VPN Server Locations - VPNVG | 110+ Countries and 220+ Routes

REPRESENTATIVE ROUTES

Featured Routes by Region

The table below illustrates how the route directory is organized; it is not a complete list of all 220+ routes. Streaming support means a route can be used to access content in the corresponding region. Actual choices should still account for the target platform, account region, and current network conditions.

Country or Region	City	Route Type	Streaming Support
Asia-Pacific
Hong Kong, China	Hong Kong	IEPL Dedicated Line	Supported
Japan	Tokyo	Relay	Supported
Japan	Osaka	Direct	Supported
Singapore	Singapore	IEPL Dedicated Line	Supported
South Korea	Seoul	Relay	Supported
Australia	Sydney	Direct	Supported
North America
United States	Los Angeles	IEPL Dedicated Line	Supported
United States	San Jose	Relay	Supported
United States	Seattle	Direct	Supported
United States	New York	Relay	Supported
Canada	Vancouver	Direct	Supported
Canada	Toronto	Relay	Supported
Europe
United Kingdom	London	Relay	Supported
France	Paris	IEPL Dedicated Line	Supported
Germany	Frankfurt	Relay	Supported
Italy	Milan	Direct	Supported
Netherlands	Amsterdam	Relay	Supported
Sweden	Stockholm	Direct	Supported
Other Regions
United Arab Emirates	Dubai	Relay	Supported
South Africa	Johannesburg	Direct	Supported
Brazil	São Paulo	Relay	Supported
Chile	Santiago	Direct	Supported
Israel	Tel Aviv	Relay	Supported
Türkiye	Istanbul	Direct	Supported

ROUTE ARCHITECTURE

How to Choose a Route Type

IEPL dedicated lines, relay routes, and direct connections are not simply ranked from best to worst. They use different connection structures and involve different resource costs, use cases, and network conditions.

IEPL Dedicated Link

IEPL Dedicated Line

An IEPL dedicated line uses a dedicated transmission path between the entry and exit points. Compared with routes that rely entirely on hop-by-hop forwarding over public networks, it provides a more clearly defined path and is generally suited to tasks that require consistent connections, stable interaction, and predictable cross-region transmission.

It is well suited to remote work, extended meetings, cloud development environments, sustained uploads and downloads, and business systems that require persistent sessions. Its resource cost is usually higher than that of relay and direct routes, so there is no need to use a dedicated line for every everyday task. Assign critical work to the dedicated line and routine browsing to other routes for a more practical division of resources.

RELAY Optimized Entry

Relay Route

A relay route first connects through an entry point in a more suitable location, then sends traffic to the target region through an intermediate link. Its purpose is not simply to make the path look shorter, but to reduce the impact of unstable segments between the local network and the international exit on the overall connection.

Relay routes suit everyday browsing, AI Tools, regular video, and cross-region information access. When the local carrier’s international exit is volatile, a relay can often provide a more consistent experience than a direct connection to a distant city. Its cost typically falls between a dedicated line and a direct route, making it a balanced option for coverage, usability, and resource investment.

DIRECT Direct Connection

Direct Route

A direct route connects from the current network straight to a node in the target region, without an additional optimized entry point. Its simpler structure suits networks with good international exits, lighter access tasks, or situations that require an exit in a less commonly available region.

Direct routes generally cost less in resources than dedicated lines and make it easier to expand regional coverage. However, they are more sensitive to the user’s carrier, location, and international exit conditions. A direct route that works well on one network may need to be changed on another, so direct connections are best used as a flexible complement rather than a single fixed route for every task.

SELECTION PRINCIPLE

Route Type Determines the Path; Region Determines the Exit

First identify the region required by the target service, then compare the route types available there. For critical work tasks, prioritize connection stability; for content access, match the region first; for routine browsing, start with a nearby relay or direct route. Region and route type should be evaluated together—comparing only one of them can lead to the wrong choice.

USE-CASE GUIDE

Choose Routes by Use Case

Choosing a route is not about finding one permanent answer. It means considering the access target, connection duration, and local network conditions together. The steps below provide a practical order for common tasks.

Everyday Browsing

For reading websites, researching information, and using regular online services, start with a nearby relay route. Nearby regions can reduce unnecessary intercontinental paths, while a relay entry is often more adaptable to different local networks. If the current network already has a suitable international exit, try a direct route in the same region.

Everyday browsing does not require long-term use of routes with higher resource costs. If pages load incompletely or sessions repeatedly disconnect, first switch route types within the same region, then consider changing the exit region. This makes it easier to determine whether the issue comes from the path or the target service.

Streaming

For streaming, start with the content’s region rather than simply choosing the physically nearest city. The account region, content catalog, and exit region need to match. Begin with a target-region route marked as supporting streaming in the table, then confirm whether the platform’s catalog matches your expectations.

