STATIC ROUTE DIRECTORY

Global routes directory

VPNVX offers 120+ countries / 230+ routes. This page organizes commonly used routes by region, city, and connection method. It does not display latency, load, or bandwidth figures that vary with network conditions.

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REGION / CITY / ROUTE TYPE

Browse by region: VPN server routes

The same country or city may offer different connection methods. IEPL, relay, and direct connections are not simply better or worse tiers; they mainly differ in how cross-border traffic enters the backbone network, whether the path is optimized, and which costs and use cases they suit.

Country or region	City	Connection type	Streaming support
Asia-Pacific
Japan	Tokyo	IEPL	Supported; platform region must match
Japan	Osaka	Relay	Supported; platform region must match
Singapore	Singapore	IEPL	Supported; platform region must match
Hong Kong, China	Hong Kong	IEPL	Supported; platform region must match
Taiwan, China	Taipei	Relay	Supported; platform region must match
South Korea	Seoul	Relay	Supported; platform region must match
Australia	Sydney	Direct	Supported; platform region must match
India	Mumbai	Direct	Best suited to basic access
Malaysia	Kuala Lumpur	Direct	Supported; platform region must match
Thailand	Bangkok	Relay	Supported; platform region must match
Indonesia	Jakarta	Direct	Best suited to basic access
Philippines	Manila	Direct	Best suited to basic access
North America
United States	Los Angeles	IEPL	Supported; platform region must match
United States	San Jose	Relay	Supported; platform region must match
United States	Seattle	Direct	Supported; platform region must match
United States	New York	Relay	Supported; platform region must match
Canada	Vancouver	Relay	Supported; platform region must match
Canada	Toronto	Direct	Supported; platform region must match
Mexico	Mexico City	Direct	Best suited to basic access
Europe
United Kingdom	London	Relay	Supported; platform region must match
France	Paris	IEPL	Supported; platform region must match
Germany	Frankfurt	Relay	Supported; platform region must match
Netherlands	Amsterdam	Direct	Supported; platform region must match
Italy	Milan	Direct	Supported; platform region must match
Spain	Madrid	Direct	Supported; platform region must match
Sweden	Stockholm	Direct	Best suited to basic access
Switzerland	Zurich	Relay	Best suited to basic access
Ireland	Dublin	Direct	Supported; platform region must match
Other regions
United Arab Emirates	Dubai	Relay	Best suited to basic access
Brazil	São Paulo	Direct	Supported; platform region must match
South Africa	Johannesburg	Direct	Best suited to basic access
Türkiye	Istanbul	Relay	Supported; platform region must match

These are commonly used entry points from the coverage directory, showing how regions and connection types are organized. Available choices may change as the client directory is updated. If a route does not suit your local network, switching to another connection method in the same region is usually more effective than repeatedly reconnecting to the same entry point.

ROUTING MODEL

Connection type guide

The connection method determines how data travels from your local network to the target region. Consider stability, destination, location, and cost together instead of judging by the route name alone.

IEPL Stability first

IEPL route

IEPL routes handle the cross-border segment through a more controlled path, reducing unpredictable routing changes on the public internet. They suit tasks that require continuity, such as long work sessions, remote collaboration, sustained uploads and downloads, and access that is sensitive to evening network fluctuations.

Dedicated-route costs are generally higher than standard access, so there is no need to keep all traffic on them. If browsing, light research, or background syncing is already stable on a relay route, switching repeatedly just because the name sounds different is unnecessary. A better approach is to reserve IEPL for ongoing meetings, important file transfers, and extended use.

Work sessions Sustained transfers Evening use

RELAY Balanced path and cost

Relay route

A relay route sends the connection to a suitable entry point first, then forwards it to the target region. Its purpose is not simply to add another hop, but to avoid poor direct routing between the local carrier and a remote data center. For cross-continent access, content platforms, and common international websites, relays often offer a practical balance between cost and usability.

