90+ Countries / 200+ Routes

Global Server Nodes

Explore international routes by region, access method, and intended use. The route table illustrates representative coverage and route types; when connecting, choose within the client based on your location, target service, and current network conditions.

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Route directory

Representative Routes by Region

The entries below show representative nodes from the coverage directory for comparing regions, cities, route types, and streaming compatibility. ijvpn covers 90+ countries and 200+ routes overall; available client options may change with route maintenance and regional scheduling.

How to Read the Route Table “Supported” means the route is a good first choice for common streaming scenarios. “Test Required” means platform detection may vary with account region, content rights, and egress conditions; after connecting, rely on the target platform’s actual page. The table does not show latency, load, or bandwidth estimates, avoiding static figures that may not reflect real network conditions.
Country City Route Type Streaming Support
Asia-Pacific
Japan Tokyo IEPL Dedicated Line Supported
Japan Osaka Relay Supported
Singapore Singapore IEPL Dedicated Line Supported
South Korea Seoul Relay Test Required
Malaysia Kuala Lumpur Direct Test Required
Thailand Bangkok Direct Test Required
North America
United States Los Angeles IEPL Dedicated Line Supported
United States San Jose Relay Supported
United States New York Direct Test Required
Canada Vancouver Relay Supported
Canada Toronto Direct Test Required
Europe
United Kingdom London IEPL Dedicated Line Supported
Germany Frankfurt Relay Supported
France Paris Direct Test Required
Netherlands Amsterdam Relay Supported
Sweden Stockholm Direct Test Required
Other Regions
Australia Sydney Relay Supported
New Zealand Auckland Direct Test Required
United Arab Emirates Dubai Relay Test Required
Brazil São Paulo Direct Test Required

The node directory is intended as a guide and does not guarantee ongoing access to any specific website. Target platforms may adjust detection based on account ownership, content licensing, and egress region. If detection changes, try another route in the same region and reopen the target service.

Route architecture

IEPL Dedicated Lines, Relay Routes, and Direct Connections

Route names describe the access path, not a simple speed ranking. The right choice depends on your local network, target region, connection duration, and use case; the same route may perform differently across network environments.

IEPL Dedicated Lines: Consistent Cross-Border Paths

IEPL dedicated lines carry cross-border data over a more clearly defined international path, reducing unpredictable routing changes on public networks. They suit longer sessions and tasks that depend on connection continuity, such as remote work, online meetings, cloud document collaboration, development-tool synchronization, and AI Tools sessions that continuously return content.

These routes generally require more resources to schedule and maintain than ordinary direct connections, so they are better treated as a priority option for important tasks rather than a permanent default whenever a “dedicated line” label appears. When the target service is far away, choosing a geographically sensible dedicated-line entry point usually provides a more balanced connection than always selecting a popular remote city.

A dedicated line cannot eliminate issues caused by local access quality, device status, or congestion on the target platform. If pages respond slowly, first check whether other websites work normally, then compare relay routes in the same region instead of attributing every issue to the egress node.

Relay Routes: Balancing Path and Region

Relay routes first send the connection to a suitable access point, then forward it toward the target region. Their value lies in avoiding unstable sections between the local network and a distant city while offering more routing choices. For everyday browsing, streaming, cross-region content searches, and general cloud-service access, relay routes often balance compatibility and operating cost.

More relay hops do not automatically make a route better. Extra paths add scheduling complexity, so ijvpn provides different entry points by region and use case. Choose based on the target service’s region rather than trying to pass through a particular city. Where both a dedicated line and a relay are available, start with the relay for routine tasks and compare the dedicated line if long connections are frequently interrupted.

Streaming platforms evaluate egress region, account status, and licensing territory together. Routes marked “Supported” are good first options, but playback results still depend on the platform’s detection at that time. After switching routes, reopen the app or page so the previous connection ends before testing again.

Direct Connections: Simple Paths for Flexible Switching

Direct routes connect to the target region’s egress through the current network, with a relatively simple path. They suit services with clear egress-location requirements, shorter sessions, or frequent region switching. When the local provider’s route to the target area is already smooth, a direct connection offers a clear, straightforward access path.

Direct routes are more sensitive to local networks and changes in public international routing. Experience may vary during busy evening periods, when switching access networks, or over long distances. Treat direct connections as a baseline for comparison: test the target region first, then move to a relay or dedicated line in the same region if page loading, video buffering, or long-lived connections fall short.

