90+ Countries / 200+ Routes

Global Server Locations

Browse network entry points by region, route type and use case. The route table shows static coverage only; latency, load and bandwidth figures are not used as a substitute for real connection testing.

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ROUTE DIRECTORY 90+ COUNTRIES
APAC Asia-Pacific IEPL / Relay / Direct
NA North America IEPL / Relay / Direct
EU Europe IEPL / Relay / Direct
OTHER Other Regions Relay / Direct
ROUTE DIRECTORY

Browse Server Routes by Region

The table below shows sample regions in the network, illustrating city locations, access methods and streaming-route availability. Full service coverage spans 90+ countries / 200+ routes; the client displays the routes currently available for selection.

Country / Region City Route Type Streaming
ASIA PACIFIC / Asia-Pacific
JapanTokyoIEPLSupported
JapanOsakaRelaySupported
SingaporeSingaporeIEPLSupported
Hong Kong, ChinaHong KongRelaySupported
South KoreaSeoulRelaySelect by platform
AustraliaSydneyDirectSelect by platform
IndiaMumbaiDirectSelect by platform
MalaysiaKuala LumpurDirectSelect by platform
NORTH AMERICA / North America
United StatesLos AngelesIEPLSupported
United StatesSeattleRelaySupported
United StatesNew YorkDirectSupported
CanadaTorontoDirectSelect by platform
EUROPE / Europe
United KingdomLondonRelaySupported
FranceParisRelaySupported
GermanyFrankfurtIEPLSupported
NetherlandsAmsterdamDirectSelect by platform
SwitzerlandZurichDirectSelect by platform
ItalyMilanDirectSelect by platform
SpainMadridDirectSelect by platform
SwedenStockholmDirectSelect by platform
OTHER REGIONS / Other Regions
United Arab EmiratesDubaiRelaySelect by platform
South AfricaJohannesburgDirectSelect by platform
BrazilSão PauloDirectSelect by platform
ChileSantiagoDirectSelect by platform
ROUTE TYPES

Route Type Determines the Path, Not Just the Region

A city name identifies only the exit location. Your experience also depends on the local carrier, access path, destination service and current network conditions, so route type and intended use should be considered together.

IEPL

IEPL

IEPL routes use a comparatively independent, more controllable approach to cross-border transmission. Traffic first enters the dedicated access segment before connecting to an exit in the target region. Compared with paths that rely entirely on public networks, these routes generally prioritize peak-time stability and consistent connectivity, making them suitable for sustained transfers, video meetings, remote collaboration and extended streaming.

Dedicated-route resources usually cost more to build and maintain, so there is no need to keep every task on the same IEPL route. Everyday text browsing or light searches can start with a nearby relay or direct entry, leaving IEPL for tasks that are more sensitive to connection continuity. If the local network is already unstable, check local access first rather than attributing every issue to the exit region.

Best for: work, streaming, sustained connections
RELAY

Relay Routes

A relay route first connects to a nearby relay point, or one with more suitable access conditions, which then forwards traffic to the target exit. Its main purpose is to reorganize the path and avoid excessive detours or poor inter-network handoffs when the local network connects directly to a distant exit. Relay does not automatically mean faster; it addresses path matching.

These routes suit everyday browsing, AI Tools, Streaming and general work. Start by checking the target region, then see whether the local carrier matches the relay entry. If a relay to a distant city performs better than one in a neighboring region, the front-end access is likely a better fit for the current network. Do not rely on geographic distance alone; judge by page loading, uninterrupted playback and completed requests.

Best for: everyday browsing, AI Tools, Streaming
DIRECT

Direct Routes

A direct route connects the current network straight to an exit in the target region without an additional relay segment configured by the service. Its simpler path suits networks that already have good interconnection with the target region. Direct coverage also provides more regional choices, especially for distant or less frequently used areas.

Direct performance depends more heavily on the local carrier’s international gateway and network conditions at different times. If it works during the day but fluctuates during busy periods, or varies substantially across access networks in the same region, try that region’s relay route or compare a nearby region. Direct resources are organized more simply and generally cost less than IEPL, but that does not mean every direct entry performs the same way.

Best for: light access, regional coverage, backup entry points
PATH

Path Comes Before Labels

Route names are for classification, not speed guarantees. The same route type can produce different results on different local networks. For a fair comparison, keep the device, app and local connection unchanged and switch only the route, so multiple variables do not change at once.

REGION

Match the Exit Region to the Task

When regional content is required, the exit location should match the target service’s regional requirements. Chasing the nearest city can produce a smooth connection with the wrong content region. Workplace systems may also apply access policies based on the exit region.

FALLBACK

Keep an Alternative Path

For regular tasks, prepare different route types in the same region or a backup entry in a neighboring region. When the local carrier’s routing changes, switch directly instead of repeatedly editing the client or re-importing a subscription.

USE CASES

Choose International Routes by Use Case

There is no route choice that works universally across all devices. Define the task first, then narrow down the region and route type; this is usually more effective than switching randomly.

BROWSE

Everyday Browsing and International Websites

Everyday browsing involves scattered requests, with pages, images and files often coming from different services. Start with a nearby relay or direct route and check whether the first page load, repeated navigation and file transfers remain stable. If a route opens only the homepage but repeatedly stalls inside specific features, it may not be suitable for continued use.

