Routes by Region
View Routes in Dashboard >The table below shows static examples combining regions, cities, and route types. It illustrates how route names in a subscription are structured; it is not a live inventory. Check the user dashboard after signing in and your subscription for current cities, route combinations, and availability. The overall coverage figure does not mean every city offers every route type at once, or that every route works with every destination service.
“Streaming support” is marked as “Check details” throughout. A region and route name alone cannot tell you whether playback will work. Platforms determine access based on factors such as the exit IP, account region, content licensing, and their own policies. Read our streaming guide before choosing a route, then test with your account after connecting. A route type does not guarantee access to every regional catalog.
Asia-Pacific
Route naming examples for Hong Kong, Japan, and Singapore.
| Country / Region | City | Route Type | Streaming Availability |
|---|---|---|---|
| Hong Kong, China | Hong Kong | IEPL | Check access details > |
| Hong Kong, China | Hong Kong | Relayed | Check access details > |
| Hong Kong, China | Hong Kong | Direct | Check access details > |
| Japan | Tokyo | IEPL | Check access details > |
| Japan | Tokyo | Relayed | Check access details > |
| Japan | Tokyo | Direct | Check access details > |
| Japan | Osaka | IEPL | Check access details > |
| Japan | Osaka | Relayed | Check access details > |
| Japan | Osaka | Direct | Check access details > |
| Singapore | Singapore | IEPL | Check access details > |
| Singapore | Singapore | Relayed | Check access details > |
| Singapore | Singapore | Direct | Check access details > |
North America
If you need a US exit region, first check the destination service’s account requirements.
| Country / Region | City | Route Type | Streaming Availability |
|---|---|---|---|
| United States | Los Angeles | IEPL | Check access details > |
| United States | Los Angeles | Relayed | Check access details > |
| United States | Los Angeles | Direct | Check access details > |
| United States | New York | IEPL | Check access details > |
| United States | New York | Relayed | Check access details > |
| United States | New York | Direct | Check access details > |
Europe
Choose a region based on the destination service’s requirements; greater distance does not mean better performance.
| Country / Region | City | Route Type | Streaming Availability |
|---|---|---|---|
| Netherlands | Amsterdam | IEPL | Check access details > |
| Netherlands | Amsterdam | Relayed | Check access details > |
| Netherlands | Amsterdam | Direct | Check access details > |
| United Kingdom | London | IEPL | Check access details > |
| United Kingdom | London | Relayed | Check access details > |
| United Kingdom | London | Direct | Check access details > |
Other Regions
VPNCap covers 90+ countries and 230+ routes; this page does not list every region. If your use case depends on a specific country or city, check the current list in the dashboard before deciding whether it fits. The coverage total does not guarantee service in an unlisted city, and “other regions” does not imply a single, uniform route type.
City names indicate the egress region, not every location along the physical network path. The region shown in your client, the region detected by a destination website, and the region associated with your platform account may differ. Check each separately when troubleshooting.
Route Types & Path Differences
User Guide >Requests are protected with military-grade encryption before traveling over the selected route to the destination service. Encryption describes connection protection; IEPL, relayed, and direct describe transmission paths. Protocols and route types are also separate concepts. To assess suitability, consider your local network, the entry path, the egress region, and the destination service separately.
IEPL
IEPL generally refers to cross-border transmission over a dedicated Ethernet link. The local connection to the entry point, the dedicated-link segment, and the connection from the exit point to the destination website are separate parts of the route. A dedicated link can reduce reliance on some public international paths, but it cannot replace your local network or change a destination service’s access policies.
This option can suit tasks where a consistent connection matters, such as remote work, extended reading, or ongoing sessions with AI tools. If public network routes fluctuate in the evening, compare IEPL with other route types using the same egress region. Judge them by how well they complete your tasks—not by the route name alone.
Dedicated links involve capacity, entry-point access, and maintenance, so they generally require more resources than routes that rely solely on public networks. This describes a route type’s cost factors; it does not mean VPNCap charges separately by route. Plan pricing, traffic allowances, and available options are listed on the plans page and in the user dashboard.
Relayed
A relayed route adds an access or forwarding hop between your client and the final egress point. Your client connects to an entry point, which then forwards traffic to the exit point. The benefit is a different network path, not simply added distance. Choosing an entry point carefully may improve connectivity between some local carriers and an exit point, though results depend on every segment of the route.
Relayed routes are worth considering for everyday browsing, web apps, and general streaming. If a direct route in the same region disconnects often, try a relayed route and repeat the same task. An entry point near you does not mean the final egress point is nearby. Destination websites typically see the exit IP, so use the egress region—not the entry-point name—to determine content region.
