REGION DESK
Browse routes by region
The region, city and route combinations below illustrate how to compare routes. They are not a list of currently available servers or a complete map of coverage. Compare actual connection results when the client offers a matching option. If it does not, that does not mean your subscription is missing a route that was promised.
“Test required” means this page does not make assumptions about availability. Playback depends on each platform’s regional policies, account region, content rights and how it identifies your exit location. Being able to open a homepage does not guarantee that a specific title will play.
| Country / region | City | Route type | Streaming availability |
|---|---|---|---|
| Asia Pacific | |||
| Hong Kong | Hong Kong | IEPL | Test the content you want to watch |
| Singapore | Singapore | Relay | Test the content you want to watch |
| Japan | Tokyo | IEPL | Test the content you want to watch |
| Japan | Osaka | Relay | Test the content you want to watch |
| Australia | Sydney | Direct | Test the content you want to watch |
| North America | |||
| United States | Los Angeles | Direct | Test the content you want to watch |
| United States | Seattle | Relay | Test the content you want to watch |
| United States | New York | Direct | Test the content you want to watch |
| Canada | Vancouver | Relay | Test the content you want to watch |
| Canada | Toronto | Direct | Test the content you want to watch |
| Europe | |||
| Switzerland | Zurich | Relay | Test the content you want to watch |
| United Kingdom | London | Relay | Test the content you want to watch |
| Germany | Frankfurt | Direct | Test the content you want to watch |
| France | Paris | Relay | Test the content you want to watch |
| Netherlands | Amsterdam | Direct | Test the content you want to watch |
| Other regions | |||
| United Arab Emirates | Dubai | Relay | Test the content you want to watch |
| South Africa | Johannesburg | Direct | Test the content you want to watch |
| Brazil | São Paulo | Relay | Test the content you want to watch |
| Chile | Santiago | Direct | Test the content you want to watch |
| Mexico | Mexico City | Relay | Test the content you want to watch |
On narrow screens, swipe horizontally to view the table. Region names indicate the selected exit location, not necessarily where the site’s content servers are located.
Nearby regions: a good place to start comparing
If you don't need a specific exit region, start by comparing routes the client offers in places such as Hong Kong, Singapore and Japan. Shorter geographic distances often mean shorter network paths, but peering between providers, entry points and the destination site's delivery strategy can all affect performance. Don't rank routes by map distance alone or assume one region is best for every app.
Farther regions: confirm where the service needs you to connect
For services in North America, Europe or elsewhere, first check whether they require a particular account region, exit region or enterprise network access point. These requirements may differ. With distributed content delivery, the same service can connect to different data centers. Once you choose a route for a work account or long-running session, keeping the exit region consistent can make troubleshooting easier than switching frequently.
PATH REFERENCE
Dedicated, relay and direct routes
Route type describes how data travels; protocol describes how it is encapsulated and transmitted. They are not interchangeable. The same protocol can perform differently over different routes.
For greater control over cross-region transport
Entry → dedicated transport → exit
IEPL generally refers to an international Ethernet private line. Its value lies in carrying relevant cross-region links over dedicated transport rather than relying entirely on hop-by-hop routing across the public internet. Interpret a dedicated-route label in light of the service's actual topology: connections from your device to the entry point and from the exit to the destination site may still use ordinary internet access. It does not mean the entire path from your device to the site uses a private line.
Consider a dedicated route if ordinary paths tend to fluctuate during peak evening hours or a work session needs to stay connected for an extended period. Test whether page requests, continuous playback or meetings complete reliably—not just whether a connection succeeds once. Wi-Fi interference, device sleep and destination-side issues can still affect performance, so a route label is no substitute for end-to-end testing.
Dedicated transport typically involves reserved capacity and cross-region network resources, with a different cost structure from public internet routes. Higher cost does not make it the best choice for every task. This page does not list separate prices for route types or infer plan price differences; check the plans page and account panel for availability and fees.
Use an entry point to improve route selection
Entry → relay → exit
A relay first sends the connection to an entry point or forwarding node, then on to the destination exit. An extra hop does not necessarily make the connection slower: if the local provider has better peering to the entry point, the full route may work better than a direct connection to a distant exit. On the other hand, congestion at the entry point or poor onward routing can add delay. Judge the complete route by its performance, not by how complicated the node name sounds.
Relay routes are useful for comparing provider differences and as an alternative when a direct route is unstable. Keep the destination region and app the same, and change only the route type to make a meaningful comparison. If you also change the exit country, protocol and test site, it will be hard to tell what made the difference. Use the same approach to compare routes for everyday browsing, file sync and access to remote sites.
Relay costs typically include entry resources, forwarded traffic and exit resources; deployment locations and procurement also affect them. An extra hop does not automatically mean higher or lower costs, and it does not give your device extra data. Plan data is governed by the subscription terms; route type is not a separate billing period.
