Server Locations - VHVPN | 100+ Countries and 150+ International Routes

REGION DIRECTORY

Regional Routes Directory

The table below outlines VHVPN’s regional coverage and route types. It shows representative entry points, not the complete list of 150+ routes; signed-in users can view the subscription options currently available to their account in the user panel.

APAC

Asia-Pacific Routes

Suitable for websites in East and Southeast Asia, AI tool access, and regional content services. For everyday use, start by testing locations closer to you.

Country/Region	City	Route Type	Streaming
Japan	Tokyo	IEPL dedicated line	Supported
Japan	Osaka	Transit	Supported
Singapore	Singapore	IEPL dedicated line	Supported
Hong Kong, China	Hong Kong	IEPL dedicated line	Supported
South Korea	Seoul	Transit	Supported
Taiwan, China	Taipei	Transit	Supported
Australia	Sydney	Direct	Supported
India	Mumbai	Direct	Supported

NORTH AMERICA

North America Routes

For North American websites, development platforms, remote work systems, and local content libraries. Choose based on where the target service is located, not just the city name.

Country/Region	City	Route Type	Streaming
United States	Los Angeles	IEPL dedicated line	Supported
United States	Seattle	Transit	Supported
United States	New York	Transit	Supported
Canada	Vancouver	Transit	Supported
Canada	Toronto	Direct	Supported
Mexico	Mexico City	Direct	Supported

EUROPE

Europe Routes

Coverage includes major European network exchange locations, suitable for European work systems, local websites, cloud consoles, and platforms serving Europe-specific content.

Country/Region	City	Route Type	Streaming
United Kingdom	London	IEPL dedicated line	Supported
Germany	Frankfurt	Transit	Supported
France	Paris	Transit	Supported
Netherlands	Amsterdam	Transit	Supported
Switzerland	Zurich	Direct	Supported
Sweden	Stockholm	Direct	Supported
Spain	Madrid	Direct	Supported

OTHER REGIONS

Routes in Other Regions

For services in the Middle East, South America, and Africa. When a website has a clear regional requirement, select the corresponding country or a nearby network exchange location.

Country/Region	City	Route Type	Streaming
United Arab Emirates	Dubai	Transit	Supported
Brazil	São Paulo	Direct	Supported
South Africa	Johannesburg	Direct	Supported

ROUTE ARCHITECTURE

Route Types and Cost Differences

IEPL dedicated, transit, and direct routes are not a simple ranking. They use different connection structures and suit different regions, usage periods, and cost models.

DEDICATED

IEPL Dedicated Lines

IEPL dedicated lines connect the entry and exit points through controlled cross-border links, with relatively limited public-internet involvement and more predictable routing. Their value is not an isolated speed figure on a page, but a more consistent transmission path during busy periods. Long video sessions, sustained uploads, remote desktops, and work systems that require stable sessions are generally good candidates to test with this type first.

Dedicated-line resources cost more to procure and maintain because the provider must manage the entry point, cross-border transport, and exit resources together. As a result, only some dedicated entry points may be configured in a given region rather than every city being labeled dedicated. Put stability needs first; for occasional web access, transit or direct routes may be a better fit.

RELAY

Transit Routes

Transit routes send the connection to a suitable entry point first, then use a relay node to reach the target region. Compared with relying entirely on default public routing, transit can avoid some congested or inefficient paths while providing more alternatives to the same destination. Common entry points in Asia-Pacific, North America, and Europe often combine different transit directions so they can be adjusted as network conditions change.

Transit costs fall between dedicated and direct routes, and coverage is usually more flexible. They suit everyday browsing, streaming, web-based AI tools, and general office work. An extra relay hop does not necessarily mean a slower experience; focus instead on session continuity, correct regional recognition by the target service, and stable page and video loading during your usual hours.

DIRECT

Direct Routes

Direct routes connect the local network to the target exit through public routing. Their structure is straightforward, and they are flexible when expanding coverage to new regions. With fewer relay steps, they suit cases requiring a specific country exit, shorter connections, or locations where the local public path is already efficient. Direct entry points are generally more common in distant regions and areas with more dispersed usage.

Direct routes are more sensitive to local carriers, inter-network peering, and changes in international public routing, so performance can vary by time of day. Do not draw conclusions from a single successful page load. Complete target-site login, content loading, and file transfers continuously before deciding whether to keep a route as a regular choice; if performance fluctuates, compare a transit entry point in the same region.

ROUTING PRINCIPLE

The route name is not the only basis for selection

Route performance depends on the entry point, cross-border transport, exit location, target website network, and the user’s current access network. IEPL dedicated lines emphasize path control, transit emphasizes route organization and available alternatives, and direct routes emphasize a straightforward structure and regional coverage. Choose based on your use case and target region rather than sticking to one type by name alone.

SCENARIO TUNING

Choose International Routes by Use Case

Identify the target service first, then choose a region and route type. The methods below make stable, repeatable results more likely than switching randomly.

