JrVPN
Current plan Monthly · 250GB
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Current exit: Tokyo

Regional routes

Tokyo Japan · IEPL Dedicated Line
Singapore Singapore · IEPL Dedicated Line
Los Angeles United States · IEPL Dedicated Line
London United Kingdom · IEPL Dedicated Line
Regions and route types

Global serverroute directory

JrVPN covers 100+ countries / 160+ routes. This directory organizes representative entry points by region and explains the differences between IEPL dedicated lines, relay routes, and direct connections, helping you choose a route for browsing, streaming, AI tools, gaming, or work.

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This page lists representative routes by region. After signing in and importing your subscription, you can view the complete set of routes available to your account in the client.

Coverage

How to understand route coverage

Country coverage indicates the available exit regions, while the number of routes reflects the different network entry points offered in each region. When choosing a route, consider more than the city name: factor in the route type, the target service’s region, and your current network conditions.

Asia-Pacific North America Europe Oceania Middle East South America Africa

Server Directory

Browse server routes by region

The directory below outlines key regions, cities, and route types. The streaming column shows whether an entry point is a candidate for the listed use case; actual availability may also change with platform policies, account region, and content licensing.

Country or region 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 By route label
Hong Kong, China Hong Kong IEPL Dedicated Line Supported
Taiwan, China Taipei Relay By route label
North America
United States Los Angeles IEPL Dedicated Line Supported
United States San Jose Relay Supported
United States Seattle Direct By route label
United States New York Relay Supported
Canada Vancouver Direct By route label
Canada Toronto Relay Supported
Europe
United Kingdom London IEPL Dedicated Line Supported
Germany Frankfurt Relay Supported
Netherlands Amsterdam Direct By route label
France Paris Relay Supported
Italy Milan Direct By route label
Spain Madrid Direct By route label
Other regions
Australia Sydney Relay Supported
New Zealand Auckland Direct By route label
United Arab Emirates Dubai Relay By route label
India Mumbai Direct By route label
Brazil São Paulo Direct By route label
South Africa Johannesburg Direct By route label

Route Types

Route types and path differences

A route type describes the path data takes from your local network to the target region. Entry points with the same city name can differ in stability, suitability, and operating cost because they use different access methods.

IEPL

IEPL dedicated lines: more controlled international paths

IEPL dedicated lines focus on fixed, manageable international transmission paths. Compared with routes that rely entirely on the public network to choose paths dynamically, they place key international segments within a more defined network structure before connecting to the local network in the target region. The goal is not to chase a peak result from a single test, but to reduce congestion-time detours, frequent path changes, and fluctuations caused by inter-carrier handoffs.

These routes are generally suited to longer sessions and tasks that require connection continuity, such as remote work, online meetings, large file synchronization, extended streaming, and tools that depend on stable sessions. Dedicated-line access and maintenance usually cost more than ordinary direct connections, so it is better treated as a priority option for important tasks rather than used indiscriminately for all traffic.

Path characteristics
Key international segments use a more defined network structure
Best for
Work, meetings, streaming, continuous sessions
Selection principle
Try a dedicated line in the same region first when stability matters most
RELAY

Relay routes: optimize the entry point before reaching the target region

A relay route first sends the connection to an intermediary location that is better suited as an entry point, then forwards it from there to the final exit city. Its value lies in improving the handoff between the local carrier and the international exit, avoiding unnecessary detours that can occur when a local network connects directly to a distant city. More relays do not automatically mean a slower path; what matters is whether the intermediary improves the route quality end to end.

Relay routes suit everyday browsing, AI tools, routine downloads, and content that requires a specific exit region. They balance coverage, operating cost, and connection performance, and the same target region can often provide multiple entry points. If one route connects successfully but pages respond inconsistently, switching to another relay in the same region is often more sensible than moving straight to a distant country.

Path characteristics
Improve inter-carrier handoffs through a relay entry point
Best for
Browsing, AI tools, downloads, regional access
Selection principle
Keep the target region unchanged and switch between entry points first
DIRECT

Direct routes: simple paths with flexible coverage

A direct route connects your current network straight to a server in the target region without an additional dedicated relay entry point. Its simple structure can cover more cities and less common regions, making it suitable for tasks with a clear exit-location requirement where public-network path changes are acceptable. Direct-route performance depends heavily on the local carrier, your location, the time of access, and routing to the target data center, so results may vary across network environments.

Direct routes are a practical fallback when you need a less common country or city, want a short browsing session, or dedicated and relay routes are under maintenance. Their operating structure is generally more straightforward, with relatively manageable resource costs. If a direct entry point becomes unstable, switch to a relay in the same region first; choose a nearby region only when the target service does not require a specific exit country.

Path characteristics
Connect directly to the target exit from your current network
Best for
Less common regions, short sessions, backup connections
Selection principle
When performance fluctuates, switch to a relay entry point in the same region

Selection Guide

Set a route selection order by use case

Choosing a route is not about finding one “best server” forever. It is about matching the exit region, route type, and current task. The sequence below reduces unnecessary switching and makes it easier to determine whether an issue comes from the route, the client, or the target service.