Start with the route from your local provider to the exit
Local connection → remote exit
Here, direct means the device connects to the remote service entry point without an additional service-side relay entry. It is still a connection route through the subscription service, not a direct connection from your local network to every destination site. The route is organized more directly, but provider routing still applies. The name does not mean the physical distance is shortest or that no other network equipment is involved.
When the local network peers well with the destination exit, direct can be a suitable option for everyday use. Performance is often more affected by the local access network, cross-region public links and time of day. If things slow down in the evening but work normally at other times, compare relay or dedicated routes on the same device and app. If every route is affected, check the local network first.
Direct routes do not require additional service-side relay deployment, but exit data centers, traffic costs and peering quality still affect resource costs. So “direct” does not necessarily mean cheaper, nor is it a lower-tier route. A more useful measure is whether the route lets you complete your task and is easy to keep using and test again.
Quantum encryption is VPNOC's security messaging; when choosing a route, check the path, protocol and app results separately. Encryption claims do not replace checks for site compatibility or connection quality.
For details on protocol design and resource use, see Protocol guide →
TASK ROUTING
Choose a route by use case
One route does not have to handle every task. Start by defining what you need to do, then choose the exit region, route type and traffic rules. Change one variable at a time to make results easier to interpret.
Everyday browsing
When browsing reference material, reading pages or opening images, check whether pages load fully and whether moving between them feels smooth. A fast large-file download does not necessarily mean everyday browsing will be faster. Pages often make many small requests to different services, involving DNS lookups, connection setup and content delivery.
If you don't need a specific region, start with available routes in nearby locations. Route apps that need international access accordingly, while keeping local sites on a local path as needed. If only images or a sign-in component fail to load, check the routing rules for those domains instead of repeatedly switching the entire connection mode.
Streaming and continuous playback
First confirm the content's region, then test account sign-in, the title page and playback. Streaming services may determine playback based on exit location, account region and content rights, so this page does not label any region as guaranteed to work. Seeing a title in the catalog does not guarantee that playback requests will succeed.
Compare routes using the same title and video quality settings. Check startup time, seeking and sustained playback. If buffering occurs, pause background sync and other downloads before comparing different routes in the same region. Once playback works, keep the session on that route; switching regions mid-stream can trigger account checks or reload content.
Accessing AI tools
Access to AI tools such as ChatGPT depends on more than the route. Supported regions, account status and platform policies also matter. Check that the tool permits your intended use, then choose an exit region that meets its requirements. A successful connection only confirms that the client established a session; it does not mean every feature will be available.
Test the actual workflow, including signing in, submitting a prompt, generating a response and uploading files. If the page opens but generation stops, check that the connection remains active, related requests use the same exit and the device hasn't interrupted the network while sleeping. Keeping the same region throughout an account session usually makes issues easier to diagnose than repeatedly trying different countries.
Gaming and interactive tasks
Gaming depends more on consistent interaction and route stability than on web download performance. Choose an exit region for the game server you actually use, and confirm that the client is compatible with the game's networking requirements. Updates, account sign-in and game sessions may use different connections; being able to sign in through the launcher does not show whether gameplay uses the intended route.
Test input response in a safe in-game scenario before keeping a rule. Avoid running multiple tools that take over network traffic at the same time, as they can compete over routing. A general international route is not the same as game-specific optimization, and this page does not promise that any region will improve performance for every game.
Work and business sessions
For remote work, follow your organization's network requirements and check whether its enterprise access tools can coexist with this service's rules. File sync, video calls and remote desktops have different priorities: sync needs reliable transfers, calls need continuous interaction, and remote desktops are more sensitive to brief interruptions.
Before starting work, confirm the exit region, access to company resources and the apps you use, then keep the route consistent during the session. No device limit does not guarantee the same experience on every device; Wi-Fi conditions, system permissions and background tasks can differ. If an issue occurs on just one device, compare its settings before attributing it to the region-wide route.
HANDOVER CHECK
Checks and handoff after connecting
Repeatable test conditions are more useful than remembering a one-off result. Even when the route stays the same, the destination service, local connection and app rules may change.
Check your exit and routing rules
After connecting, use the site's IP check to see your browser's current exit, then test the target app. Browsers and desktop apps may use different network paths, so a browser result cannot stand in for every app. If the exit hasn't changed as expected, check whether the rule matched and whether system proxy or network extension permissions are enabled correctly.
Interpret DNS checks in light of your routing mode: domains using a local direct connection and those using an international route may use different DNS paths. Don't conclude that a connection has failed based only on the resolver's name; also check the exit, destination request and actual access result.
Compare under the same conditions
Note the region, route type, client mode, local network and symptoms. Keep the device and target app the same while testing another route. If switching to a different local connection resolves the issue, the original network environment may be involved. If every candidate route shows the same message, check the destination service or account status too.
If you still need help, submit what happened and how to reproduce it through the panel's support ticket page. Hide account details and subscription information in screenshots; never send your password or full subscription link. Describing the step that failed and whether other routes behave the same is more helpful than simply saying “it doesn't work.”