VPN Server Locations - SQVPN | 120+ Countries / 240+ Routes

ROUTE DIRECTORY

Representative routes by region

The table below illustrates the regional distribution and topology of network resources; it is not a complete route list. Available options are shown in the user panel. A country or city may offer multiple egress types, allowing you to switch based on the destination and network conditions.

Country or region	City	Route type	Streaming support
ASIA PACIFIC · Asia-Pacific
Singapore	Singapore	IEPL dedicated line	Supported
Japan	Tokyo	IEPL dedicated line	Supported
Japan	Osaka	Relayed	Supported
Hong Kong, China	Hong Kong	IEPL dedicated line	Supported
South Korea	Seoul	Relayed	Supported
Taiwan, China	Taipei	Relayed	Supported
Malaysia	Kuala Lumpur	Direct	Partially supported
Thailand	Bangkok	Direct	Partially supported
Indonesia	Jakarta	Direct	Partially supported
India	Mumbai	Relayed	Partially supported
Australia	Sydney	Relayed	Supported
New Zealand	Auckland	Direct	Partially supported
NORTH AMERICA · North America
United States	Los Angeles	IEPL dedicated line	Supported
United States	San Jose	Relayed	Supported
United States	Seattle	Relayed	Supported
United States	New York	Direct	Partially supported
Canada	Toronto	Relayed	Supported
Canada	Vancouver	Direct	Partially supported
EUROPE · Europe
Germany	Frankfurt	IEPL dedicated line	Supported
United Kingdom	London	Relayed	Supported
Netherlands	Amsterdam	Relayed	Supported
France	Paris	Direct	Partially supported
Switzerland	Zurich	Direct	Partially supported
Sweden	Stockholm	Direct	Partially supported
Poland	Warsaw	Direct	Partially supported
Spain	Madrid	Direct	Partially supported
OTHER REGIONS · Other regions
United Arab Emirates	Dubai	Relayed	Partially supported
Türkiye	Istanbul	Direct	Partially supported
Brazil	São Paulo	Relayed	Partially supported
South Africa	Johannesburg	Direct	Partially supported

Representative cities explain the coverage structure; they do not mean every egress always uses the same upstream path. Available options in the user panel may change with route maintenance, carrier changes or updates to a target service’s regional rules.

TOPOLOGY REFERENCE

Route types and cost differences

A city name only identifies the egress location. Connection performance is shaped by the access path, cross-region transport and egress network. When evaluating a route, consider the topology as well as the country name.

DEDICATED PATH Path control first

IEPL dedicated line

IEPL dedicated routes emphasize a controlled transport path between the access point and an overseas egress. Compared with paths that rely entirely on public networks hop by hop, a dedicated topology can reduce uncertainty caused by intermediate route changes. It is better suited to persistent sessions, remote work, extended video playback and jitter-sensitive workloads.

These routes require higher transport and maintenance costs, so they typically do not carry all traffic in every region. Treat them as stability-first options rather than assuming a more distant dedicated route will always outperform a closer alternative. The destination service, access network and current routing conditions all affect the actual experience.

Best for: work sessions · sustained transfers · stability during peak hours

RELAY PATH

Relayed route

A relayed route first sends the connection to a suitable access point, then forwards it through an intermediate node to the target egress. Its main value is replacing a harder-to-control section of the public path with a transport link that is easier to manage, balancing coverage and path quality. For distant egress locations, relaying can often provide a smoother result than connecting directly.

Relaying adds forwarding layers and therefore requires additional network resources and operational effort. Its effectiveness depends on how well the access point, relay segment and final egress fit together. If the target service is in North America while the current access network has a smoother connection to Asia-Pacific, entering through an Asia-Pacific access point before relaying to North America may offer better path control than connecting directly to a distant egress.

Best for: cross-region access · distant egress · balancing coverage and cost

DIRECT PATH

Direct route

A direct route connects the current network straight to the target egress without an additional managed relay layer. Its simpler topology suits everyday browsing, message syncing, research and situations requiring an egress in a specific niche region. Direct routes are often available across more regions and can complement destinations not covered by dedicated or relayed routes.

Direct performance depends more heavily on public routing between the local carrier and the remote network. The same city can perform differently on different access networks, and results may vary between day and evening. Direct does not automatically mean inferior; when the destination is nearby and the public path is clear, it may be the most straightforward choice.

Best for: everyday browsing · nearby regions · niche egress needs

ROUTE BY WORKLOAD

Choose a route by use case

No single route performs identically for every destination and access network. A more effective approach is to identify the use case first, choose an egress region and topology, then validate it with the actual task.

