120+ Countries / 240+ Routes

Global Routes and How to Choose Them

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A large route network is not about clicking through more options and hoping for the best. It provides suitable entry points for different regions, apps, and network conditions. This page brings regional coverage, route topology, and selection guidance together so you can choose with confidence.

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120+ Countries Covered
240+ International Routes
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Regional Route Examples

Browse Routes by Region

VPNYH covers 120+ countries and 240+ routes. The table below highlights cities and route types in key regions, helping you narrow the options by destination before choosing a connection type. Streaming support indicates that a route is suitable for accessing content in the corresponding region, while catalogs and regional rules remain controlled by each platform.

Country or Region City Route Type Streaming Support
Asia-Pacific Routes
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
Malaysia Kuala Lumpur Direct Subject to Regional Rules
North America Routes
United States Los Angeles IEPL Dedicated Line Supported
United States San Jose Transit Supported
United States Seattle Direct Subject to Regional Rules
United States New York Transit Supported
Canada Toronto Direct Supported
Canada Vancouver Transit Subject to Regional Rules
European Routes
Germany Frankfurt IEPL Dedicated Line Supported
United Kingdom London Transit Supported
France Paris Transit Supported
Netherlands Amsterdam Direct Supported
Switzerland Zurich Direct Subject to Regional Rules
Italy Milan Direct Subject to Regional Rules
Routes in Other Regions
Australia Sydney Transit Supported
New Zealand Auckland Direct Subject to Regional Rules
Brazil São Paulo Direct Supported
United Arab Emirates Dubai Transit Subject to Regional Rules
South Africa Johannesburg Direct Subject to Regional Rules
Türkiye Istanbul Transit Subject to Regional Rules
Route Topology

IEPL Dedicated Lines, Transit, and Direct Connections

These names describe how traffic is organized between your local network and the destination region. None has an absolute ranking outside its context: dedicated lines prioritize stable paths, transit routes coordinate entry and exit points, and direct connections offer a simpler, flexible structure. Understanding the differences is more useful than focusing on the route name alone.

DEDICATED ROUTE

IEPL Dedicated Lines

IEPL dedicated lines prioritize path quality and control across the international segment. Traffic typically enters a dedicated transport path before reaching an exit in the destination region, reducing unpredictable detours on public international links. They are well suited to long video meetings, sustained transfers, remote desktops, and work that depends on connection continuity.

These routes require greater network resources, so coverage focuses on commonly used regions rather than every city. You do not need to stay with a route simply because it is labeled “dedicated.” If the destination site is elsewhere, a transit route closer to the service may better match the actual path.

Best for: Sustained work, long sessions, stable streaming
RELAY ROUTE

Transit Routes

A transit route first connects to a suitable entry point, then uses an intermediate transport network to reach the destination region. Entry and exit points can be selected separately, allowing the route to adapt to regional and network conditions. Its value is not simply taking “one extra hop,” but avoiding an underperforming direct path and assigning the international segment to a more suitable transport route.

Transit works well when the destination region is clear, direct paths tend to detour, or you need a balance between coverage and connection quality. Its resource requirements generally fall between dedicated and direct routes. Choose an exit in the same region as the destination service whenever possible instead of judging by how familiar a city name looks.

Best for: Everyday browsing, AI tools, regional content
DIRECT ROUTE

Direct Connections

A direct connection travels from the current access network to the destination server without an intermediate route. Its structure is clear and deployment is flexible, making it useful for expanding coverage across more countries and cities. When network conditions are favorable, direct connections can provide a clean, efficient experience; however, the international segment depends more on the current carrier’s international exit and public networks along the path.

Direct connections suit ordinary web access, research, backup exits, and destinations where dedicated resources are limited. If a direct route fluctuates noticeably at a certain time, switch to transit or a dedicated route in the same region instead of changing app settings first. Direct does not mean lower quality; it is simply more dependent on current path conditions.

Best for: Web access, regional coverage, backup connections
Choose by Use Case

Choose by the Destination Service, Not Guesswork

The most practical order is to identify the region where the service is hosted, then compare topology and real-world connection performance within that region. The country is only the entry point; the destination service, session length, and network type determine which route fits best.

Everyday Browsing

Web pages, searches, documents, and ordinary apps benefit most from smooth connection setup and stable switching between sites. Start with a nearby Asia-Pacific route; if the target site is clearly hosted in North America or Europe, switch to that region. Direct connections work well as lightweight entry points, while transit helps when cross-region paths perform poorly.

Do not choose a distant city simply because it appears “farther away.” The longer the path, the more networks it crosses and the more variables it introduces. For everyday browsing, keep a primary and backup region available so you can switch quickly when network conditions change.

Streaming

For streaming, start with the content region, then check whether the route is marked as supporting streaming. To access content for Japan, start with a Japan route; for US content, prioritize a US exit. Matching the region matters more than choosing the nearest city because catalogs and access rules are typically tied to the exit region.