Relay performance depends on how well the entry point matches the local network. The same relay may perform differently across regions and access networks. Compare whether the target service opens consistently, page resources load fully, and long-lived connections remain stable instead of judging from a single test.

Everyday browsing Cross-continent access Content platforms

DIRECT More direct path

Direct route

Direct routes rely mainly on public-internet routing between the local carrier and the target data center. Their path is relatively direct, making them suitable for light browsing, backup connections, and situations where the local network already has good routing to the target region. They also help cover distant or less frequently used regions and keep the location selection broad.

Direct does not necessarily mean faster. Cross-border public-internet paths are affected by egress direction, carrier peering, and time of day; a shorter logical path may still take an unsuitable physical route. If a direct route produces incomplete resource loading or repeated disconnects on your network, switch to a relay or IEPL route in the same region rather than refreshing repeatedly.

Light access Backup entry point Regional coverage

SELECTION PLAYBOOK

Choose international routes by use case

Confirm the destination first, then choose a region and connection method. Distance from a city is only a first filter; the final test is whether the target service works reliably.

BROWSE

Everyday browsing

For reading pages, checking information, and using everyday online services, start with a nearby Asia-Pacific entry point. Begin with a relay route and keep it if pages and resources continue loading normally. Light tasks do not require a higher-cost connection method over the long term.

STREAM

Streaming and content platforms

For streaming, start with the content region rather than city distance. Account region, content rights, and exit region need to align. After confirming the region, compare IEPL and relay entries there for playback startup, seeking, and continuity during extended viewing.

AI Tools

AI tools often assess exit region, session state, and access behavior together. Choose a region supported by the official service and keep the route stable during a session. Frequent region changes may trigger another sign-in or region review, so a consistently performing relay or IEPL entry is usually preferable.

GAME

Gaming

For gaming, match the server region first, then compare entry-point continuity. Keep the same exit during sign-in, matchmaking, and play whenever possible. If the game mainly uses servers in a particular region, choosing that region is generally more sensible than picking a farther route simply because its name stands out.

WORK

Remote work

Remote desktops, code repositories, file transfers, and online meetings depend more on uninterrupted connectivity. Prefer an IEPL or stable relay route and keep the region consistent. Before starting important work, test sign-in and file access to avoid changing the exit during a meeting or transfer.

TARGET Confirm the target region

Filter by the region where the website, content library, work system, or game server is located.

ROUTE Compare connection methods

Within the same region, compare IEPL, relay, and direct routes for your current network.

HOLD Keep the route once stable

After choosing, keep the exit consistent and avoid frequent region changes during an active session.

COVERAGE LOGIC

How to understand coverage

“120+ countries / 230+ routes” describes the complete route directory. It does not mean each country has one fixed entry point or that every route serves the same purpose. Common regions may offer multiple cities or connection methods; other regions broaden coverage, support account-region matching, and serve occasional access needs.

A larger route count provides alternative paths. When an entry point does not match your local network, switch connection methods within the same region or choose a nearby region. Judge suitability by complete loading, stable sign-in, and normal ongoing sessions—not by treating one brief test as a lasting conclusion.

VPNVX supports Windows / macOS / iOS / Android / Linux, with unlimited devices online at once. Multiple devices can use the same subscription, but their networks may differ, so the best route may differ too. Test home, office, and mobile networks separately; there is no need to force every device through the same city.

Tokyo Singapore Hong Kong Seoul Sydney Los Angeles Vancouver New York London Paris Frankfurt Amsterdam Dubai São Paulo

ROUTE OPERATIONS

Route switching principles

When access fails, first confirm that the target service itself is available, then switch to another connection type in the same region. Change country or city only when the region is mismatched. This reduces account-region changes and makes it easier to identify whether the issue comes from the local network, connection path, or target platform.

When several devices are active, choose routes by task: keep a work device on a fixed entry, use the content region for streaming, and choose a nearby entry on mobile. Unlimited devices does not require every device to share the same exit; separating routes by purpose is usually clearer.

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