Cross-border access · Regions and routes

Servers and international routes

VPNIJ provides connection entry points across different regions. Use the route list to check the exit region, city and route type. The best route is not always the shortest geographically; it is the one that better matches your network, target service and time of use.

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  • 120+ countries
  • 210+ routes
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A

Global routes directory

The table below shows representative entry points by region. VPNIJ covers 120+ countries / 210+ routes overall; the cities listed illustrate regional distribution and route types and do not include latency, load or real-time bandwidth data.

APAC

Asia-Pacific

Suitable for Asian websites, cross-region collaboration platforms and region-specific content services.

Country or region City Route type Streaming support
Singapore Singapore IEPL route Supported
Hong Kong, China Hong Kong Relay Supported
Japan Tokyo Relay Supported
South Korea Seoul Direct Supported
Taiwan, China Taipei Direct Supported
NORTH AMERICA

North America

Suitable for North American websites, developer services, remote work systems and regional content libraries.

Country City Route type Streaming support
United States Los Angeles IEPL route Supported
United States San Jose Relay Supported
United States Seattle Direct Supported
United States New York Direct Supported
Canada Toronto Relay Supported
EUROPE

Europe

Suitable for European business systems, regional websites, research and collaboration across time zones.

Country City Route type Streaming support
Germany Frankfurt IEPL route Supported
Switzerland Zurich Relay Supported
United Kingdom London Relay Supported
France Paris Direct Supported
Netherlands Amsterdam Direct Supported
OTHER REGIONS

Other regions

For local services and business resources in Oceania, the Middle East, South Asia and Africa.

Country City Route type Streaming support
Australia Sydney Relay Supported
New Zealand Auckland Direct Supported
United Arab Emirates Dubai Relay Supported
India Mumbai Direct Supported
South Africa Johannesburg Direct Supported
B

How to distinguish route types

The difference between IEPL, relay and direct routes lies in the path data takes from the origin to the exit. The name is not a simple ranking of quality; what matters is whether the route fits your current network and task.

I Isolated path

IEPL route

IEPL routes emphasize an independent cross-region transmission path. Data first enters the service gateway, then travels along a relatively defined dedicated link to the exit region. This reduces uncontrolled detours on the public network and is generally better suited to sustained transfers, remote meetings, business backends and tasks that require connection continuity.

Dedicated-route resources typically cost more to build and maintain than ordinary paths, making them better suited to tasks where stability comes first. This does not mean every target website will be faster: a slow target service, a mismatch between the account and exit regions, or fluctuations in the local access network cannot be fixed simply by switching to a dedicated route.

Start by confirming the target service’s region, then try a dedicated entry point in a nearby region. For long uploads, remote desktops or continuous collaboration, keeping one stable path is often easier than switching regions repeatedly.

M Relay optimization

Relay route

A relay route first sends the connection to a more suitable relay gateway, which then forwards it to the target region. Its main benefit is avoiding an inefficient direct path between the local network and the remote exit. Although the route may appear geographically longer, it can reduce detours and jitter across different carrier networks.

Relay routes suit everyday browsing, video playback, AI conversations, code repositories and cross-region research. When a direct entry point connects but pages load intermittently, switching to a relay in the same region is a sensible troubleshooting step. Relay nodes also make it easier to organize entries by region and compare paths without changing the target exit.

Relay links involve more routing steps, and the service side must continuously maintain connection quality between the entry and exit. Their resource cost generally falls between dedicated and ordinary direct routes. When choosing a route, do not fixate on whether the node name is geographically closest; prioritize whether the task completes fully and continuously.

D Direct path

Direct route

A direct route connects the current access network to the remote exit without an additional dedicated relay gateway. Its structure is simpler and works well when the local network already has a good connection to the target region. For ordinary web access, research and short tasks, direct is often a clear and effective choice.

Direct performance is more sensitive to the local carrier network, cross-region interconnection and time of use. A direct route in the same city may perform differently across access environments. A route that is stable on one device does not guarantee identical results on another network.

Its path is usually more direct, with a lighter resource profile than a dedicated route. In practice, use direct as the baseline: if pages open normally, transfers remain continuous and the target app does not repeatedly reconnect, there is no need to switch just because of the route name. If instability appears, compare a relay or dedicated route in the same region.

C

Choose server routes by use case

Define the task first, then choose the region and route type. Picking blindly by city name can mix together target-service restrictions, local network fluctuations and route issues.

