Covered Regions, Cities, and Connection Types

Global Routes and Server Directory

VPNVK provides international routes across 110+ countries and 180+ routes. The directory lists common cities, connection types, and streaming compatibility by region, so you can narrow your options by use case before choosing a specific route in the client.

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ROUTE DIRECTORY

Browse International Routes by Region

The table outlines common coverage directions and connection types; it does not show latency, load, or real-time bandwidth. Actual connection quality depends on your location, access network, destination, and current route, so country names alone are not enough to judge performance.

Country / Region	City	Route Type	Streaming
Asia-Pacific
Singapore	Singapore	IEPL	Supported
Hong Kong, China	Hong Kong	IEPL	Supported
Japan	Tokyo	Direct	Supported
Japan	Osaka	Transit	Supported
South Korea	Seoul	Transit	Check by route
Malaysia	Kuala Lumpur	Direct	Check by route
Thailand	Bangkok	Direct	Check by route
North America
United States	Los Angeles	Transit	Supported
United States	San Jose	Direct	Supported
United States	Seattle	Transit	Supported
Canada	Vancouver	Transit	Supported
Canada	Toronto	Direct	Check by route
Europe
United Kingdom	London	Direct	Supported
Germany	Frankfurt	Transit	Supported
France	Paris	Direct	Supported
Netherlands	Amsterdam	Transit	Check by route
Sweden	Stockholm	Direct	Check by route
Italy	Milan	Direct	Check by route
Other
Australia	Sydney	Transit	Supported
New Zealand	Auckland	Direct	Check by route
India	Mumbai	Transit	Check by route
United Arab Emirates	Dubai	Direct	Check by route
Brazil	São Paulo	Transit	Check by route
South Africa	Johannesburg	Direct	Check by route

ROUTE TYPES

Choosing Between IEPL, Transit, and Direct Connections

Route names describe how traffic is primarily organized from the local access point to the destination region. They affect path stability, routing, and operating costs, but the name itself is not a speed guarantee. Consider your network, target service, and need for sustained connections together when choosing a route.

Prioritize Connection Stability

IEPL

IEPL connections typically use controlled cross-border transmission resources between the access and exit points, with fewer public-internet segments and easier route management. Their purpose is not to deliver peak speed in every situation, but to reduce detours and uncertainty for steadier long sessions, continuous transfers, and peak-hour use.

These routes suit work sessions that require continuity, remote collaboration, code repository access, video meetings, and streaming output. For long-lived connections, a stable path is often more valuable than a short-term speed peak. Dedicated resources and routing costs are usually higher than for ordinary direct connections, so they are better reserved for important tasks rather than every routine visit.

Path Optimization

Transit Routes

A transit route first sends the connection to a more suitable access point before forwarding it to the destination region. This can avoid underperforming direct paths between the local network and a distant exit. The transit point organizes and schedules the path, making this option useful for cross-region access, distant exits, and cases where direct routes take obvious detours.

More transit steps do not automatically make a route better. A well-designed transit path should clarify the overall route, not simply add hops. It usually balances coverage, cost, and connection stability, making it suitable for everyday browsing, streaming, AI tools, and general downloads. For a distant destination, try transit first and compare it with a direct route in the same region.

Simple Paths

Direct Connections

A direct connection reaches the target exit from your current network with a simple path and generally lower resource costs. When the exit is nearby and routing from the local network to the destination is healthy, direct connections provide a clear, straightforward path for web browsing, message sync, light downloads, and temporary region changes.

Direct connections are more sensitive to local network conditions. Different access networks may take different paths even when you choose the same city, and peak-hour routing changes can be more noticeable than on controlled routes. Direct connections work well as a regular fallback, but the name alone does not determine quality. If the connection fluctuates, try transit in the same region before changing country or route type.

Sustained Connections

Check IEPL first, then compare transit routes in the same region. Suitable for remote collaboration, continuous syncing, and tools that need to keep a session open.

Coverage and Balance

Prefer transit routes. They work well for distant regions and make it easier to balance cost, path quality, and use case.

Light Everyday Access

Try a direct connection to a nearby region first. If the local path is unstable, switch to transit or IEPL in the same region.

SELECTION GUIDE

Choose Regions and Routes by Use Case

A practical order is to identify the destination first, then choose distance and region, and finally compare route types. Do not treat one city as the only answer over time; the best route can change with your access network, the target service’s region, and the time of day.