WEB

Everyday Browsing

For regular websites, search services, social networks, and documentation sites, start with a nearby Asia-Pacific entry point. Web browsing involves many short connections and domain requests, so a stable path and consistently loaded page resources matter more than choosing a distant city. If your usual sites are in North America or Europe, switch to a transit route near the target region.

Recommended order: nearby transit or dedicated line → target service region → backup entry point in the same region.

MEDIA

Movies and Streaming

For streaming, start with the region where the content library is offered. The account region, exit region, and content licensing rules need to align; choosing a nearby location alone cannot guarantee access to the desired content. After connecting, reopen the app or website so the platform can run its regional check again. If the catalog does not change, try another route in the same country instead of switching countries repeatedly.

Recommended order: content country → entry point marked as supporting Streaming → different route types in the same country.

AI

AI Tools

Web-based AI tools often depend on login status, regional detection, persistent connections, and streaming output at the same time. Switching routes during a conversation may interrupt the session or trigger another login. Choose a region where the tool is officially available, keep the exit location stable after connecting, then log in and continue the conversation. In development environments, also check whether the browser, command line, and editor plug-ins use the same network settings.

Recommended order: transit or dedicated line in an available region → keep the same exit for login → minimize switching during long sessions.

GAME

Gaming

For gaming, use the server region as your reference. Choose a location near the game server for the account’s region and confirm the route before entering a match. Downloads, account login, and real-time play have different network needs: downloads prioritize sustained transfer, while matches prioritize path stability. If an entry point works well for downloads but not for play, compare dedicated and transit routes in the same region.

Recommended order: game server region → dedicated or transit route in the same region → keep the route unchanged after login.

WORK

Cross-Border Work

Remote desktops, video meetings, code repositories, enterprise consoles, and file uploads usually require persistent sessions. Prefer a dedicated or transit entry point near the data center hosting the work system, and check access before an official meeting or task submission. If an enterprise system associates access with a login region, keep a relatively consistent exit location instead of switching regions during one work session.

Recommended order: work system region → entry point with a more stable path → backup route in the same region.

SWITCHING METHOD

How to Evaluate Route Switching

A useful test keeps conditions consistent. Change only the route at a time; do not change the device, access network, and target app simultaneously, or it will be difficult to identify the cause.

A

Confirm the Target Region First

Check the region associated with the target website, content platform, work system, or game server. When the region requirement is clear, start with that country; otherwise, begin with a nearby entry point. Do not keep every use case fixed to the same distant region simply because its route name is familiar.

B

Keep Test Conditions Consistent

Compare routes on the same device, access network, and app. Complete the same target-page load, account login, content playback, or file transfer before switching to another entry point and repeating the test. Seeing the connection button change to “connected” does not mean the target service is working normally.

C

Keep a Primary and Backup Route

Keep one primary entry point and one backup entry point in the same region for each common use case. When the primary route is under maintenance or the local network changes, switching directly to a verified backup saves more time than trying routes one by one. This fixed pairing is especially useful for office work and long AI sessions.

D

Reconnect After Switching

Some apps retain old sessions, cached regional results, or existing connections. After changing regions, close and reopen the target app, then check the page content and account status again. When a browser and standalone client run at the same time, confirm that both use the same route.

COVERAGE NOTES

Global Coverage and Subscription Details

VHVPN offers 100+ countries / 150+ routes. The route directory changes with maintenance schedules; the user panel is where you can view the subscription entries actually available to your account.

COUNTRIES 100+

Coverage across countries and regions for choosing a location based on the target service.

ROUTES 150+

A combination of IEPL dedicated, transit, and direct entry points for multiple use cases.

DEVICES Unlimited devices

Supports multiple devices online at the same time, making it suitable for use across computers and mobile devices.

Route Maintenance and Directory Changes

International networks are affected by carrier routing, regional resources, and changes in target-website policies, so route entry points require ongoing maintenance. Maintenance may include replacing exit locations, adjusting transit directions, adding backup entry points in the same region, or temporarily removing problematic paths. The page does not show fixed latency, load, or real-time bandwidth because these figures vary with the user’s network and time of use; a single number cannot represent everyone’s actual experience.

If a regular entry point is temporarily unavailable, try another route in the same country before considering a nearby region. For work systems, content platforms, and AI tools that require a fixed region, avoid switching directly across regions; keeping the exit country consistent makes it easier to maintain the account environment and service-region assessment.

Clients and Subscription Access

VHVPN supports Windows / macOS / iOS / Android / Linux. Clients and subscriptions are obtained through the user panel; static pages do not provide installation packages or subscription URLs. No email address is required for registration; create an account with a username and password, then choose a plan and retrieve the subscription details associated with the account from the panel.

There is no limit on the number of devices online at the same time under one account, but different devices may use different network environments. A regular route on a computer may not suit a mobile network, so test them separately. If devices serve different purposes, connect work devices to the work system’s region and streaming devices to the content region instead of forcing every device through the same exit.