Choose a destination first, then compare route types. Consider location requirements, connection stability and how you plan to use the service separately.
9DVPN offers international routes across 90+ countries and 250+ routes. The examples below show how destinations correspond to route types; they are not a complete list of available options. For current route names, cities and availability, check the user panel and your client. A city not listed here should not be taken as proof that it is or is not available.
The table does not use a blanket “streaming supported” label. Streaming platforms determine availability based on factors such as exit location, account region, content licensing and network detection. Check the platform’s regional policies before choosing a route, then use your own account to confirm the catalog and playback after connecting.
Popular route examples · See the user panel for the full list
Country / region
City
Route type
Streaming availability
Asia Pacific
Hong Kong
Check route names in the user panel
IEPL
Subject to each platform’s checks
Japan
Check route names in the user panel
Relayed
Subject to each platform’s checks
Singapore
Check route names in the user panel
Direct
Subject to each platform’s checks
North America
United States
Check route names in the user panel
IEPL
Subject to each platform’s checks
Europe
Germany
Check route names in the user panel
Relayed
Subject to each platform’s checks
Other
See the user panel for other destinations
Check route names in the user panel
Check the labels on individual routes
Subject to each platform’s checks
On narrow screens, swipe horizontally to view the table. We do not show speed tests, load or connection counts, and these examples are not guarantees of availability for individual routes.
CONNECTION PATHS
Dedicated Lines, Relayed and Direct Connections
Route types describe how traffic reaches an exit; they do not guarantee access to a destination website. Understanding the differences can help narrow down issues when a connection is unreliable. These are explanations of common network designs, not descriptions of every route’s deployment or promises of additional per-route fees.
IEPL
IEPL: A focus on cross-border connection stability
IEPL generally refers to an international Ethernet private line that connects two networks using dedicated cross-border transmission resources. Unlike routes that rely entirely on public internet routing, it provides a dedicated arrangement for the cross-border segment. Actual access still depends on the local connection, entry point, exit and destination service network. An IEPL label is no substitute for checking the full connection in practice.
For video calls, remote operations and AI web apps that stream ongoing output, it may be worth comparing the stability of dedicated lines. Dedicated transmission resources typically cost more to build and maintain, but a higher cost does not mean they will be faster on every network. If your local Wi-Fi is unstable or the destination service is slow to respond, switching to a dedicated line may not fix the issue.
For use cases that need a steady connection
Your local network still matters
RELAY
Relayed: Connecting through an entry point to an international exit
Relayed routes typically send traffic to an entry point first, then forward it through an intermediary network to the destination exit. An extra handoff does not necessarily mean a worse experience. If the entry point and onward routing are better suited to your network, a relayed route may work more smoothly than a direct public route. Assess the full connection, not just the route label.
Relayed routes are worth considering for everyday browsing, developer resources and general video use. Costs depend on the entry resources, forwarding method and exit resources; the word “relayed” alone tells you nothing about the price. When troubleshooting, distinguish a failed connection to the entry point from a failure at the destination website: the former may involve the access route, while the latter may relate to the exit location or the service’s policies.
Both entry and exit points affect performance
Compare based on your actual needs
DIRECT
Direct: More dependent on the public route from your network to the exit
A direct route typically connects the client to an international exit over the public internet, without an additional relay entry point configured by the service. The route is simpler, but public routing, carrier peering and time of day can all affect performance. “Direct” does not mean a direct connection to the destination service, nor does it mean every app will automatically use this route.
When your local international connectivity is suitable, you can try a direct route for browsing, research or lightweight collaboration, then compare it with other types under the same conditions. Public routes generally require fewer dedicated cross-border resources, but the actual cost of service still depends on factors such as exit resources and operations. Compare published plan prices; don’t infer extra fees from a route name.
Uses public internet routing
Check how it performs on your network
CHOOSE BY TASK
Choose a route based on your needs
Choosing a route doesn’t mean trying every destination in turn. Start by defining what you need to do, then identify any location requirements and compare the available routes in that region. Change one factor at a time so you can tell what made a difference. If a route already gets the job done reliably, there’s no need to switch just because another one has a different name.
Everyday browsing and research
Most websites don’t require a specific exit country. Start with a region that works well on your local network, then check search, image loading, file downloads and login redirects. If some page resources are still missing, check whether they come from other domains and whether your client rules cover those requests before comparing other routes in the same region.
