90+ countries / 200+ routes

Global Server Locations

Browse routes by region, then choose based on connection type and the service you want to access. This page lists static route information only; a single speed-test result cannot replace real-world experience.

IEPL Dedicated / Relay / Direct Unlimited devices 7-day no-questions-asked refund No email address required

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ROUTE DIRECTORY Available regions

APAC Asia-Pacific Routes Tokyo / Singapore / Seoul / Hong Kong / Sydney NA North America Routes Los Angeles / San Jose / Seattle / New York / Toronto EU Europe Routes London / Frankfurt / Paris / Amsterdam GLOBAL Other Regions Dubai / Mumbai / São Paulo / Auckland

COVERAGE

90+ countries Match the destination and the region commonly used for the account.

ROUTES

200+ routes Switch between IEPL, relay, and direct connection types within the same region.

DEVICES

Unlimited devices Windows / macOS / iOS / Android / Linux。

STATIC ROUTE LIST

Browse Routes by Region

These are selected examples from the coverage area, not a complete list. City names identify the exit region; route types describe the connection method. The streaming column indicates whether a route is offered for streaming use, while results still depend on the platform’s current regional policies and account status.

Country / Region	City	Route Type	Streaming Support
Asia-Pacific Routes
Japan	Tokyo	IEPL Dedicated Line	Supported; check after connecting
Japan	Osaka	Relay	Supported; check after connecting
Singapore	Singapore	IEPL Dedicated Line	Supported; check after connecting
South Korea	Seoul	Relay	Supported; check after connecting
Hong Kong, China	Hong Kong	IEPL Dedicated Line	Supported; check after connecting
Australia	Sydney	Direct	Check with the target platform
North America Routes
United States	Los Angeles	IEPL Dedicated Line	Supported; check after connecting
United States	San Jose	Relay	Supported; check after connecting
United States	Seattle	Direct	Check with the target platform
United States	New York	Relay	Supported; check after connecting
Canada	Toronto	Direct	Check with the target platform
Canada	Vancouver	Relay	Supported; check after connecting
Europe Routes
United Kingdom	London	IEPL Dedicated Line	Supported; check after connecting
Germany	Frankfurt	Relay	Supported; check after connecting
France	Paris	Direct	Check with the target platform
Netherlands	Amsterdam	Relay	Supported; check after connecting
Italy	Milan	Direct	Check with the target platform
Spain	Madrid	Direct	Check with the target platform
Other Regions
United Arab Emirates	Dubai	Relay	Check with the target platform
India	Mumbai	Direct	Check with the target platform
Brazil	São Paulo	Direct	Check with the target platform
South Africa	Johannesburg	Direct	Check with the target platform
Türkiye	Istanbul	Relay	Check with the target platform
New Zealand	Auckland	Direct	Check with the target platform

ROUTE TYPES

IEPL, Relay, and Direct Connections Compared

These three route types are not a simple ranking from best to worst. Each involves different trade-offs in connection design, suitable usage periods, coverage, and operating cost. Understanding the differences helps you choose the right entry point within the same region.

IEPL

IEPL Dedicated Line

An IEPL dedicated line uses a dedicated connection path between the entry and exit points. After data enters the designated entry point, it travels across a planned international route to the target region before reaching the service through a local exit. This reduces reliance on ordinary public-internet paths, making continuous data transfer easier to maintain during congestion, route detours, or fluctuations in international connectivity.

These routes suit long video conferences, remote work, sustained uploads and downloads, extended AI tool conversations, and tasks that require consistent connectivity. Operating costs are generally higher than those of standard relay and direct routes, so they are better reserved for important tasks rather than every connection. When the target service is nearby and the workload is light, a relay route may offer a better balance of performance and resources.

Continuous transfers Remote work Long-lived connections

RELAY

Relay Connection

A relay connection first sends traffic to an entry point suited to the connection, then forwards it to the target region. Its value is not simply that traffic passes through one more stop; it uses a more suitable access direction and exit resources to avoid an inefficient direct path between the local network and the remote service. For cross-border access, relay routes often balance coverage, cost, and connection stability.

Everyday browsing, streaming, international websites, AI tools, and general office tasks can all start with a relay route. If several relay entries are available in one region, prioritize the route that matches your usual network and observe it for a while rather than switching repeatedly. Platforms also use the exit environment for regional detection, so stable use of one region is generally safer than frequent changes.

Everyday access Balanced coverage Streaming support

DIRECT

Direct Connection

A direct connection links the local network straight to an exit in the target region without an additional relay entry. Its structure is simple and its coverage is flexible, making it useful for extending coverage to distant regions or lower-frequency destinations. Actual performance depends more heavily on the local carrier network, international routing, and connectivity in the target region, so results may vary significantly across network environments.

Direct routes suit web lookups, regional checks, occasional access, and backup connectivity. If you only need to confirm content for a particular region, direct access is often sufficient. If pages load slowly, long-lived connections drop, or video playback is inconsistent, try a relay or IEPL dedicated line in the same region. Direct does not automatically mean lower quality; it is a basic option more exposed to public-internet routing.

Regional checks Occasional access Backup route

COST MODEL

Route Costs Depend on Network Resources, Not Region Names

Dedicated lines require more defined entry, exit, and international connection resources, so they generally cost more. Relay routes balance coverage and cost through shared entries and exits across multiple regions, while direct routes rely on public interconnection and have a lighter structure. Assign routes according to task importance instead of putting every application on the same route type by default.

