VPN Servers - SQLVPN | 90+ Countries / 200+ Routes

REGIONAL DIRECTORY

International Routes by Region

The table below explains how the route directory is organized, showing common regions, cities, network topologies, and Streaming labels. Actual route availability is determined by the user panel after login. When a region offers multiple topologies, choose based on the current destination instead of staying on one route permanently.

Directory Scope

“Supported” means the route can be used for the relevant Streaming scenario. “Not intended for Streaming” means it is better suited to browsing, tool access, or work connections.

90+ countries / 200+ routes

Country or region	City	Route type	Streaming support
APAC
Japan	Tokyo	IEPL Dedicated Route	Supported
Japan	Osaka	Relay	Supported
Singapore	Singapore	IEPL Dedicated Route	Supported
Hong Kong, China	Hong Kong	IEPL Dedicated Route	Not intended for Streaming
South Korea	Seoul	Relay	Supported
Taiwan, China	Taipei	Relay	Supported
Thailand	Bangkok	Direct	Not intended for Streaming
Malaysia	Kuala Lumpur	Direct	Not intended for Streaming
India	Mumbai	Relay	Not intended for Streaming
Indonesia	Jakarta	Direct	Not intended for Streaming
Philippines	Manila	Direct	Not intended for Streaming
North America
United States	Los Angeles	IEPL Dedicated Route	Supported
United States	San Jose	Relay	Not intended for Streaming
United States	Seattle	Direct	Not intended for Streaming
United States	New York	Relay	Supported
Canada	Toronto	Relay	Supported
Canada	Vancouver	Direct	Not intended for Streaming
Mexico	Mexico City	Direct	Not intended for Streaming
Europe
United Kingdom	London	IEPL Dedicated Route	Supported
Germany	Frankfurt	Relay	Supported
France	Paris	Relay	Supported
Netherlands	Amsterdam	Direct	Not intended for Streaming
Switzerland	Zurich	Direct	Not intended for Streaming
Spain	Madrid	Direct	Not intended for Streaming
Poland	Warsaw	Direct	Not intended for Streaming
Finland	Helsinki	Relay	Not intended for Streaming
Other Regions
Australia	Sydney	IEPL Dedicated Route	Supported
New Zealand	Auckland	Direct	Not intended for Streaming
United Arab Emirates	Dubai	Relay	Not intended for Streaming
Brazil	São Paulo	Relay	Not intended for Streaming
South Africa	Johannesburg	Direct	Not intended for Streaming

ROUTE TOPOLOGY

Route Types and Cost Differences

Route names describe the main topology used to carry data from entry to exit. IEPL Dedicated Routes, relays, and direct connections are not simply ranked from best to worst; each involves trade-offs in path control, resource cost, destination coverage, and suitability for different tasks.

ROUTE / IEPL

IEPL Dedicated Route

IEPL Dedicated Routes provide more control over the carrier path between entry and exit. Compared with relying entirely on public-network routing, they are more likely to maintain a consistent path structure, making them suitable for tasks that are sensitive to connection continuity, interactive response, and evening performance. International work, sustained transfers, online meetings, and tools that require long-lived sessions are good candidates to try on this route type first.

Dedicated-route resources cost more to build and maintain, so they are not available in every city, nor are they necessary at all times. If the target service is far away, matching the exit location still matters. When choosing a dedicated route, identify the destination first, then compare different entries in the same region rather than judging by the route name alone.

Best for: sustained connections, international work, interactive tools

ROUTE / RELAY

Relay Routes

A relay route sends the connection to a suitable entry point first, then uses an intermediate carrier network to reach the exit. Its main purpose is to avoid poor direct paths between the local network and a distant exit while allowing entry selection and exit scheduling to be handled separately. In regions with broad coverage, relays often balance cost, stability, and the range of available cities.

Relay nodes add another link to the path, so performance depends on the coordination of entry quality, the carrier path, and exit status. A relay is not inherently slower than a direct connection, nor is it always better than a dedicated route. Everyday access, AI tools, regional content, and routine work can all start with a relay, followed by an exit adjustment based on the target service’s region.

Best for: general access, regional switching, coverage first

ROUTE / DIRECT

Direct Routes

Direct routes connect the current network directly to the target exit. Their simple structure makes coverage easier to expand and helps serve more long-tail regions. They work well when routing from the local network to the destination is already smooth, or for webpages, reference materials, and regional services that are not sensitive to interactive latency. For nearby exits, a direct route may also provide a concise and effective path.

Direct performance depends more heavily on the local network and changes in public routing. When the path detours, becomes congested, or crosses networks with poor coordination, switching to a relay or dedicated route in the same region is usually more suitable. Direct routes are relatively easy to provide cost-effectively, so they often expand country and city coverage, but cost alone cannot predict real-world performance.

Best for: long-tail regions, webpages and reference materials, backup exits

Path Control

Dedicated routes emphasize the carrier path, relays improve routing through coordinated entry and exit points, while direct routes rely more on current public routing.

Coverage Flexibility

Direct routes make it easier to expand into more regions, relays are suited to building regional exits, and dedicated routes are prioritized for frequently used destinations.

Selection Principle

Match the destination and use case first, then compare topology types. The name is only a clue; what matters more is whether the task can be completed consistently.

WORKLOAD MATCHING

Choose an Exit Region by Use Case

The goal is not to find one fixed route for every task, but to match the exit region, route topology, and target service. The sections below explain what to check for common use cases.

Everyday Browsing

When browsing international websites, reading reference material, or using standard web services, start with a geographically closer region and a shorter path. If pages open normally, images load continuously, and the session remains active, there is no need to change exits frequently. If a particular website shows different regional content, choose a route that matches where the target content is available.