There is no need to keep ordinary text pages on a higher-cost IEPL route. A better approach is to keep one primary entry and one backup: the primary handles most browsing, while the backup takes over when the target region or local network conditions change.

MEDIA

Streaming

For streaming, check regional matching first and sustained transfer second. Content licensing on Netflix, Disney+ and YouTube varies by region, so choose a route in the region containing the target catalog and marked for Streaming. Opening a platform homepage confirms only basic connectivity; open the actual content and start playback to verify quality switching, seeking and continuous playback.

When buffering occurs, switch route types within the same region first, avoiding a simultaneous catalog change caused by changing regions. If relay and IEPL perform differently in the same region, make the more stable one your regular streaming entry. Account regions, content licensing and platform policies are determined by each platform; the route only provides a network exit in the target region.

AI

AI Tools and Long Conversations

AI Tools involve both page requests and connections that continuously return content. A short prompt may submit normally without long responses, file uploads or code generation being equally stable. Prefer a relay or IEPL route in a region supported by the target tool, then assess the connection with an extended conversation, longer output and file operations.

If the page loads but a request cannot complete, check the exit region first, then clear the old session state and reconnect. Frequent cross-region switching can trigger a service’s own account security checks, so keep the region consistent once you find a suitable entry. Each AI service determines its own supported regions.

GAME

Gaming and Interactive Apps

Games and interactive apps care more about consistent interaction feedback than one-off page-load speed. Choose an exit near the game server region, then compare direct and relay paths. Geographic proximity is a sensible starting point, but the interconnection between the local carrier and different data centers also affects results, so compare routes under the same conditions.

During testing, keep the game region, device and local network unchanged, and do not download files or stream video at the same time. If the connection is stable until a match begins and then fluctuates, try another route type in the same region. Some games assign servers based on the account region, so the exit region should not repeatedly conflict with the account settings.

WORK

Remote Work and Collaboration

Video meetings, remote desktops, code repositories and enterprise systems often run for extended periods, making route stability more important than occasional fast responses. Prefer an IEPL or relay entry in the same region as the enterprise system or collaboration platform, and verify the connection before an important meeting or file transfer.

Enterprise systems may restrict exit regions, so confirm your organization’s access rules before switching. If a remote desktop freezes, close other bandwidth-intensive tasks first, then compare backup routes in the same region. ZJVPN supports unlimited simultaneous devices, but different devices may use different local networks and should be evaluated separately.

SELECTION PROCESS

Route Switching and Troubleshooting

The key to effective troubleshooting is changing only one condition at a time. Switching across multiple regions at random makes results difficult to compare and cannot show whether the issue comes from the local network, exit region or target service.

A

Check the Local Network First

After disconnecting the acceleration connection, confirm that familiar local websites open normally. If the local network is already intermittent, address the router, wireless signal or carrier connection first. A route service cannot replace an unstable local connection. Keep the same access network during testing whenever possible instead of moving between networks.

B

Choose the Exit Region for the Target Service

Choose a content region for streaming, a supported region for AI Tools, the region required by the enterprise system for work, and the server region for gaming. Once the region is set, compare IEPL, relay and direct routes within it. This prevents regional-access issues from being mistaken for connection problems.

C

Validate the Route with a Real Task

Do not rely solely on the client showing “connected.” For browsing, open several real pages; for streaming, open and play the content; for AI Tools, complete a full request; for work, test the enterprise system and meeting features. Real tasks check resolution, connection and sustained transfer together, giving a more meaningful result than a single status indicator.

D

Build a Primary and Backup Pair

Once you confirm a suitable route, record one primary entry and choose a backup from another type in the same region or from a neighboring region. If maintenance, local routing changes or platform updates occur, try the backup pair first. If the same task fails in every region, check the client configuration, subscription update and system network permissions.

COVERAGE

Global Coverage and Its Limits

90+ countries / 200+ routes provide regional choices and alternative paths. The broader the coverage, the more valuable it is for matching routes to tasks—not for trying every region one by one.

APAC Asia-Pacific

Japan, Singapore, Hong Kong, China, South Korea, Australia, India and Malaysia

NA North America

United States, Canada and entry points in related regions

EU Europe

United Kingdom, France, Germany, the Netherlands, Switzerland, Italy, Spain and Sweden

GLOBAL Other Regions

The Middle East, Africa, South America and other covered regions

Coverage Does Not Guarantee Fixed Content Access

A server exit can provide a network location in the relevant region, but streaming catalogs, AI Tools availability, enterprise access conditions and account regions are set by the respective services. When a platform changes its rules, select a newly suitable route in the client instead of relying on an old regional assumption.

Route Names Do Not Replace Real-World Testing

IEPL, relay and direct describe how paths are organized; they do not promise identical results across all local carriers, devices and times of day. The route table does not show manually entered latency, load or real-time bandwidth figures, avoiding static numbers that could mislead in actual conditions.

Choose Entries Separately for Each Device

ZJVPN supports unlimited simultaneous devices across Windows / macOS / iOS / Android / Linux. Devices may be on different networks, so they do not need to use the same route. A work device can use a stable path, while a streaming device can use a route matching the target content region.

ACCOUNT ACCESS

View Current Routes in the Client

No email address is required; create an account with a username and password. After choosing a plan, get the client and subscription from the user panel, then view the currently available regions in the client.

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