90+ countries / 210+ routes

International Routes Server Regions

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01 Regions

Browse routes by region

Coverage spans 90+ countries / 210+ routes. The table lists examples only for regions and types provided; no city-level locations are inferred.

Examples of regions and route types; streaming support must be verified in practice
Country / Region	City	Route type	Streaming support
Asia-Pacific
Hong Kong	City details not provided	IEPL	Verify in practice
Japan	City details not provided	IEPL	Verify in practice
Singapore	City details not provided	Relayed	Verify in practice
North America
United States	City details not provided	Direct	Verify in practice
Canada	City details not provided	Direct	Verify in practice
Europe
Italy	City details not provided	Relayed	Verify in practice
Other
The current information doesn't list specific routes for other regions. Check the routes shown in the user panel.

The region listed in the table identifies the country or region of a route's exit, not a specific city or the location of its entry point. The same exit region can use different transmission paths, and routes of the same type can perform differently depending on your local access network, carrier peering and destination site. First check whether your use case requires a specific region, then compare real-world results.

Streaming support is marked “Verify in practice” rather than inferred from regional coverage. Video platforms may check the exit IP, account region, content licensing and app environment. A working connection doesn't guarantee that every title will play. For guidance on checking platform access, see our streaming access guide.

Static examples and total coverage are different measures. This page doesn't fill in unlisted regions or inflate the list by repeating region names. Use the user panel to see routes currently available to you. If the names there differ from these examples, follow the information shown in the panel and client when connecting.

02 Connection paths

IEPL, relayed and direct routes

The following explains how these route types generally work and their cost structures. A route label isn't a performance guarantee, nor does it indicate which routes are included in a specific plan.

IEPL

Dedicated international transmission path

IEPL generally refers to an International Ethernet Private Line. This architecture uses dedicated international transmission resources for relevant parts of the route, reducing reliance on changes to public internet routing along those segments. It describes a transmission method; it doesn't mean every leg from your device to the destination uses a dedicated link.

For sustained transfers, remote sessions and streaming responses, a dedicated route may be worth comparing first. Actual performance still depends on your local wireless network, access provider and the path from the exit to the destination service. If your local network is congested, changing only the international segment won't resolve the local issue.

Dedicated transmission resources generally have higher procurement and maintenance costs. But higher costs don't guarantee that a particular route will be faster. Test connection stability at the times you normally use it. This page makes no claims about dedicated-route bandwidth or exclusive resources.

Local connectionDedicated transmission segmentExit and destination service

Relayed

Forwarded through an access point

A relayed route adds a forwarding step between your device and the exit. Your device first connects to an access point, which then forwards traffic to the corresponding exit. Relaying can help organize the path so the access and exit can be arranged separately; it doesn't simply add geographic distance.

Relayed routes are worth comparing for everyday browsing, video playback and access across different carriers. A well-organized path may improve the connection, while congestion on a forwarding segment can cause delays. “Relayed” alone doesn't say whether a route is good or bad; assess page response, video buffering and session stability.

Costs typically include access, forwarding and exit resources. Compared with dedicated transmission, this resource mix is more flexible; compared with a direct route, it requires an additional segment to maintain. Costs vary by region and procurement method, so the relayed label alone doesn't establish a fixed ranking.

Local connectionRelay access pointExit and destination service

Direct

Direct connection to the exit

A direct route generally means your device connects to the relevant exit without an additional relay access point arranged by the service. The connection still travels over carrier networks and their peering links; direct doesn't mean there are no network forwarding devices between your device and the server.

When the path from your local network to the destination region is suitable, a direct route can work well for browsing and accessing resources, or serve as a backup. It can also help determine whether an issue is related to a relay segment. But a seemingly shorter path doesn't guarantee a better experience; network peering and the destination site's response matter too.

Direct routes generally omit additional relay resources, making the architecture relatively simple. However, exit resources and international peering still vary in cost and quality. Compare whether the connection works and your apps remain stable; don't assume direct routes are always cheaper or faster.

