Server Nodes - VPNJU | 110+ Countries and 180+ Routes Explained

Route Directory

Browse Global Routes by Region

This directory highlights key regions, cities, and route types. The streaming column indicates whether routes are configured for that use case; it does not mean every platform applies the same regional rules at all times. Routes may change during maintenance, so the user panel shows the actual available options.

Country or Region	City	Route Type	Streaming Support
Asia-Pacific
Japan	Tokyo	IEPL	Supported
Japan	Osaka	Relay	Supported
Singapore	Singapore	Relay	Supported
Hong Kong, China	Hong Kong	Direct	Supported
South Korea	Seoul	Relay	Supported
Malaysia	Kuala Lumpur	Direct	Depends on the platform's regional policy
Australia	Sydney	Relay	Supported
India	Mumbai	Direct	Depends on the platform's regional policy
North America
United States	Los Angeles	IEPL	Supported
United States	San Jose	Relay	Supported
United States	New York	Direct	Supported
Canada	Toronto	Relay	Supported
Europe
United Kingdom	London	Relay	Supported
Netherlands	Amsterdam	IEPL	Supported
Germany	Frankfurt	Relay	Supported
France	Paris	Direct	Supported
Sweden	Stockholm	Direct	Depends on the platform's regional policy
Spain	Madrid	Direct	Depends on the platform's regional policy
Other Regions
United Arab Emirates	Dubai	Relay	Depends on the platform's regional policy
Brazil	São Paulo	Direct	Supported
South Africa	Johannesburg	Direct	Depends on the platform's regional policy
Türkiye	Istanbul	Relay	Depends on the platform's regional policy

Route Topology

How Three Route Topologies Work and Differ in Cost

Route names describe the entry points and relays used by your data, not a standalone speed tier. Understanding the topology makes route selection more effective than switching at random.

Dedicated Path

IEPL

IEPL routes use a fixed transmission path between the entry point and the overseas exit. Data first reaches a designated access point, then travels through the dedicated segment to the target region, reducing unpredictable detours across public networks. Their main value is path manageability: when the local connection to the access point is performing normally, the later path is generally easier to keep consistent than one relying entirely on public interconnection.

These routes are better suited to ongoing video calls, remote desktops, cross-border work, large file syncing, and extended streaming. They do not guarantee the same results from every location or access network; the user's local network, wireless signal, and target service still affect the final experience. Because dedicated resources and entry-point maintenance cost more, a region typically combines IEPL with relay and direct paths rather than relying on one topology alone.

Long-lived connections Remote work Extended streaming

Relay Route

Relay Routes

A relay route first connects to a nearby entry point or one with better interconnection, then forwards traffic through a relay node to the target region. The relay is not simply an extra hop; it selects a different cross-network exit to avoid poor public paths between the local carrier and a distant data center. For faraway destinations, a relay can often provide a more usable overall path than a direct connection.

Relay resources require maintenance of both entry and exit points, so they typically cost more than a direct connection to a single data center, but they offer greater deployment flexibility. They suit everyday browsing, AI Tools, streaming, and general office work. When a service frequently creates short connections, entry-point stability matters more than theoretical path length. If access is inconsistent, try another relay entry in the same region before switching countries.

Everyday access AI Tools Region-specific content

Direct Route

Direct Connections

A direct route reaches a server in the target region from the current network without an additional relay. Its structure is the simplest, with fewer intermediate steps during connection setup, and it makes it easier to cover more countries and cities. Where interconnection is good, the destination is nearby, or browsing is light, direct access can be an effective choice.

Direct connections rely more heavily on the quality of public interconnection between the local carrier and the target data center. Busy evening periods, cross-network exchanges, and long-distance routing can all change actual performance, so a shorter path does not automatically mean a better experience. Direct resources have relatively clear costs, making them suitable for regional coverage, temporary access, and backup entry points. If a city also offers relay or IEPL routes, use direct access as a comparison path.

Light browsing Regional coverage Backup entry point

Selection Guide

How to Choose a Route by Use Case

Start with the target region, connection duration, and application type rather than the node name alone. The sections below explain what to check and how to switch routes for common uses.

Everyday Browsing and Research

Start with a nearby Asia-Pacific entry point, then check familiar sites for page loading, image display, and repeated navigation. Everyday browsing involves many short connections, so consistent connection setup often matters more than single-download performance. If a direct route reliably handles searches, logins, and file previews, there is no need to switch to a more complex topology just because of its name.

