90+ Countries / 200+ Routes

Server Locations and Route Selection

Find international routes by destination, connection method, and use case. The directory highlights common city entry points; the actual selection available after login may vary.

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ROUTE CATALOG

How to Read the Route Directory

The same country or region may offer IEPL dedicated lines, relay routes, and direct connections. Cities in the table represent common exit locations and do not mean that traffic always follows a single physical path. Network operators arrange paths according to the entry point, backbone network, and exit resources, so consider the destination region, your current access network, and performance over continuous use when choosing a route.

The “Streaming Support” column uses deliberately cautious wording. Content platforms change regional catalogs, account rules, and service policies, so an exit city alone cannot reliably predict availability over time. Connect to the target region and open the service to verify it directly; if the content region does not match, try another route type in the same region instead of judging by the city name alone.

Organized by Region

Global Routes Directory Example

The directory below illustrates common combinations of regions, cities, and route types. CavaVPN covers 90+ countries / 200+ routes overall, and the list available after login may include multiple entry points in the same city.

Country / Region	City	Route Type	Streaming Support
ASIA PACIFIC · Asia Pacific
Singapore	Singapore	IEPL Dedicated Line	Verify with the target service
Hong Kong	Hong Kong	IEPL Dedicated Line	Verify with the target service
Japan	Tokyo	Relay	Verify with the target service
Japan	Osaka	Direct Connection	Verify with the target service
South Korea	Seoul	Relay	Verify with the target service
Taiwan, China	Taipei	Relay	Verify with the target service
Thailand	Bangkok	Direct Connection	Verify with the target service
Malaysia	Kuala Lumpur	Direct Connection	Verify with the target service
Philippines	Manila	Direct Connection	Verify with the target service
Indonesia	Jakarta	Direct Connection	Verify with the target service
Australia	Sydney	Relay	Verify with the target service
NORTH AMERICA · North America
United States	Los Angeles	IEPL Dedicated Line	Verify with the target service
United States	San Jose	Relay	Verify with the target service
United States	New York	Direct Connection	Verify with the target service
Canada	Toronto	Relay	Verify with the target service
Canada	Vancouver	Direct Connection	Verify with the target service
EUROPE · Europe
Netherlands	Amsterdam	IEPL Dedicated Line	Verify with the target service
Germany	Frankfurt	Relay	Verify with the target service
United Kingdom	London	Relay	Verify with the target service
France	Paris	Direct Connection	Verify with the target service
Italy	Milan	Direct Connection	Verify with the target service
Spain	Madrid	Direct Connection	Verify with the target service
Sweden	Stockholm	Direct Connection	Verify with the target service
OTHER REGIONS · Other Regions
United Arab Emirates	Dubai	Relay	Verify with the target service
Brazil	São Paulo	Direct Connection	Verify with the target service
South Africa	Johannesburg	Direct Connection	Verify with the target service
India	Mumbai	Relay	Verify with the target service

Connection Structure

Route Types and Practical Differences

Route names are not a simple speed ranking. Each option emphasizes different aspects of entry-point organization, path control, resource costs, and use cases. Understanding these differences is more useful than memorizing a particular city.

IEPL

IEPL Dedicated Line

More centralized path management

An IEPL dedicated line typically organizes the local entry point and overseas exit through a more clearly defined transport path, reducing unpredictable detours on the public network. Its main value lies in path management and stable long-running sessions, not in delivering identical results on every access network. Your location and the quality of your home broadband or office network still affect the final experience.

These routes require greater network resources and maintenance investment, so they are generally suited to video meetings, remote collaboration, continuous synchronization, and long-lived connections to development tools—tasks that are sensitive to interruptions. If your current access network is noticeably unstable, testing an IEPL entry point in a nearby region is usually more reasonable than choosing a distant exit blindly.

RELAY

Relay Route

Choose the entry and exit separately

A relay route first connects to a suitable entry point, then uses an intermediate link to reach the target exit. It balances coverage, path flexibility, and resource costs, and can provide a better access method for distant regions. Relay does not imply a fixed performance level; what matters is whether the entry, exit, and current network path suit the task at hand.

For everyday browsing, AI tools, content research, and general office work, a relay route is often a good place to start testing. When you need an exit in a specific country or region, relays may also offer more city choices. Once the connection is stable, there is no need to switch repeatedly just because the names differ; continuity during ongoing use is usually more valuable to observe than the speed of opening a single page.