Local connectionCarrier peering routeExit and destination service

03 Use cases

Choose an exit by use case

Check the destination service's regional requirements first, then compare routes. Change only one connection setting at a time so you can tell what caused any difference.

Everyday browsing

For everyday browsing, look for consistent response times. Start with an exit that meets the site's regional requirements and works well on your local connection, then compare it using sites you visit regularly. If a page opens but its images load slowly, requests for different page assets may be taking different paths. Seeing the homepage load doesn't prove everything is working normally.

If something goes wrong, keep the browser and destination site the same and try another route. If several sites have problems, check your access network and client. If only one site is affected, check its status and regional policies before changing all your settings repeatedly.

Video and streaming

For streaming, check the content library's region and your account's access rights first, then assess playback stability. Finding a title, opening its details and playing it are separate steps; test playback before deciding whether a route is suitable. Resolution also depends on your plan, the source video, your device and your local network.

For a fair comparison, use the same app and title. Check whether playback continues smoothly, resumes after seeking, and has working subtitles and audio tracks. A drop in automatic video quality isn't necessarily caused by the exit route; other traffic on your home network may also matter.

AI tools

AI tools may have requirements for service regions, account eligibility and exit environments. Check the platform's supported regions first, then choose a suitable one. A working route addresses connectivity only; it doesn't replace account permissions or guarantee access to specific features.

Chat generation, code completion and file uploads have different connection needs. Don't just check whether you can reach the login page: complete a real task and see whether streaming responses continue. Keep the exit unchanged while a task is running to reduce session interruptions from switching connections. For more tips, see our guide to accessing AI tools.

Gaming connections

Check the game server's region and whether the game allows your connection method. A general cross-border subscription service and a route designed for a specific game are not the same thing. Being able to open the game's website doesn't mean your in-game connection will improve.

To compare routes, test them under similar local network conditions and observe login, matchmaking and gameplay. Use the game's own network indicators where available, and distinguish server congestion from local wireless interference or changes in the connection path. Don't assume a route is suitable just because its exit is in a nearby region.

Work and remote collaboration

Work use cases often prioritize session stability and organizational requirements. Before choosing an exit, check whether your company system restricts login regions or requires a specific access method. Running both a company client and a personal subscription client may also cause routing conflicts; follow your organization's guidelines.

When using video conferencing, remote desktops or code repositories, test audio and video, remote input response and code transfers separately instead of relying on one website to test everything. Keep the connection path stable once work begins. If something fails, save your work before switching to a backup route.

04 Test and record

What to check after connecting

First check your subscription status in the user panel, then refresh the route information in your client. Older information may show different names or options from the current list. Sign in to access the client download and subscription; find them in the downloads section of the user panel. This page doesn't provide installers or subscription URLs.

After connecting, use the IP lookup page to check your current exit, then visit the service you actually need. A matching exit region only confirms the apparent location of the relevant request; not all apps necessarily use the same route. If your browser works but an app doesn't, check the client mode and the app's proxy settings, and see whether existing connections need to be re-established.

When reporting an issue, note the route name, destination service, client platform, local connection environment and what happened. “Keeps waiting after login” is more useful than simply “doesn't work.” Don't include passwords, full subscription URLs or account credentials in a support ticket. For help, open a support ticket in the panel.

VPN73 supports Windows / macOS / iOS / Android / Linux, with unlimited devices connected at the same time. Unlimited devices doesn't mean unlimited capacity on your local network; simultaneous traffic still shares its resources. At home, test each device separately first, then check how they perform when used together.

Check route coverage and billing separately. Monthly subscription data resets each month on the activation date; the price difference for a mid-cycle upgrade is prorated for the remaining days. Data add-ons remain available until used and never expire. See the plans page for full pricing. The service offers a 30-day money-back guarantee; see the refund policy for details.