Video playback is a sustained transmission task. A route that opens websites normally for a short time may not be suitable for extended playback. If quality changes or buffering occurs, keep the exit region unchanged and switch between IEPL dedicated, relay, and direct routes. Avoid changing several conditions at once, or the cause will be difficult to identify.

AI Tools

AI Tools often involve web sessions, API requests, file uploads, and long-form responses at the same time. Prefer a relay or IEPL dedicated line in a region where the target service is available, and keep the exit region consistent throughout the same work session whenever possible. Frequent cross-region switching can repeatedly change account sessions and access behavior.

If a task involves large uploads, continuous generation, or cloud development, shift the focus from simply opening the page to maintaining a continuous long session. For ordinary questions, start with a relay; for sustained tasks, switch to a dedicated line so route resources match the task’s intensity.

Gaming

Gaming depends more on stable input response and a consistent round-trip path for data packets. Start with a route in the same or a nearby region as the game server, then compare relay and direct connections. Do not assume a city is better simply because its name sounds closer; the carrier’s actual exit direction also matters.

Updating game files and participating in a live match are different tasks. Updates favor sustained downloads, while live play favors continuous interaction, so they can use different routes. If the connection fluctuates, first stop background updates, syncing, and video tasks, then switch route types while keeping the same exit region.

Remote Work

Remote desktops, online meetings, code repositories, and enterprise cloud services often require long-lived sessions. For these tasks, prioritize an IEPL dedicated line. If the target service is in a specific region, choose a dedicated or relay route within that region. During work, avoid frequent exit changes so active logins and file transfers are not interrupted.

If you need to access business systems in multiple regions at the same time, switch by task and schedule rather than relying on one exit for everything. VPNVG supports Windows, macOS, iOS, Android, and Linux, with unlimited devices online at once, making it suitable for keeping subscription settings consistent across work devices.

COVERAGE MODEL

Coverage Is More Than a List

The 110+ countries / 220+ routes indicate the breadth of available exits, but route count alone cannot replace thoughtful selection. A useful directory should clarify the relationship between regions, cities, route types, and suitable tasks.

The same country may use different cities for different purposes: a city closer to the local network exit may suit everyday access, while one closer to the target service infrastructure may suit content and business systems. A single city may also offer IEPL dedicated, relay, and direct routes for different network conditions.

That is why VPNVG’s route directory follows the basic reading order of “filter by region, locate a city, compare route types.” When a connection issue occurs, keep the target region and change only the route type first. If the target service has a specific regional requirement, lock the region and compare cities. Changing one condition at a time makes it easier to find a suitable route than switching randomly.

APAC Asia-Pacific

Featured cities include Hong Kong, Tokyo, Singapore, Seoul, and Sydney.

NA North America

Featured cities include Los Angeles, San Jose, Seattle, New York, Vancouver, and Toronto.

EU Europe

Featured cities include London, Paris, Frankfurt, Milan, Amsterdam, and Stockholm.

OTHER Other Regions

Featured cities include Dubai, Johannesburg, São Paulo, Santiago, Tel Aviv, and Istanbul.

ROUTE CHECKLIST

Pre- and Post-Connection Checks

Identify the Target Region

First confirm the service region for the content, AI Tools, game, or work system instead of choosing solely by city distance.

Define the Task Type

Distinguish short browsing sessions, sustained playback, file transfers, and real-time interaction, then choose a dedicated, relay, or direct route.

Change One Variable at a Time

First switch route types within the same region, then compare other cities so you can identify which condition actually affects the connection.

Keep Critical Sessions Stable

During work, uploads, and long-running generation tasks, keep the same exit whenever possible and change regions only after the task is complete.

ROUTE NOTES

Common Route Selection Questions

The node directory answers “what are the options?” The questions below address “how should you switch?” All decisions should be based on your own network conditions and target service.

Should I always choose an IEPL dedicated line?

Not necessarily. IEPL dedicated lines suit long sessions, sustained transfers, and critical work, while everyday browsing, region switching, and less common exits can also use relay or direct routes. Assigning routes by task is more practical than fixing every connection to one type.

Does a closer city always provide a better experience?

Not necessarily. Physical distance is only one reference point. The local carrier’s exit, route type, and target service region all affect the actual path. First meet the target region requirement, then compare nearby cities and route types for a fuller assessment.

How should I switch streaming routes?

Start by choosing the region associated with the content and use a route marked as supporting streaming in the table. If the catalog or playback does not meet expectations, keep the region unchanged and first try another route type in the same region. Confirm that the account region matches the target content before testing again.

Can different devices use different regions?

VPNVG supports unlimited devices online at once. Devices can choose routes according to their tasks—for example, keep a work device in the region used by the business system while other devices use the region required for content access. Get the specific configuration from the user panel.

Do I need to provide an email address when signing up?

No email address is required. You can sign up with a username and password, then view plans, get client apps, and access subscription settings from the user panel.