SELECTION GUIDE

Choose a Route by Use Case

Use a consistent order: target region, task type, route type, then observation. Set the exit location first and decide whether a dedicated line is necessary afterward; this is more efficient than repeatedly switching among all available routes.

BROWSE

Everyday Browsing

For reading webpages, researching information, and visiting developer documentation, start with a relay route in a relatively nearby region. Page-based tasks usually consist of many short requests, so a smooth entry matters more than a single peak-speed result. If a frequently used site has clear regional versions, choose an exit matching the account’s usual region to reduce repeated changes in language, currency, and content.

A direct route can supplement this for occasional regions or simple lookups. If images pause while loading or a login page keeps refreshing, first switch to a relay route in the same region rather than changing countries immediately. Keeping the region unchanged makes it easier to determine whether the issue comes from the route type or the target website.

STREAM

Streaming and Video

Choose a route based on the region where the content is available, then check the streaming support information in the table. Platforms may change their regional detection rules. “Supported” means the route is offered for streaming scenarios; it does not mean every account or content library will always produce the same result. After connecting, open the target platform to confirm the content region before playback.

Avoid changing exits during playback. If the content library does not match, first clear the target app’s old session and reconnect to another route in the same region. If loading remains inconsistent, switch from direct to relay or IEPL. Change only one condition at a time during troubleshooting so you can identify whether the difference comes from the account region, app cache, or route selection.

AI Tools

AI tools commonly use long-lived connections, continuous responses, and regional checks, making them more sensitive to exit continuity than ordinary webpages. Prioritize the region used by the account over time, and start with a relay or IEPL dedicated line. Do not switch routes during generation tasks, or context requests may be interrupted and the page may ask you to verify your login again.

The regions supported by different AI services are not identical. A successful connection only means that the network path is established; it does not mean the service is available in that region. If a page reports that the region is unavailable, check the service rules first and then choose an eligible exit. Do not rapidly switch back and forth between countries. Developer tools, editor plugins, and command-line tasks should use the same exit where possible to avoid presenting different regions through webpages and APIs.

GAME

Gaming Connections

Choose a game route based on the server’s region rather than whether the route city is familiar. Login, matchmaking, voice chat, and gameplay may use different connections, so the route must handle both continuous communication and bursts of data. Start with a relay route in the target region and observe continuity throughout a complete session.

If the game server is sensitive to path changes, do not switch exits after entering a session. Whether direct access is suitable depends on public connectivity between the local network and the target region. An IEPL dedicated line is better suited to scenarios requiring continuous connectivity, but the final experience still depends on the game server and local access network. This page does not show fixed latency values because one number cannot represent actual conditions across different networks, times, and target servers.

WORK

Remote Work

Video meetings, remote desktops, code repositories, and cloud consoles prioritize connection continuity. Consider an IEPL dedicated line or relay route near the office system, and have your meeting app, browser, and development tools use an exit in the same region. This helps keep the account region consistent and makes faults easier to isolate.

Confirm the route before opening work applications for important tasks. Do not switch routes while transferring files or running remote jobs. If your usual region offers multiple route types, make the stable route primary and keep another type in the same region as a backup. When problems occur, change the route type first rather than changing both the region and application settings.

CHECKLIST

Build a Repeatable Route-Selection Process

Route performance is shaped by the local access network, target service, and time of use. Instead of remembering that a route is simply “fast” or “slow,” compare options using a consistent process.

Set the Target Region First
Choose the country and city based on the target website, the account’s usual region, or the location of the office system. Do not start by trying routes blindly from the full list.
Choose the Route Type Next
Try a relay route first for ordinary webpages, consider an IEPL dedicated line for critical long-lived connections, and use direct access for occasional regions or simple lookups.
Keep Test Conditions Consistent
Compare routes on the same device, network connection, and target service. Change only the route, without modifying multiple application settings at once.
Observe a Complete Task
Do not judge by the first page load alone. Complete a real task, such as a full meeting, continuous conversation, file transfer, or a complete playback session.
Keep a Backup in the Same Region
When the primary route becomes unstable, switch first to another route type in the same region to reduce extra verification caused by changing the account region.
Recheck Regularly
Local networks and target-platform policies change. A route that worked well before can remain a reference, but it should not be treated as a permanent conclusion.

REGION INDEX

How to Use the Coverage Map

TxtVPN provides international routes across 90+ countries and 200+ routes. Coverage creates more regional choice, but more routes do not mean you need to switch constantly. For most tasks, keeping a familiar region, primary route, and backup route in that same region is enough.

No email address is required for registration; a username and password are enough. Subscriptions support Windows / macOS / iOS / Android / Linux with unlimited devices. Review plan traffic allowances and usage details before purchase; the service offers a 7-day no-questions-asked refund.

East Asia Southeast Asia Oceania North America Western Europe Northern Europe Southern Europe Middle East South Asia South America Africa Other Regions

NEXT STEP

Check Traffic Allowance Before Choosing a Route

Monthly plans include ¥9.9/month with 60GB, ¥18/month with 250GB, and ¥28/month with 500GB; traffic resets monthly on the activation date, and mid-cycle upgrades are prorated for the remaining days. Perpetual traffic bundles that do not expire are also available based on actual usage.

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