BROWSE

Everyday browsing and research

Everyday websites, email, message syncing and document research depend more on stable responses and reliable reconnection than on reaching the farthest egress. Start with nearby Asia-Pacific routes, then compare direct, relayed and dedicated options on your access network. If pages reload often or long-lived connections drop, try a relayed route or IEPL dedicated line with stronger path control.

Also consider the destination site’s regional version. If a service returns different content based on egress location, choose a city that matches the required region. Without a regional requirement, prioritize a simple path and steady long-term performance.

MEDIA

Streaming

Video playback depends on sustained transfer capacity, not just how quickly a page opens. First choose an egress region required by the platform, then test playback, seeking and quality changes on routes marked as supported. A homepage that opens briefly does not prove a stable viewing session; use continuous playback as the benchmark.

Available content depends on the platform, account region and service rules. “Supported” on the route page means the egress can be used for this type of access; it does not promise continued access to a specific library. If regional detection changes, try another topology in the same region instead of jumping immediately to a more distant country.

AI

AI Tools

AI tools typically involve several connection stages, including sign-in, model requests, file uploads and continuous output. Keep the egress region consistent where possible and avoid frequent cross-region switching during one work session. Compare representative egresses such as Tokyo, Singapore, Los Angeles and Frankfurt according to the target service’s supported regions and your current access network.

If text requests work but file processing is unstable, check for an issue with the sustained-transfer path. If sign-in status changes often, reduce egress switching. For long-running generation tasks and persistent browser sessions, a relayed route or IEPL dedicated line with clearer path control is usually easier to keep consistent.

GAME

Gaming

Gaming is more sensitive to path variation and packet loss, but a route name cannot replace real testing. Identify the game server’s region first, then choose the same or a nearby city. For Asia-Pacific servers, compare Tokyo, Singapore, Hong Kong and Seoul first; for North American or European servers, select an egress based on the actual server region.

Sign-in, updates and matches may use different service endpoints, so launcher download speed alone cannot predict in-game performance. Keep other conditions unchanged during testing, switch only the route and observe the complete connection process. If the direct path fluctuates, try relaying; if persistent-session stability matters most, compare an IEPL dedicated line.

WORK

Remote work and collaboration

Video meetings, remote desktops, code repositories, cloud documents and business consoles require highly continuous connections. Match the route to the region where company resources are hosted and keep a regular egress whenever possible. Frequent country changes may trigger a service’s own regional checks and make troubleshooting harder by removing a stable baseline.

For work, prepare primary and backup routes in the same region: use the primary for everyday sessions and choose a different topology for backup so you can switch when upstream routing changes. SQVPN supports Windows / macOS / iOS / Android / Linux and unlimited devices, so the same service can be used across work devices; each device should still be tested against its own network.

REPEATABLE SELECTION

Build a reproducible route-selection method

Route selection should not rely on one accidental result. Keep the destination, device and access network fixed, then compare one variable at a time to distinguish route issues from destination-service or local-network issues.

A

Start with the target region

Begin with the location of the service or resource you need, not the route name. The platform’s required region, the deployment location of company resources and the game server’s region all determine the candidate egress. If the destination has no clear regional requirement, prioritize a nearby egress with a simpler path.

B

Keep test conditions consistent

Compare routes using the same device, access network and task. Do not change the network, browser and route at the same time, or you will not know what caused the difference. Mobile and fixed networks use different upstream paths; save preferred routes for each rather than copying conclusions from one device to another.

C

Validate the complete task flow

A page opening only proves that the connection was established. For streaming, check continuous playback and seeking; for AI tools, test sign-in and continuous output; for work, test meetings and remote sessions; for gaming, test the full process from sign-in to a match. The validation must match the real use case.

D

Prepare backups with different topologies

A backup route should ideally use a different topology from the primary. If the primary is direct, prepare a relayed route in the same region; if it is relayed, prepare a dedicated route or another access direction. When public routing changes, this makes switching meaningful rather than repeating attempts along similar paths.

COVERAGE NOTES

Coverage and usage boundaries

SQVPN defines its coverage as 120+ countries / 240+ routes. “Countries” refers to the range of countries or regions offering egresses, while “routes” refers to network resources distinguished in the panel by city, topology or use case. One country may include multiple cities, and one city may offer multiple topologies, so the two figures use different counting methods.

Route maintenance may involve upstream carrier changes, egress migrations and path optimization. Representative cities help explain the network distribution, but should not be interpreted as a permanently fixed single route. For long-term use of a specific region, keep alternatives in the same region in the user panel and confirm the current connection before important work.

Streaming platforms, AI tools, business systems and other third-party services each have their own regional rules, account policies and content licenses. Egress location is only one access condition; final functionality depends on the target service itself. SQVPN provides network connectivity and route selection, but does not replace third-party account eligibility or service authorization.

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