REGIONS
Regional Route Examples
VPNRT covers 90+ countries and 210+ routes. The table below shows only publicly documented region and route combinations—not the full coverage. A region describes the network exit; a route type describes the connection path. Assess them separately: one exit region may offer different paths, and the same path type does not mean every region will perform alike.
Where city details have not been publicly specified, the table says “Check dashboard” rather than inferring a data center location from the country. Streaming availability is marked “Check after connecting” throughout. Opening a platform, playing a particular title and accessing a regional catalog are different checks; an exit region alone cannot confirm support for all of them.
| Country / Region | City | Route type | Streaming support |
|---|---|---|---|
| Asia Pacific | |||
| Hong Kong | Hong Kong | IEPL | Check after connecting |
| Singapore | Singapore | IEPL | Check after connecting |
| Japan | Check dashboard | Relay | Check after connecting |
| North America | |||
| United States | Check dashboard | Direct | Check after connecting |
| Europe | |||
| Italy | Check dashboard | Relay | Check after connecting |
| France | Check dashboard | Direct | Check after connecting |
| Other regions | |||
| Not listed individually on this page. See the user dashboard for available countries, cities and route types. | |||
View current routes in the user dashboard →The examples help explain regions and route types; they do not show performance measurements. To see whether a route suits your network, test the actual service after connecting rather than relying on the region or route name.
TOPOLOGY
IEPL, Relay and Direct Routes
Route type describes how a connection is routed, not its speed tier. A connection travels from your local network to the service entry point, then to an exit and the destination website. Congestion, routing changes or the destination service’s response at any point can affect the overall experience. These are general technical trade-offs; individual routes may use different equipment, carriers or traffic-management strategies.
IEPL: A focus on path control
IEPL generally refers to an international Ethernet private line, which carries traffic between regions over a dedicated link rather than relying entirely on public-network routing. Its emphasis is on greater control over the path and capacity. The connection between your device and the entry point, and between the exit and the website, is still affected by local access and the destination service. “Dedicated line” does not mean the entire connection avoids public networks.
For office web apps, file uploads or other tasks requiring sustained sessions and frequent interaction, an IEPL route can be a candidate to compare first. During peak hours, check whether pages keep loading, uploads continue and sessions stay connected—not just the peak result of a single test. If the destination website itself is slow, switching to an IEPL route may not change the outcome.
Costs mainly reflect dedicated capacity, entry and exit setup, and maintenance, which are typically funded differently from public-network routes. This explains why route infrastructure can have different costs; it does not mean VPNRT charges extra for a particular IEPL route. Check the plans page and user dashboard for pricing and available options.
Relay: A different entry and onward path
A relay route sends the connection through an intermediate node, which then forwards it to the exit. The point is not simply to add a stop, but to use routing relationships between networks to create a different combination of entry and cross-region segments. An extra forwarding step may improve a roundabout path, but it can also add processing and transmission overhead. The outcome depends on the actual route.
When a direct route performs inconsistently, a relay route can serve as a comparison. For example, if content loads intermittently on your current network, keep the exit region the same and compare a relay with another route. This makes it easier to tell whether the issue is the routing setup or the region, rather than changing both at once and making the difference harder to explain.
Relay infrastructure costs include intermediate-node resources, forwarded traffic, exit capacity and operations. A relay is not necessarily cheaper than an IEPL route or more stable than a direct route. This page does not list separate prices by route type; refer to the actual monthly plan or data package details for pricing.
Direct: A more direct public-network route
A direct route generally means the client reaches the selected route’s entry or exit over public networks, without an additional service relay. It does not mean the physical path has only one segment or is the shortest possible. Data still travels through your local carrier, cross-region networks and the destination service’s access network; routing can differ significantly from the straight-line distance on a map.
Direct routes are worth including among your everyday options, especially when the path between your current network and the exit is straightforward. Test real actions such as opening a page for the first time, loading images continuously and submitting a form. If performance varies at a particular time, compare another route instead of assuming that “direct” means faster or slower.
Direct routes generally avoid the service’s intermediate relay, but still require exit resources, bandwidth and maintenance. Network procurement and regional resource availability affect costs; the route name alone does not imply a discount. First check whether the region and connection work for your needs, then compare the actual plans. Route classifications are not a price ranking.
USE CASES
Choose a Route by Use Case
First identify the region required by the destination service, then choose a connection path and test it with a real task. If your use case does not require a specific region, start by comparing regions you commonly use. Change one factor at a time and repeat the same action under similar network conditions. This gives you an interpretable comparison rather than a one-off success.
Everyday browsing
For reading, research and lightweight websites, first check whether pages load fully, images continue to appear and your login stays active. You could start with the Hong Kong, Singapore or Japan examples, but they are not necessarily the best choice for every access network. If a website primarily serves another region, compare an exit there too.
There is no need to switch routes every time you open a webpage. Once you find an exit that works well for everyday use, keep one alternative with a different path. If a single website will not open, first check whether other sites work, then review your browser, split-tunneling rules and the website’s status. If only one service is affected, repeatedly switching all connections may disrupt sessions that are working normally.