BROWSE

Everyday browsing

For web browsing, research and light online tasks, start with a geographically nearby region. Nearby means more than map distance; it also means the current network has a smooth interconnection to that region. If pages open continuously and images and scripts load completely, the route is generally suitable.

If one website behaves unexpectedly, first determine whether the issue affects that site alone or all sites. If only one site is affected, try another route in the same region instead of immediately switching to a distant exit. If several sites fail at once, check the client connection, system proxy and DNS settings.

STREAM

Video and audio

For streaming, choose the exit based on the content’s region first, then compare relay, dedicated and direct routes within that region. Opening the homepage does not guarantee uninterrupted playback. Let the content play for a while and check quality changes, seeking and continuous loading.

Regional content is governed by platform rights and account rules. A route can provide a network exit in the relevant region, but it cannot change the target platform’s subscription requirements. If the library differs from expectations, check the account region, app cache and service rules before switching to another entry in the same region.

AI

AI Tools

AI conversations, coding assistance and image tasks depend heavily on session continuity. A brief interruption can stop a long response, fail an upload or require reconnection. Prefer a region supported by the target tool and keep the exit stable during one work session rather than switching regions repeatedly.

If text chat works but file uploads fail, check file restrictions, browser permissions and route performance separately. If the web and client results differ, confirm that both programs use the same proxy mode. Route selection is only one part of troubleshooting and cannot replace checking app settings.

GAME

Gaming connections

For gaming, match the actual game-server region rather than looking only at the account region. Downloads, account login and in-game connections may use different service entry points. If login works but joining a match fails, determine separately whether the issue is with the launcher, authentication service or game connection.

Games are more sensitive to connection stability than to a single speed reading. Close background downloads first, then compare nearby regional entries. If direct connections suffer brief interruptions, test a relay path. For longer sessions, avoid switching routes mid-game so an exit change does not trigger session verification.

WORK

Remote work

Remote desktops, online meetings, business backends and cloud documents often depend on authentication, persistent connections and file transfers at the same time. Before work begins, confirm which regions the business system allows, then choose an entry with continuous connectivity. If a fixed exit is required, stay in the same region throughout the work period and follow your organization’s access rules.

When troubleshooting a work connection, split the task into steps: confirm web authentication first, then test document sync or file upload, and finally check meetings and remote desktop. This makes it easier to locate the failing layer. IEPL suits tasks that prioritize continuity, relay routes can improve cross-region paths, and direct routes work when the current network already connects smoothly to the business region.

D

Route selection and switching decisions

Do not change several settings at once. Keeping variables clear helps identify whether an improvement comes from the route, client mode or target service.

Define the target region

First confirm which region the service you need primarily serves. For streaming, check the content-library region; for work, the business system’s requirements; for gaming, the actual server region; and for AI tools, the supported service regions. Without a clear target, even a long route list only leads to repeated trial and error.

Start with a nearby path

Among entries that match the target region, start with a city that the current network can reach easily. After connecting, test the real task instead of relying on decorative metrics. Complete page loads, continuous sessions and successful uploads and downloads are more useful than a single momentary reading.

Compare paths within the same region

If the exit region is correct but the connection is poor, switch route types within that region first. Try a relay when direct is unstable, then compare a dedicated route if the relay cannot support a sustained task. This keeps the target region unchanged and avoids mistaking regional differences for route differences.

Keep the connection once stable

Once you find a path that suits the task, keep it until the task is complete. Frequent switching changes the exit address and may force a website session, app login or active transfer to reconnect. If you need to change regions, save your work first, disconnect, then reconnect to the target service.

E

Coverage and usage boundaries

VPNIJ covers 120+ countries / 210+ routes and supports Windows / macOS / iOS / Android / Linux, with unlimited devices online at the same time. Coverage answers whether a suitable region is available; actual performance still depends on the local network, target service, app settings and selected path.

With many regional routes available, save frequently used entries instead of choosing from the full list each time. You can keep separate favorite regions for work, streaming and AI tools, then compare paths within the same region when your network environment changes. This is more reliable than locking yourself to one city, since home, office and mobile networks use different upstream paths.

No email address is required to create an account; a username and password are enough. Connection entries and clients are managed together in the user panel, keeping subscription details off public pages. If you are unsure how much traffic you need, review the monthly subscription and permanent, non-expiring traffic packages before choosing based on your usage.

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