Direct routes often offer flexible regional coverage and make more city choices possible. For occasional regional-content checks, access to overseas websites, or short tasks, there is no need to default to a more resource-intensive route; choose based on the actual result.

Selection guide

Choose by Use Case, Not Just by City

There is no single route that works best for every device. Identify the target service first, then compare nearby regions; this is usually more effective than repeatedly switching to distant nodes.

Everyday Browsing

For international websites, research, or email, start with an Asia-Pacific route reasonably close to your location. Short page requests depend more on consistently responsive behavior than on a prominent route label. If a direct connection is stable, keep using it; if pages occasionally pause, compare a relay route in the same region.

Frequent cross-region switching is not recommended for everyday browsing, because some websites adjust language, currency, or login checks based on egress region. Keeping a relatively consistent region can reduce repeated verification and changes to regional page settings.

Streaming

First confirm which region the content belongs to, then choose the corresponding route marked “Supported” in the table. Whether a title appears may depend not only on network egress, but also on account region, content licensing, app cache, and platform detection policies. Treat the route label as a starting point for selection, not a fixed guarantee for every catalog.

After switching regions, end the existing playback session before reopening the platform. If the content still does not appear, try another route type within the same country. Switching to another country usually changes the content catalog and may not resolve detection issues for the original region.

AI Tools

AI web apps, editor plugins, and developer APIs often depend on regional detection, login sessions, persistent connections, and streamed responses at the same time. Prefer a dedicated line or relay in a region where the target tool is available, and keep the egress region stable during a work session. Switching countries repeatedly during a conversation may re-establish the session or trigger additional account checks.

If the page opens but the response stops midway, first determine whether only that tool is affected, then compare other routes in the same region. Command-line tools and editor plugins may also be affected by local proxy settings; browser access does not mean every development tool will automatically use the same connection.

Online Gaming

Games depend more on consistent routing, stable round trips, and the server’s actual region. Prioritize a route near the game server rather than one near the game website or account-registration region. If the game server is in Japan, compare Japanese routes first; if it is in North America, choose within the North American region.

Downloading updates and playing an actual match are different tasks. For update files, focus on stable transfer; during matches, reduce background synchronization, cloud uploads, and other network-heavy tasks. If one route works well for downloads but performs poorly in-game, use different routes for the two stages.

Remote Work

Online meetings, corporate documents, code repositories, and remote desktops all depend on persistent connections. Choose an entry point based on the region of your company service or cloud resources, then compare dedicated lines and relays first. Keep the same egress during work whenever possible, avoiding rapid changes between countries that may disrupt login sessions.

If your organization has additional access policies, follow its network rules. ijvpn is designed to optimize cross-border connectivity and does not replace an organization’s identity verification, access controls, or endpoint-security requirements. Before an important meeting, open your usual tools to check the connection and pause unnecessary background transfers.

Practical method

A More Reliable Route-Selection Process

Start with the use case, then determine the region and route type to reduce aimless switching. The client supports Windows / macOS / iOS / Android / Linux and unlimited devices online at once; local networks may differ across devices, so the same node may not perform identically everywhere.

  1. Confirm the Target Region

    Choose the country based on the target website, content catalog, cloud service, or game server location. When the target region is clear, there is no need to scan every popular city first.

  2. Start with a Nearby Entry Point

    A reasonably close entry point is more likely to provide a simple path. If the target service has no strict regional requirement, start with an Asia-Pacific route and adjust based on the actual page response.

  3. Compare Types in the Same Region

    Comparing direct, relay, and dedicated routes while keeping the country unchanged makes it easier to tell whether an issue comes from the access path or the platform itself, without regional changes affecting the result.

  4. Keep One Complete Session

    Avoid changing the egress during login, meetings, editor synchronization, or streamed output whenever possible. Compare other routes after finishing the task for clearer results.

  5. Separate Route Issues from Device Issues

    If only one device has problems, first check its client status, system network, and background tasks. If multiple devices on the same network are affected, try changing the route.

Coverage overview

Coverage and Subscription Rules

ijvpn provides 90+ countries and 200+ routes across Asia-Pacific, North America, Europe, and other commonly used regions. Coverage figures describe the available regional range and do not mean every city uses the same access method. Choose based on the route label and target service.

Monthly subscription traffic resets each month on the activation date; when upgrading mid-cycle, the price difference is prorated across the remaining days. Traffic packages remain available until used and never expire. All plans support unlimited devices and include a 60-day refund policy. No email address is required; a username and password are enough.

Asia-Pacific Routes North American Routes European Routes Other Regions
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