If a page occasionally stalls while loading, first switch to a relay route in the same country while keeping the destination region unchanged. If several apps fail at once, check the local network or change the access method. This separates application, regional, and local-network issues.

Streaming and Region-Specific Content

For streaming, start with the region where the content belongs. The account region, content rights region, and exit region should align as closely as possible; a nearby node alone may not open the target library. A “Supported” label means the route is configured for that use case, but platforms can change their regional detection rules, so the actual page after connecting is the final reference.

After playback starts, avoid switching routes frequently, as changing the exit region may prompt the app to check the session again. If you can enter the library but playback stops, switch within the same region from direct to relay or IEPL. Extended viewing depends more on sustained transmission, so IEPL and well-maintained relays are usually the best routes to test first.

AI Tools and Developer Services

AI chats, code completion, and developer platforms often involve logins, API requests, and long responses at the same time. Choose a region supported by the target service first, then check whether the session can complete continuously rather than merely verifying that the homepage opens. If a conversation stops midway or a developer tool repeatedly reconnects, try a relay entry in the same region to reduce the effect of cross-network path changes on long sessions.

When using several developer services, do not choose a route around just one website. Complete a login, load a project list, receive a chat response, and sync a file before deciding whether to keep the entry point. VPNJU supports unlimited simultaneous devices, but each device's local network conditions still need to be checked separately.

Gaming and Interactive Apps

Games and real-time interactions depend more on consistent round-trip delivery. Start with a region matching or close to the game server region, then compare different entry points during a complete session. A launcher opening does not mean the gameplay path is suitable, because account verification, content downloads, and real-time connections may use different servers.

Keep other variables unchanged and switch only the route type within the same region. If a direct route fluctuates noticeably during a match, test a relay; if the game region is far away and an IEPL route is available, add it to the comparison. When the wireless signal is unstable, fix the local connection first—repeatedly changing nodes will not produce a useful conclusion.

Remote Work, Meetings, and File Sync

Office workflows often run meetings, documents, remote desktops, and cloud sync at the same time, so the route must handle sustained connections and concurrent requests. First identify the region of the company service or collaboration platform, then prioritize testing a relay or IEPL route. A proper test should cover login, joining a meeting, screen sharing, file uploads, and an extended remote session; opening a webpage alone is not enough to assess an office connection.

If meetings work but file sync is slow, keep the region and switch the entry point. If several services disconnect together, check whether the local network changed, whether the device entered power-saving mode, and whether the client connection is still active. VPNJU supports Windows / macOS / iOS / Android / Linux; clients and subscriptions are available from the user panel. Office devices do not need to share one route and can be configured according to their own applications and network conditions.

Coverage Desk

How Global Coverage Helps You Choose Routes

The value of 110+ countries and 180+ routes is the ability to retain alternative paths for different destinations. Coverage alone cannot replace real-world testing, but broader regional distribution reduces cases where a target service is in one location while available exits are concentrated elsewhere.

Narrow the choice to the target service's country or a nearby region first, then compare route types. For regional streaming content, prioritize the content library's location; for office and development tasks, prioritize the service's deployment region and session continuity; for temporary research, start with a nearby entry point.

Explore Routes and Protocols

Asia-PacificTokyo · Singapore · Hong Kong North AmericaLos Angeles · San Jose · New York EuropeLondon · Amsterdam · Frankfurt Other RegionsDubai · São Paulo · Johannesburg

Practical Method

How to Switch Routes and Diagnose Issues

The key to effective testing is changing one condition at a time. When the region, route type, local network, and target app all change together, it is difficult to identify where the problem lies.

A

Fix the Target Region

First identify the region of the website, content library, game server, or office system. Compare entry points within the same country instead of randomly switching between countries from the outset. Once the region is fixed, content differences and account-region changes are easier to rule out.

B

Compare Topologies in Sequence

Start with a nearby direct or relay route, then test an IEPL route in the same region. Re-establish the application connection after each switch and check whether the complete task can finish. Do not assume the result from the route name alone.

C

Check Local Access

If several regions show similar problems on the same device, check the wireless signal, system network permissions, and client status. Test the same node after switching local networks to determine whether the issue occurs before traffic enters the international route.

D

Keep a Usable Backup Route

Keep backup entry points with different topologies for frequently used regions. When maintenance or public interconnection conditions change, switch directly to an alternative route in the same region instead of searching for another country, reducing repeated changes to the application's region.