100+ countries / 160+ routes

Global Servers and Routes

Start by narrowing the list to your target region, then choose a route based on its network entry, use case and client label. This page shows only the region, city and route type; variable figures should not replace a real connection test.

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Regional directory

Browse routes by region

The table shows the regional distribution and route categories of common entry points. Streaming support may change with the platform, account region and licensing policy; check the current client label before connecting. When a service is region-sensitive, choose a city that matches your account region.

Asia-Pacific

Country / region City Route type Streaming support
JapanTokyoIEPLSupported
JapanOsakaRelaySupported
Hong Kong, ChinaHong KongIEPLSupported
SingaporeSingaporeIEPLSupported
Taiwan, ChinaTaipeiRelaySupported
South KoreaSeoulRelaySupported
MalaysiaKuala LumpurDirectFollow the client label

North America

Country / region City Route type Streaming support
United StatesLos AngelesIEPLSupported
United StatesSan JoseRelaySupported
United StatesSeattleRelaySupported
United StatesNew YorkDirectFollow the client label
CanadaTorontoRelaySupported
CanadaVancouverDirectFollow the client label

Europe

Country / region City Route type Streaming support
United KingdomLondonIEPLSupported
FranceParisRelaySupported
GermanyFrankfurtRelaySupported
NetherlandsAmsterdamDirectFollow the client label
ItalyMilanDirectFollow the client label
SpainMadridDirectFollow the client label
SwedenStockholmDirectFollow the client label

Other regions

Country / region City Route type Streaming support
AustraliaSydneyIEPLSupported
AustraliaMelbourneRelaySupported
New ZealandAucklandDirectFollow the client label
BrazilSão PauloDirectFollow the client label
United Arab EmiratesDubaiRelayFollow the client label
Transmission paths

How three route types work

Route names describe how traffic travels from local access to an overseas exit. They affect the connection process, operating cost and suitable use cases, but cannot be judged separately from the user's network. The right approach is to understand the path first, then select a route for the target region.

IEPL

IEPL

IEPL routes typically carry the main transmission path over cross-border dedicated resources provided by carriers, using a different path structure from ordinary public-internet direct access. Their value is not simply a higher momentary figure; by reducing interference from complex public routes on long-distance connections, they can make cross-region sessions easier to maintain.

These routes suit longer, interruption-sensitive tasks such as remote meetings, cloud document collaboration, development environment access and continuous streaming. Dedicated resources generally cost more to access and maintain than ordinary direct routes, so they are better for users who prioritize stability rather than for every request.

Best for Long sessions Cross-border work Continuous transfers
RELAY

Relay routes

A relay route first sends a request to an entry point better suited to the local network, then connects from the relay node to the target region. The relay layer can avoid some less suitable long-distance public routes and makes it easier to assign entries for different carriers. Results depend on the quality of the entry, the relay path and the target exit working well together.

Relay routes balance coverage, connection performance and operating cost. They suit everyday browsing, AI tools, file syncing and general streaming. If one relay route is difficult to access, try another entry in the same region before switching to a distant exit country; this makes it easier to identify which segment is causing the issue.

Best for Everyday use Regional balance Entry switching
DIRECT

Direct routes

A direct route connects the user's current network straight to an overseas exit without adding a dedicated relay entry. Its path is relatively simple, can cover more less-common regions, and suits services with a clear exit-location requirement but ordinary demands for session continuity.

Direct-route performance depends more heavily on the public route between the local carrier and the target data center, so differences may be more noticeable across regions and access networks. Resource costs are generally lower than for dedicated routes, making direct access suitable as regional coverage, temporary access or a backup entry. If disconnections continue, compare a relay or IEPL route in the same region.

Best for Less-common regions Temporary access Backup entries
Use-case guide

Choose routes by use case

Route selection should not be based only on city distance. The service's deployment region, account region, session length and current access network all affect the result. The methods below use a repeatable process so you can replace an entry quickly when conditions change.

