Global route directory

Global Locations and Route Selection

4kVPN covers 90+ countries / 200+ routes. This page organizes common exit locations by region and explains the paths, use cases, and selection order for IEPL dedicated lines, relay, and direct connections.

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Regional directory

Find a Region by Destination

When choosing a route, start with the service’s location rather than a familiar exit name. For Asia-Pacific content, Tokyo, Singapore, Seoul, and Hong Kong are often practical candidates. For North American websites, AI tools, or overseas work systems, start with routes in the western United States, then adjust to the service’s location. For European content, prioritize an exit in the same country as the destination or a nearby one.

The table lists common regions, cities, and route types. The streaming column indicates that a route can be tested for the stated use case; it does not guarantee that every content library, account region, or title will match. Streaming platforms change licensing and access rules, so the safer approach is to connect, open the target platform, and confirm that the home page, search, and playback pages all load correctly.

Asia-Pacific

Country or Region	City	Route Type	Streaming Support
Japan	Tokyo	IEPL Dedicated Line	Supported
Japan	Osaka	Relay	Supported
Singapore	Singapore	IEPL Dedicated Line	Supported
South Korea	Seoul	Relay	Supported
Hong Kong, China	Hong Kong	IEPL Dedicated Line	Supported
Malaysia	Kuala Lumpur	Direct	Check by platform

North America

Country	City	Route Type	Streaming Support
United States	Los Angeles	IEPL Dedicated Line	Supported
United States	San Jose	Relay	Supported
United States	New York	Direct	Check by platform
Canada	Toronto	Relay	Supported

Europe

Country	City	Route Type	Streaming Support
United Kingdom	London	IEPL Dedicated Line	Supported
Germany	Frankfurt	Relay	Supported
France	Paris	Direct	Check by platform
Netherlands	Amsterdam	Relay	Supported
Sweden	Stockholm	Direct	Check by platform
Italy	Milan	Direct	Check by platform

Other Regions

Country	City	Route Type	Streaming Support
Australia	Sydney	Relay	Supported
New Zealand	Auckland	Direct	Check by platform
Brazil	São Paulo	Relay	Supported
South Africa	Johannesburg	Direct	Check by platform

Route architecture

IEPL Dedicated Lines, Relay, and Direct Connections

Route names describe how data is generally organized between the local network and the exit region. They affect detours, congestion handling, maintenance costs, and suitable use cases, but cannot be judged separately from the local carrier, target website, and time of use.

IEPL

IEPL Dedicated Lines: More Controlled International Paths

IEPL dedicated lines generally place key segments between local access and the overseas exit on a more controlled transport path, reducing unpredictable detours across public networks. Their value is not a fixed speed claim, but a clearer path structure for cross-region traffic. When the local public network is congested, routes change frequently, or international access is unstable, a dedicated line is often the stronger first candidate.

These routes suit extended streaming, long video conferences, overseas work systems, large file synchronization, and tasks that require a more continuous connection. Because dedicated-line resources, access, and maintenance require relatively greater investment, operating costs are generally higher than for ordinary direct connections. Still, match the destination first: test a Japan dedicated line for Japanese services and a North American route for North American services rather than choosing solely because a route is labeled “dedicated.”

Best for: Continuous transfers Cost: Relatively higher

TRANSIT

Relay Routes: Added Routing Between Access and Exit

A relay route first sends the connection to an entry point suited to aggregation or routing, then forwards it to the target-region exit. Relay nodes can improve local access through route planning and organize exit resources more flexibly. This does not mean the path is always shorter; the added routing stage is used to avoid some less suitable public routes.

Relay routes suit everyday browsing, streaming, AI tools, and general work, offering a balanced option between coverage and maintenance cost. If a direct route connects but pages load inconsistently, compare it with a relay route in the same region. A relay path has more components, and a change in any one of them may affect the experience, so judge it by completing a real task rather than only checking whether the client says connected.