Everyday browsing does not always require a higher-cost topology. Nearby relays or direct routes usually make it easier to cover different countries; for business systems that require persistent login sessions, try a dedicated route in the same region first. Judge the route by whether pages load and submissions complete reliably, not only by the first impression when the connection is established.

Nearby relay / direct

Streaming

For Streaming, choose an exit based on the content’s region first, then select a route marked “Supported” in the table. Streaming platforms may return different libraries based on exit region, network attributes, and licensing, so matching the exit city to the target region matters more than simply choosing the nearest route.

After playback begins, check whether video quality remains stable, whether loading resumes after seeking, and whether switching episodes repeatedly triggers another verification. If a route is suitable only for web access and is not marked for Streaming, switch to a Streaming route in the same region instead of repeatedly reconnecting.

Matching region / Streaming label

AI Tools

AI tools often involve login, streaming responses, file uploads, and long-lived sessions. Prioritize connection continuity and keep the exit region consistent with the account’s usual region. Frequent cross-region switching may trigger additional verification and move the same session between different paths.

Start with a nearby dedicated or relay route, complete the full login, conversation, and file-processing flow, and then decide whether to keep using it. If pages open but responses stop midway, compare different topologies in the same region. If only one service is affected, check that service’s status before switching to a more distant exit.

Dedicated route / stable relay

Gaming Connections

For gaming, place the exit near the game service region rather than near the player. The login, matchmaking, and gameplay regions may differ, so choose a route based on the server region. If the game supports region selection, choose the region first, then select an exit in the corresponding country or a nearby city.

Interactive tasks are more sensitive to path changes and data continuity. Compare dedicated and relay routes first, and keep the exit unchanged during the same match or task segment. Use a direct route for non-real-time tasks such as downloading updates or viewing community content instead of locking all traffic to one topology.

Near the game region / stable path

International Work

Work connections often involve email, documents, meetings, code repositories, and enterprise systems at the same time. Prioritize session continuity and keep the exit near the team’s business region. If an enterprise system has regional policies, follow the administrator’s specified region instead of switching countries repeatedly during work.

For long-lived connections, try a dedicated route first; when accessing resources across multiple regions, a relay is easier to switch. Keep the route unchanged until file transfers finish, and avoid large-file synchronization during meetings. If the local network changes from wired to wireless, confirm the connection again before important tasks.

Dedicated route first / fixed region

ROUTE OPERATIONS

What to Check When Switching Routes

Evaluate a route by whether the task can be completed end to end, not just by the speed of one page opening. A consistent checklist makes it easier to distinguish issues with the local network, exit region, and target service.

CHECK / LOCAL

Check the Local Network First

Before switching servers, confirm that the current network can access commonly used local services normally. Fluctuating Wi-Fi, a busy router, or a changing network interface can all look like page stalls. If the local network itself is unstable, repeatedly changing remote routes only makes the diagnosis more confusing.

Temporarily stop background sync, system updates, and large-file transfers, then test the target task again. On Windows, macOS, iOS, Android, or Linux, also check that no other network tool is running and changing the route at the same time.

CHECK / REGION

Then Verify the Target Region

A website opening successfully does not mean the current exit is suitable for every service. Regional libraries, enterprise systems, AI tools, and game servers may all depend on the exit location. Confirm which region the target service expects to see, then compare dedicated, relay, and direct routes within that region.

For account logins, keeping the usual exit region reasonably stable matters more. Switch countries or cities only when the target content clearly belongs to another region. This reduces unproductive testing and makes issues easier to reproduce.

CHECK / SESSION

Complete a Full Task

Do not judge a route only by whether the homepage opens. For browsing, complete page navigation and form submission; for Streaming, complete playback and seeking; for AI tools, complete login and a continuous conversation; for work, open, save, and sync a document.

If the task fails midway, note which step failed, then try another topology in the same region. Comparing the same destination on the same device under similar timing is usually more useful than switching randomly between regions.

CHECK / FALLBACK

Keep a Backup Route in the Same Region

A frequently used exit does not need to be your only option. Keep a dedicated route and a relay in the same destination region as alternate paths. When the local carrier network changes or the target service adjusts its entry point, switch topology within the same region before moving to a distant country.

Direct routes are useful for extending coverage to long-tail regions and as backups for webpages and reference materials. The value of a backup route lies in having a different path, not merely a different name. After logging in to the user panel, switch according to the directory available at that time.

COVERAGE NOTES

Coverage and Directory Boundaries

SQLVPN covers 90+ countries / 200+ routes. The table on this page shows common regions and representative topologies to explain the directory structure; it is not a complete copy of the routes available after login. Route maintenance adjusts entry paths and exit use cases around regional coverage, so the current directory in the user panel is authoritative.

Country coverage and route counts describe the service’s overall scope. They do not mean every country has the same number of exits, or that every city offers IEPL Dedicated Routes, relays, and direct connections at the same time. Common destinations are more likely to support multiple topologies, while long-tail regions may rely mainly on direct routes or regional relays. Choose based on the actual task rather than treating the route count as a performance metric for an individual route.

Streaming labels indicate intended route use only. Whether content is available can also depend on the platform account region, licensing, and target-service policies. Enterprise systems and AI tools may likewise return different results based on account settings. A route addresses the cross-border link and exit region; it does not replace the target service’s own account rules.

APAC Asia-Pacific Japan · Singapore · Hong Kong, China · South Korea

NORTH AMERICA North America United States · Canada · Mexico

EUROPE Europe United Kingdom · Germany · France · Netherlands

OCEANIA Oceania Australia · New Zealand

GLOBAL DIRECTORY 90+ countries 200+ routes

Start with a Route in the Matching Region

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