DIRECT

Direct Connection

Connect directly to the target exit

A direct connection reaches the target exit through the current network, with a relatively straightforward structure and less reliance on intermediate entry resources. It suits situations where the access path is already favorable, the destination region is clear, or you want to quickly verify whether an exit region meets your needs. Because inter-network links and long-distance paths change, direct performance depends more heavily on your current network.

The simpler resource arrangement makes direct connections useful as backup or regional verification entries. If pages load intermittently, long-lived connections repeatedly reconnect, or performance changes during peak hours, compare a relay or IEPL dedicated line in the same region. This separates a destination-region issue from a connection-path issue instead of changing multiple variables at once.

Choose by Use Case

Route Selection Tips for Different Tasks

There is no single route that fits every task. Identify the destination and session characteristics first, then compare entries within the same region; this is usually faster than repeatedly switching between regions.

Everyday Browsing and Research

Prioritize an entry point that is geographically closer and keeps commonly used sites loading smoothly. These tasks usually involve shorter sessions, so there is no need to start with the most complex route. Begin with a relay or direct connection in a nearby region, and keep using it after confirming that pages, images, and file downloads work normally. If different sites are distributed across different regions, use your most frequently accessed service as the main reference instead of changing exits for occasional pages.

Streaming and Regional Content

Choose an exit in the region where the content catalog is available, then open the target service to verify the account region, content library, and playback status. Streaming platforms change their detection strategies, so the same route city does not guarantee identical long-term results. If the content region does not match, try another entry in the same region first; if playback is inconsistent, compare a relay with an IEPL dedicated line instead of switching to an unrelated region immediately.

AI Tools and Development Environments

AI chats, code completion, command-line requests, and built-in editor services often use persistent connections, so even a brief route reset can interrupt the current context. Prioritize a region where the target service is accessible and long sessions remain stable. After connecting, do more than test the homepage: start a real conversation, run your development tools, and observe sustained interaction. If the website opens but the editor service repeatedly reconnects, try a route with more centralized path management in the same region.

Gaming and Interactive Apps

These applications are more sensitive to path changes and continuity of data exchange, so prioritize the game service’s region rather than the route name alone. Close unnecessary background synchronization first, then test a nearby exit and an exit in the target service region separately. If login works but matches or real-time interaction remain unstable, keep the device, network, and app settings unchanged and switch only to another route in the same region. This helps determine whether the issue comes from the exit or the access path.

Remote Work and Video Meetings

Work setups often use meetings, document sync, business dashboards, and file transfers at the same time. The priority is keeping the connection stable across multiple services. Choose an entry based on where your company services are deployed and complete a sustained test before an official meeting. If team services are spread across regions, prioritize meetings and core business systems, then switch routes for occasional resources if needed. Once important work begins, avoid unnecessary switching so sessions are not rebuilt mid-task.

Post-Connection Checks

Route Verification and Switching Methods

Verify the exit region first

After connecting, confirm that the exit location matches the selected region before opening the target website or app. If it is not as expected, disconnect and establish a new connection instead of switching repeatedly while the old session remains active. Browsers, apps, and operating systems may retain previous connection states; rebuilding the session helps reduce interference from old cached state.

Keep test conditions consistent

When comparing routes, use the same device, access network, and target service whenever possible. Changing the region, route type, device network, and app settings all at once makes it difficult to identify the source of a difference. A more reliable approach is to change one condition at a time and complete a real task, rather than checking only whether the connection button reports success.

Separate occasional issues from persistent ones

A single webpage being temporarily unavailable may relate to the target service, account region, cache, or current network, so do not immediately attribute it to the entire route. Visit other services first to confirm basic connectivity, then test the original target again. If several apps show similar issues, try other entries in the same region; if only one app is affected, check its network permissions, proxy settings, and background status first.

Keep stable combinations for common tasks

Once you find a suitable region and route type, create consistent choices for different tasks—for example, one set of entries for work and another for content access. Fixed combinations make later changes easier to spot and reduce trial and error each time you connect. CavaVPN supports Windows, macOS, iOS, Android, and Linux, with unlimited devices; still verify each device separately because network stacks and app behavior vary by system.

CAVAVPN NETWORK

Choose International Routes by Destination

Coverage includes 90+ countries / 200+ routes. No email address is required; create an account with a username and password. Plans support unlimited devices and include a 14-day no-questions-asked refund.

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