Don’t treat the speed of a single page load as a long-term measure. Browser caching, the destination site and your local network all affect what you see. Comparing the same app and page under similar network conditions makes it easier to find a reliable default route for everyday use.
Streaming and uninterrupted playback
For streaming, check the content’s licensing region first, then consider connection stability. If you need content from Japan, verify the platform’s account and content policies instead of relying on the route name. Loading the platform’s home page does not guarantee that a particular title will play; check the catalog, account entitlements and playback separately.
If playback buffers, lower the video quality first and see whether it recovers. Then check your local Wi-Fi and background traffic. Keep the video and playback settings the same when comparing routes. 9DVPN does not provide per-route streaming test results on this page. For more tips, see the streaming guide.
AI tools and development environments
Tools such as ChatGPT, Claude, Gemini, Copilot, Midjourney and Cursor each have their own regional and account policies. Check that the service accepts your account and exit location, then confirm that requests from the web app, command line or plugin follow the expected route. If the website works but a plugin doesn’t, they may be using different network settings; that does not necessarily mean the route is unavailable.
For long generations and streaming output, connection stability matters. Keep to the same region where possible, and avoid switching during sign-in or an active task. Changing routes won’t necessarily resolve API permissions, usage limits or rate limiting on the service side. For detailed troubleshooting, see the AI tools access guide.
Gaming and interactive use
Gaming depends more on round-trip routing and a steady connection than on download performance in a browser. Check the game region and server location first, then make sure the client allows the relevant traffic through the selected route. A network acceleration subscription is not the same as a product optimized for a specific game. This page does not promise improvements for every game or server region.
If a match feels sluggish, also check for local Wi-Fi interference, background downloads and game service status. If the game’s traffic isn’t covered by your current client rules, changing regions won’t change its route. Verify how the traffic is routed before comparing routes to avoid unnecessary trial and error.
Work, meetings and remote collaboration
For work, prioritize company access requirements, session stability and complete file transfers. Before a meeting, test voice, video and screen sharing; for remote desktops, make sure ongoing interactions work as expected. Company access tools can affect routing alongside your network client. Follow your administrator’s configuration requirements when connecting to company systems.
Don’t switch regions in the middle of a meeting or file sync. If your company system requires a particular exit location, factor that in first. Follow your organization’s data handling policies when working with internal information; a connected route does not replace app permissions or company security settings.
CHECK THE WHOLE PATH
How to Verify Your Connection
Check the exit, app and task in sequence
A connected status in your client only confirms that one part of the connection is established. Next, check the exit location, open the app you actually need and try a representative task, such as loading a page, playing content or sending a request to a tool. This helps distinguish “connected” from “able to complete the task.”
If your browser behaves differently from other apps, check system proxy settings, app-specific proxies and client routing rules. Command-line tools and developer apps may not inherit browser settings, and DNS requests may be handled differently too. Note the region, route name and error message before troubleshooting, and avoid changing too many settings at once so you can identify the cause.
If a service reports a region, account or permission issue, read the message before deciding whether to switch routes. Repeated sign-in attempts or frequent region changes can make troubleshooting harder. If you need help, submit the issue and reproduction steps through the support ticket form on the contact page. Do not include your password, full subscription URL or other private credentials.
PLANS & ACCESS
Route Usage and Data Plans
9DVPN supports Windows / macOS / iOS / Android / Linux, with unlimited devices connected at the same time. When using multiple devices, keep your plan’s data allowance in mind: unlimited devices does not mean unlimited data. Find clients and subscription links in the user panel. Marketing pages do not provide installers or live subscription URLs.
Monthly plans: ¥9.9/month for 60GB, ¥18/month for 250GB and ¥28/month for 500GB. Data resets monthly on your activation date. Mid-cycle upgrades are prorated for the remaining days. If you stream often, sync files or use multiple devices, check your actual usage first to choose a suitable plan; the number of destinations alone doesn’t determine how much data you need.
Data packs: ¥158 for 300GB, ¥358 for 1000GB and ¥658 for 3000GB. Use them as needed; they never expire. If your usage varies, compare this option with a monthly plan. Payments are accepted via Alipay / WeChat Pay / USDT, with a 30-day money-back guarantee. See the Terms of Service for details.
No email address required; create an account with a username and password. Once in the user panel, find your routes and client downloads, then follow the quick start guide to set things up. Use the checks on this page to verify access. Full pricing and billing details are on the plans page; route types do not imply additional charges.