Everyday browsing

For everyday websites, research, and light downloads, start with a nearby Asia-Pacific entry point. Routes through Tokyo, Singapore, or Hong Kong are relatively direct, with fewer cross-region steps required to establish a page connection. If the site primarily serves North American users, switch to a U.S. West Coast entry point; this is usually more targeted than starting with a more distant city.

For browsing, focus first on whether pages open continuously and images and scripts load completely, rather than comparing a single test result. When several entries are available in one city, switch route types within that region first. Move to another country only when the region as a whole is unsuitable for the target site.

Streaming

Streaming depends first on where the content is available. Confirm the exit country that matches the account and content library, then choose a route marked as supported in the table. After connecting, open the target platform and verify its catalog before starting a long playback session. If the platform homepage loads but the catalog is wrong, check the exit region instead of repeatedly changing client settings.

For extended playback, choose an IEPL dedicated line or a stable relay entry point. If buffering occurs frequently, switch to another entry in the same country to keep the content region unchanged. Moving directly to another country may improve the connection, but it also changes the catalog and can blur the distinction between a route issue and regional licensing differences.

AI Tools

AI tools commonly assess the exit region, session continuity, and account environment together. Choose a region where the target tool explicitly offers service, and keep the exit region stable during a work session. Frequent switching between countries can change the sign-in state and make troubleshooting harder. A common approach is to start with an entry in Japan, Singapore, or the United States, then adjust according to the tool’s regional availability.

For submitting long text, uploading materials, or waiting for generated results, relay routes and IEPL dedicated lines are better suited to maintaining a continuous session. If a page opens but a request does not complete normally, switch to another route in the same country and start a new session; avoid changing the route, browser, and account settings at the same time, or it will be difficult to identify what fixed the issue.

Online gaming

For gaming, first identify the server region. Japanese, Southeast Asian, U.S., and European servers should use corresponding or nearby exits rather than a familiar city chosen at random. Games may also use transport methods different from web browsing, so a fast-loading webpage does not necessarily indicate an equally stable game session.

Try an IEPL dedicated line in the target region first, then compare relay routes in the same region. Before entering a live match, observe connection continuity in the game menu, matchmaking lobby, or training area. If an interruption occurs, leave the current session before switching routes; changing the exit during an active connection may cause the server to reassess the network environment.

Remote work

Work tasks often involve meetings, documents, code repositories, enterprise systems, and file synchronization at the same time, so continuity across multiple services matters most. Prioritize an IEPL dedicated line near the region where the company systems are deployed. If services are distributed across regions, use the meeting location or core business system as the primary reference, then verify that other tools work normally.

Avoid changing routes just before a meeting or large file synchronization. If a regular entry needs to be replaced, save online documents, pause synchronization, and close persistent connections before selecting a backup in the same region. JrVPN supports unlimited simultaneous devices, but each work device should separately confirm that its client has imported the latest subscription to avoid using an outdated route list.

Route Workflow

Route switching and troubleshooting order

When connection performance changes, checking conditions in a fixed order reduces repeated work. Change only one condition at a time so you can tell whether switching routes actually helped.

  1. Confirm the target region

    First determine which region the target website, content library, AI tool, or work system primarily serves. If the exit country is wrong, the connection may work normally but still return different content or trigger a regional classification issue.

  2. Switch entry points within the same region

    Keep the country unchanged and compare the region’s IEPL dedicated line, relay, and direct entries in sequence. This helps rule out an individual route problem without changing the exit region seen by the target service.

  3. Re-establish the target session

    After switching routes, close the existing persistent connection and reopen the target service. An established session may not automatically use the new route, and refreshing the page alone may not complete the migration.

  4. Check again after updating the subscription

    If the regional list in the client does not match expectations, obtain the current subscription from the user panel and complete the update first. Both the client and subscription are obtained after signing in; do not use static configurations from unknown sources.

  5. Keep a usable backup region

    Prepare a backup entry in the same country for common tasks, plus a nearby region as an additional fallback. When switching is necessary, try the same-region route first and use a nearby region only when the target service does not restrict the exit country.

Operating Notes

What to consider when using the server list

The route directory provides clear regional entry points and path types; it is not intended to force every task onto one route. Network paths are shaped by local access, carrier interconnection, target-service deployment, and regional policies. A sound selection method should be repeatable: identify the target region, compare entries within that region, and consider a nearby region only afterward.

The complete route list in the client comes from your account subscription. Registration requires only a username and password—no email address. After choosing a plan, you can obtain the client and subscription from the user panel. Monthly subscription traffic resets each month on the activation date; if you upgrade partway through a term, the difference is prorated against the remaining days. Traffic packages remain available until used and never expire, making them suitable for irregular usage that still requires long-term access to route entries.

When using multiple devices, update the subscription separately in the Windows, macOS, iOS, Android, and Linux clients. JrVPN supports unlimited simultaneous devices, but devices do not automatically share local route selections. Changing the route on one device does not make other devices use the same exit; for work accounts or persistent sessions, confirm the current region on each device separately.

To compare plans, visit the pricing page for monthly subscriptions and traffic packages. All plans include 7-day no-questions-asked refunds, with Alipay / WeChat Pay / USDT available as payment methods. Estimate your usage frequency and traffic needs first, then choose between a monthly subscription that resets each month and a traffic package that remains available until used and never expires.