After playback starts, keep the same exit whenever possible instead of switching cities frequently. If buffering occurs, switch from direct to transit or dedicated within the same region. This preserves regional consistency while helping determine whether the issue comes from the platform or the current route.

AI Tools

AI tools commonly involve sign-in, ongoing conversations, file uploads, and long-lived page connections. Prioritize regions supported by the destination service and keep the exit region stable. Transit or dedicated routes suit long sessions; if a route loads the homepage but repeatedly fails during sign-in or uploads, switch to another route type in the same region.

Existing regional cache and account state in the browser can also affect results. After switching routes, confirm that the exit region meets the service requirements before reopening the page. Avoid switching regions repeatedly during one session, or it becomes difficult to tell whether changes come from the network path or app state.

Gaming Connections

Games are usually more sensitive to path fluctuations than web pages. First confirm the game server’s region, then choose an entry in the same or a nearby region. For Asia-Pacific servers, compare Hong Kong, Tokyo, Singapore, and Seoul first; for North American or European servers, choose the corresponding region directly instead of routing through the wrong direction just because a node appears closer.

A route name cannot replace judgment based on the actual use case. Login, updates, and gameplay may connect to different services, so a route that works well for updates may not be best for sustained play. When issues occur, keep the region unchanged and compare dedicated with transit routes to avoid changing several variables at once.

Remote Work

Video meetings, remote desktops, code repositories, and enterprise apps often maintain several connections at once. Brief route changes can affect sessions, so prioritize dedicated or transit routes with stable paths and a clear region. If the enterprise service is in North America, choose from North American routes; if the team system is hosted in Europe, keeping a European exit usually provides a more consistent experience.

Avoid chasing route changes during work. Once you find a primary route that suits the current network, prepare a backup route in the same region. Devices are unlimited, and Windows, macOS, iOS, Android, and Linux can connect according to each work scenario, while shared-plan traffic should still be managed according to actual usage.

How to Evaluate a Route

Distance Is Only the Starting Point; Topology Determines the Path

Straight-line distance on a map only helps rule out obviously unsuitable directions. Real connections pass through the local access network, international exit, intermediate transport, and destination data center, and a change in any segment can affect performance. Therefore, the nearest city is best treated as a first choice, not a permanent answer.

When choosing a route, keep the destination region fixed and change only the route type. This makes it easier to determine whether direct, transit, or dedicated connections suit the current network. If you change the country, protocol, app settings, and device at the same time, even an improvement will not reveal which factor made the difference.

Also distinguish short-lived from long-lived connections. Opening a web page is a short connection, while video meetings, remote desktops, long AI sessions, and continuous playback depend more on continuity. A route that opens pages quickly is not necessarily ideal for long tasks; conversely, a stable route does not need to show a dramatic difference every time a page opens.

What to Check Before Switching Routes

  • Is the destination region correct? Confirm the region of the app or content first, then choose the corresponding exit.
  • Are you changing only one condition? Keep the region unchanged and compare route types first.
  • At which stage does the issue occur? Distinguish between opening the page, signing in, uploading, playback, and an ongoing session.
  • Has the current access network changed? Home, public, and mobile networks may use different paths.
  • Do you have a backup route in the same region? Use the primary route for everyday tasks and the backup for temporary fluctuations.
Route FAQ

Common Questions About Choosing a Route

The farthest route is not always the best, and a dedicated line does not mean you should never adjust your choice. Here are answers to the questions most often confused during route selection.

How many countries and routes does VPNYH cover?

VPNYH covers 120+ countries and 240+ routes across Asia-Pacific, North America, Europe, and other regions. The table on this page shows examples from key regions. In practice, identify the destination service region first, then review available cities and route types.

Is an IEPL dedicated line always better than transit or direct?

Not necessarily. IEPL dedicated lines prioritize control over the international path and suit sustained work and long sessions; transit combines entry and exit points for services with a clear destination region; direct connections offer a simple, flexible structure. The final choice depends on the destination region, current access network, and task.

Why might a nearby node not be the best choice?

Traffic does not travel strictly in a straight line on the map. The actual path also depends on the local carrier exit, international transport, transit location, and destination data center. Proximity is useful for an initial choice, but the destination region and route topology usually deserve priority.

How should I choose a streaming route?

Choose the exit by content region first, then compare routes marked as supporting streaming. Keep the same region during playback whenever possible; if buffering occurs, switch route types within that region. Catalogs and regional rules are controlled by the relevant platform, while the route provides network access through the corresponding region.

Can I choose different routes on different devices?

Yes. VPNYH supports Windows, macOS, iOS, Android, and Linux with unlimited devices. A work computer can use a route suited to long sessions, while a mobile device can choose a region that better matches its current access network. All devices do not need to use the same city.

Do I need an email address before using the service?

No. You can register with a username and password. After entering the user panel, you can view plans, get clients and subscriptions, and choose routes using the guidance on this page.

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