Streaming and video
For streaming, check the account and content’s regional requirements first, then assess playback quality over time. An exit in a particular country does not guarantee that a specific title will play. Content licensing, account region, platform detection and the exit IP’s status can all affect the result. See the streaming support guide for ways to check platforms and content.
To verify playback, open the content you actually want to watch and check whether it starts, continues and resumes after seeking. Loading the home page does not prove playback works, and smooth playback for a short time does not guarantee a consistent viewing experience. Compare routes using the same video quality settings; changing the resolution or player settings at the same time makes the comparison less meaningful.
AI tools
For AI tools, check website access, account eligibility and the specific features separately. A page loading does not mean your account can use every model or feature. An editor connecting does not mean every request it makes uses the selected route. Choose an exit based on the tool’s own regional requirements, and check that your browser and desktop app use consistent network settings.
Compare routes using everyday tasks, such as submitting a prompt, waiting for a complete response, uploading a permitted file or checking an editor session. If a connection fails, keep the error message shown by the tool and distinguish login issues, service restrictions and network interruptions. For accounts that stay signed in, try to keep the exit region consistent; changing regions repeatedly during a test can make the results harder to interpret.
Gaming
Choose candidate routes based on the game server’s region, not the region shown in the store. Updates, account sign-in and gameplay may use different service addresses, so a successful update does not prove the connection is suitable for a match. Also check that the client mode matches the transport method used by the game.
For gaming, sustained interaction matters more than download performance alone. During testing, watch for delayed responses, dropped sessions and in-game alerts, and distinguish local Wi-Fi issues from cross-region routing problems. VPNRT makes no compatibility guarantees for specific games on this page; verify the game, client and current route you use.
Work and collaboration
For work, consider the location of the service, your organization’s access rules and session continuity. Research, collaborative documents, meetings and admin sign-ins may have different routing needs. Follow your organization’s network and data-security policies before choosing an exit that meets your work requirements. A route service does not replace organization-required authorization or dedicated access methods.
For long uploads or sustained sessions, compare the stability of IEPL, relay and direct routes using a non-critical task first. Try to keep the same path while a task is in progress to avoid restarting uploads or signing in again. VPNRT supports unlimited simultaneous devices, but they still share the data allowance associated with the account. Plan for concurrent use across multiple devices based on your plan’s data allowance.
VERIFICATION
How to Check Your Connection
Check the exit first, then test the service
After choosing a route in the client, use this site’s IP lookup to help confirm your browser’s exit details, then try a real task on the destination service. If the result differs from what you expect, check the proxy mode, split-tunneling rules and whether your browser uses the same connection. The lookup shows the exit for the current request; it does not mean every app uses the same route.
Keep the comparison consistent
If a page does not load as expected, keep the region the same and try another route. If that still does not help, consider a different region. Keep the access network, app version and task as consistent as possible, and note whether the issue affects just one website. Compare peak and off-peak performance separately; do not treat a single test as a route’s consistent performance.
Separate route, account and app issues
If a webpage works but a desktop app does not, check the app’s proxy settings. If you can sign in but cannot access specific content, check account permissions and regional requirements. If multiple apps are affected, check your local network and client connection. This order helps avoid unnecessary route changes. For protocol and routing details, see the technical reference; for first-time setup, see the setup guide.
Describe the issue when asking for help
Use the support ticket form in the user dashboard to share the platform, route name, time of the issue, destination service and error message, and whether changing routes resolved it. Reproducible details are more useful for troubleshooting than simply saying “the connection is slow.” Before sharing a screenshot, hide your password, subscription details and other private information. Do not post your subscription link publicly.
COVERAGE & ACCOUNT
Coverage and Account Use
Coverage across 90+ countries and 210+ routes does not guarantee response times on any individual route or performance in a particular app. Public examples include Hong Kong, Singapore, Japan, the United States, Italy and France. Check the user dashboard for other regions and currently available cities and route names. A region not listed individually here may still be available; do not assume a specific route type is offered in a particular city without checking.
VPNRT supports Windows / macOS / iOS / Android / Linux, with unlimited simultaneous devices. Get clients and subscription details from the user dashboard. Proxy modes and split-tunneling behavior can vary by platform, so after confirming a destination app works on one platform, check that it uses the expected exit on your other commonly used devices too. Military-grade encryption is a key security feature, but device authorization, account security and the destination website’s own security settings also need attention.
Create an account without an email address; just use a username and password. Monthly plans: ¥9.9/month for 60GB, ¥18/month for 250GB, and ¥28/month for 500GB. Data resets monthly on the activation date. Mid-cycle upgrades are prorated based on the remaining days. Data packages: ¥158 for 300GB, ¥358 for 1000GB, and ¥658 for 3000GB. Data remains available until used and never expires. Consider route selection and data usage separately; switching routes does not add data to your plan.
Payment methods: Alipay / WeChat Pay / USDT. A 7-day no-questions-asked refund is available. See the plans page for available plans and the Terms of Service for refund details. Once you have confirmed your use case, exit region and device connection setup, compare plans based on your actual data needs rather than coverage alone.