Everyday browsing

For international websites, research and ordinary web pages, start with a nearby Asia-Pacific relay or IEPL entry. Proximity does not automatically make a route the best choice, but it usually reduces unnecessary regional detours. If a page opens but images, login state or some resources fail, switch cities within the same region while keeping the exit region unchanged to isolate a single-path issue.

The priority for everyday browsing is stability and compatibility, not chasing short-term changes. Once you find an entry that suits your local network, save it as a favorite and keep another route type in the same region as a backup.

Streaming

First confirm where the content is available, then choose the matching country or region and check the streaming label in the client. Account regions, content rights and platform policies can change, so “Supported” in the table indicates an entry to try, not a permanent conclusion. After opening the playback page, confirm that the catalog matches the target region before starting a full session.

If the catalog is correct but playback repeatedly buffers, keep the same region and try an IEPL or relay entry. This separates region recognition from the transmission path, avoiding a change of country that alters multiple conditions at once.

AI Tools

AI tools often involve a sequence of requests for login, conversation, file uploads and long responses. Prefer a relay or IEPL entry in a region commonly used by the target service. Check whether login is smooth, sessions remain active and uploads return normally rather than testing only whether the homepage opens. Keep the exit region consistent where possible; frequent region changes may trigger additional account checks.

If the website works but the desktop app does not, verify the browser and app connection rules separately and confirm whether the app follows the system network settings. Even when the route is working, per-app settings can send traffic along different paths.

Gaming

For gaming, match the game server's region rather than the account registration region. Start with an entry close to the game server, then compare IEPL and relay routes for continuity during actual matches. Login, updates and gameplay may connect to different services, so a route that works well for downloading resources may not suit real-time sessions.

Keep the device, local network and game server region unchanged while switching only the route. If every overseas entry shows similar problems, check the local Wi-Fi, background downloads and game server status before blaming the exit route.

Remote work

Video meetings, code repositories, enterprise documents and cloud consoles depend more on long-session continuity. Prefer an IEPL or relay entry in the same region as the work service, and test login, file uploads and audio connections before an important meeting or delivery. If an enterprise system requires access from a fixed region, follow your organization's security rules.

Avoid switching routes without a clear reason during work. If a change is necessary, save your current work first and choose a backup entry in the same region. If only one enterprise app fails, record the app name, current region, route type and error page, then include them in the support ticket.

Connection workflow

A practical route-selection workflow

A useful route log only needs the key conditions: local access network, target app, exit region and route type. Change one condition at a time so you can identify what caused the difference.

A

Set the target region first

Choose the country and city based on the content region, work-service deployment, game server region or AI tool requirements. If the target is unclear, start with a nearby Asia-Pacific entry rather than trying several regions at once.

B

Then compare route types

Compare IEPL, relay and direct routes within the same region. Keep the target app and local network unchanged, and check login, loading, session continuity and file transfers instead of concluding from a single page load.

C

Keep a backup entry in the same region

Alongside your regular entry, save another city or route type in the same region. When a temporary connection issue occurs, switch to the backup first; this can reduce work interruptions and help distinguish a route change from a problem with the target service.

D

Submit a complete support ticket

If several routes in the same region cannot complete the same task, open the user panel and submit a support ticket. Include the device platform, local network type, target app, exit region, route type, time of occurrence and error message to reduce repeated questions.

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Coverage overview

Understanding global coverage

JWVPN covers 100+ countries / 160+ routes. “Countries” refers to available exit regions; “routes” refers to combinations of available entries and transmission paths. A single country may offer multiple cities or route types to suit local carriers, target apps and use cases.

Broad coverage means you do not have to send every request through one exit when accessing services in different regions. For cross-border work, regional content, overseas cloud services or extended travel, choose the region that best matches the task. For most users, only a few entries become regular choices; the key is to keep a primary entry and a backup in the same region.

The route directory should not be treated as a fixed performance ranking. Cross-border paths change with local access, upstream routing and target-service policies. The current client label is a better entry-point signal than a static ranking, while complete tests of login, loading and continued use provide the final basis for judgment.