Everyday Browsing and Message Sync

For everyday websites, documents, messages, and light file syncing, start with a geographically nearby region. Users in Asia can generally compare Singapore, Hong Kong, Japan, and South Korea first. Nearby does not always mean faster, but it often reduces fluctuations caused by long-distance paths.

Start with direct or transit; there is no need to use IEPL immediately. If pages load normally but sustained downloads are unstable, try transit in the same region. If several routes in that region perform similarly, try a neighboring country. Change only one region or route-type variable at a time so the result is easier to assess.

Streaming and Regional Content

For streaming, the content region matters more than how close the route is to you. To access US content, start with a US route; for UK, Japan, or Singapore content, choose the corresponding exit. Regions marked “Supported” have routes intended for this use, but confirm the specific use-case label in the client.

After changing routes before playback, reopen the app or page so the service can identify the exit region again. If the content page opens but playback is inconsistent, switch from direct to transit, or from transit to IEPL, within the same region. Avoid changing regions and app settings repeatedly at the same time, or it will be difficult to tell whether the issue comes from the route or the platform’s regional detection.

AI Tools and Streaming Output

AI tools require more than page access; they also depend on login state, regional detection, long-lived connections, and continuous responses. Choose a route that keeps the exit region consistent and minimizes mid-session changes. For Singapore, Japan, or the United States, follow the tool’s regional requirements rather than judging a route only by whether the page opens.

When the web interface needs a continuous connection, compare IEPL and transit first. Developer tools, command-line requests, and editor extensions may also be affected by the local proxy mode, so confirm that the client is handling traffic for the relevant app. If the website works but a development tool does not, check split-routing settings instead of repeatedly changing accounts or multiple network parameters at once.

Gaming and Interactive Connections

Games and other real-time interactive uses depend more on path stability and the correct region. Choose a region that matches or is near the service’s server region, then compare direct and transit connections. The geographically closest exit is not always the best match; confirm the game account, matchmaking region, and server location first.

If direct performance is stable, continue using it. If the connection fluctuates, switch to transit or IEPL in the same region. Re-establish the game connection fully after switching so the old session does not continue using the previous path. VPNVK does not promise a fixed latency figure because results depend on local access, server location, and routing at the time.

Work, Meetings, and Remote Collaboration

Workflows often combine websites, meetings, cloud documents, code repositories, and large-file syncing. Prioritize connection continuity rather than frequently switching between exits. When target services are concentrated in one region, keep a consistent exit where possible. If you need services in different regions at the same time, use the client’s split-routing rules to handle them separately.

Important meetings, remote terminals, and continuous sync tasks are good candidates for IEPL, with transit in a nearby region as a fallback. Switch before starting the task and avoid changing exits during it. If your organization requires a specific region or access policy, follow its network standards; the route labels provided by this service do not replace internal requirements.

PRACTICAL METHOD

How to Troubleshoot Connection Differences

The same route can behave differently on different access networks. Troubleshooting is not about trying many servers in succession; control the variables instead: fix the target service first, then compare route types in the same region, nearby regions, and client modes. This helps identify whether the issue is closer to local access, the remote region, or split-routing configuration.

Target

Fix the Destination First

Choose the website, app, or work service you need and keep it fixed during testing. Services are hosted in different regions, so one website’s performance cannot reliably represent every service.

Region

Compare the Same Region First, Then a Nearby Region

Compare direct, transit, and IEPL connections within the same country or region. Only switch to a nearby region if the same-region options remain unsuitable, so you do not change too many conditions at once.

Configuration

Confirm That the App Uses the Route

If a website works but a standalone app does not, check the client’s rule mode and app coverage first. The route itself may be working normally while split-routing rules exclude the target program.

Fallback

Keep Routes for Different Uses

You can keep separate routes for everyday browsing, streaming, AI tools, and work. Switching to the route suited to the current task is often more stable than keeping one exit fixed for everything.

SERVICE NOTES

Service Details to Confirm Before Connecting

VPNVK supports Windows, macOS, iOS, Android, and Linux. No email address is required to register; use a username and password. Subscriptions support unlimited devices online at the same time, making it suitable for sharing one subscription configuration across your personal devices.

Payment methods include Alipay, WeChat Pay, and USDT. The service offers a 7-day no-questions-asked refund. The route directory describes coverage and intended use; the routes available after login in the client and subscription determine what you can select.

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