Relaying requires extra forwarding and network resources, making its cost structure more complex than a direct connection to an exit point. The additional hops also mean troubleshooting should distinguish between reachability of the entry point, exit point, and destination service. If the connection fails, refresh your subscription and check your local network first rather than assuming the destination website is the cause.
Direct
A direct route connects your client to the route’s exit point over a public network, without an additional service relay. This does not mean encryption is disabled, and it is not the same as a “direct” rule in a client. The latter usually determines whether certain app requests go through a proxy; check your client’s routing rules.
When the public route from your local network to the exit point suits the task, a direct connection can work well for everyday browsing, downloads, and lightweight apps. Its performance is more directly affected by your local carrier’s international routing and changes along the way. Fewer hops alone do not guarantee a faster connection, and geographic distance is not a reliable measure of quality.
Direct routes generally use fewer relay resources, but egress, transmission, and maintenance still have costs. There is no need to rank route types in a fixed order. Instead, compare them using your usual network, time of day, and destination services, then keep the routes that work for you along with a backup.
Choose an Egress by Use Case
Route Selection Guide >Everyday Browsing
First check whether the destination website has specific regional requirements. For reading and general web use, start with a nearby candidate region, then check whether pages load fully, links work smoothly, and sign-ins stay active. A more distant region does not automatically provide broader access. Prefer a route that gets the job done with minimal intervention.
If one website won’t load, check whether other sites work. A single-site failure may be due to maintenance, account permissions, or how the site recognizes the exit IP. If all requests fail, check the client connection, local network, and subscription status. This helps narrow down the cause instead of repeatedly switching regions without a clear diagnosis.
Streaming
Check the platform’s supported regions, account benefits, and target catalog before choosing the matching egress region. Playback depends on more than route type; IEPL does not automatically grant access to a streaming platform. After connecting, test an actual title rather than treating access to the home page as proof that playback works.
Video quality and playback continuity also depend on your device, Wi-Fi, the platform’s adaptive streaming, and the content source. To troubleshoot, use the same title and device while changing only the route, then observe buffering and picture quality. Avoid changing regions, client rules, and playback devices at the same time, or it will be hard to identify the cause.
AI Tools
Tools such as ChatGPT, Claude, and Cursor may each check account region, service availability, and the egress network. Read the requirements for the tool you want to use, then choose an egress region that meets them. A successful connection only means requests can be transmitted; it does not replace the tool’s account eligibility, paid benefits, or usage rules.
For everyday work, stick with a regular region to avoid frequent egress changes during sign-in or task execution. If a page loads but a conversation disconnects or an editor request fails, check whether both browser traffic and in-app requests follow the client’s routing rules. See the AI Tools guide for setup details; changing account information is not a substitute for troubleshooting the network.
Gaming
Games need a connection that matches the server region and platform network requirements. Check the full experience—joining a lobby, staying in a match, and using voice chat—not just whether the game downloads. Download traffic and in-game traffic may have different routing needs, so normal web browsing does not prove a route will work for gaming.
VPNCap is a cross-border network acceleration subscription service; general routes are not a performance guarantee for any specific game. Before testing, check the game’s rules on network tools and regions, then make sure the client routes the relevant app traffic. If the game provides network diagnostics, save the error details to help distinguish account, platform, and connection issues.
Remote Work
Follow your organization’s network and data-handling requirements first. Enterprise access tools may change routing or DNS settings alongside other network clients, so check compatibility before use. Company systems may still enforce regional allowlists, authentication, and access permissions; changing your egress region can trigger additional verification.
Test your connection before important meetings or file transfers, and keep a verified backup route available. Where possible, keep the same egress during a task. If you need to switch, save your work first and confirm the app can reconnect. There is no device limit, but sharing a network across multiple devices is still subject to local connection conditions; the device policy does not guarantee performance.
Connection Checks & Routine Maintenance
Connection & Troubleshooting Help >From Subscription to Getting Things Done
Sign in to the user dashboard to get your subscription, then update route details in your client. Windows / macOS / iOS / Android / Linux are supported; find the client and subscription setup in the dashboard. The iOS access option requires an active plan; clients for other platforms are available after sign-in. No email address is required—create an account with a username and password.
After importing your subscription, choose an egress region, then select a route type that’s actually available there. Confirm that the client is connected, then open your target app and complete a real task. A client’s connection status, a webpage loading, and an account feature working are separate checks; verify each in turn rather than treating one as proof of the others.
If route names or available options change, refresh your subscription instead of relying on an outdated saved entry. When contacting support, include your platform, route name, the action that failed, and any error message. Do not share your subscription URL, password, or other account credentials. Support records should only be used to help diagnose the issue.