing so every task does not rely on one path.

Access to sign-up and subscriptions

PzVPN requires no email address; a username and password are enough to create an account. After signing in to the user panel, you can get the client and subscription details and view the routes currently available. Subscriptions support Alipay / WeChat Pay / USDT for individuals and multi-device use requiring region-based management of international routes.