Best for: General use Cost: Relatively balanced

DIRECT

Direct Routes: Simple Regional Exits

Direct routes generally enter the target exit directly from the local network, with a simpler path and less reliance on extra relay stages. When the base route from the local carrier to the target region is suitable, direct connections provide a clear access path for web browsing, text communication, research, and tasks that do not require sustained high-volume transfers.

Direct performance is more exposed to changes in local-carrier routing, public international links, and the target region’s network. Direct routes in the same city can differ significantly across network environments. They are therefore best treated as options to test before committing to regular use. If pages repeatedly reload, file transfers stop, or meeting video becomes inconsistent, switch to a relay or IEPL dedicated line in the same region instead of immediately moving to a distant country.

Best for: Basic access Cost: Relatively direct

Selection workflow

Selection Order: Region First, Type Second

No single route suits every website and network environment. A more effective approach is to follow a consistent testing order, change one condition at a time, and judge the result through an actual task.

Identify the Target Service’s Region First

For regional content, work systems, or localized services, the exit country often directly affects page content, account checks, and resource delivery. When the destination is clear, start with the same country. If the service is deployed across regions, begin with a common exit relatively close to the local network. Avoid switching across continents before the task is clear, because changing exits can alter caching, account-region detection, and content delivery at the same time.

TARGET
Compare Route Types Within the Same Region

Use the region’s IEPL dedicated line or relay to complete one full visit, then switch to direct for comparison. Keep the test consistent: open the same page, play the same content, upload the same type of file, or join the same meeting. Comparing only the connection button is not meaningful—“connected” means the tunnel was established, not that the target service’s full workflow succeeded.

ROUTE
Check the Exit and Target Page

After connecting, confirm that the exit region matches the selected route, then open the target website and check sign-in, search, images, video, and file downloads. Some websites retain old regional cache data; close the relevant pages and reopen them, clearing site cache if needed. If the exit is correct but the content still differs, also check the account’s regional settings and the platform’s content licensing.

VERIFY
Keep Working Routes as Backups

For regular tasks, remember different route types in the same region and switch within that region first when the primary route changes. This avoids triggering a fresh regional identification after changing countries and helps distinguish issues with the local network, route path, or target platform. Use client route names as an index; do not treat one test result as a permanent conclusion.

BACKUP

Usage scenarios

Choose an Exit by Use Case

Different tasks have different route requirements. A page opening quickly does not guarantee stable long-form playback, and playable video does not guarantee smooth work-system sign-in or file synchronization.

WEB NEARBY REGION

Everyday Browsing and Research

For everyday browsing, prioritize a region relatively close to the local network with consistent page responses. Start with common Asia-Pacific exits, then switch to the relevant country when the website has a specific regional requirement. These tasks generally need less sustained transfer, so direct and relay routes can both be candidates. If text appears but images and scripts remain stuck, compare a relay route in the same region instead of repeatedly refreshing.

MEDIA CONTENT REGION

Streaming and High-Definition Viewing

For streaming, choose an exit based on the content library’s region, then test an IEPL dedicated line or relay route first. Judge the route by checking the full flow: home-page loading, content search, playback start, seeking, and continuous playback. Opening the home page alone does not confirm that content is available. Platform rules and licensing change; “supported” in the table means the route is a test candidate, with final availability determined by actual playback after connecting.

AI SERVICE REGION

AI Tools and Developer Services

AI tools often load a sign-in page, conversation interface, file uploads, and content-delivery resources together, so check the complete workflow. Start with North America or a region explicitly supported by the service, and compare relay with IEPL dedicated lines first. If sign-in works but conversation submission fails, reconnect and confirm the exit rather than switching repeatedly between countries in a short period. Availability still depends on the service’s terms and account settings.

GAME SERVER REGION

Gaming and Voice Communication

For gaming, the actual server region comes first; the same game can connect to entirely different locations across regions. Prefer an exit in or near the server region and avoid switching routes during a match. A route can improve the cross-region path, but it cannot change the game server’s own status. This service does not promise a fixed latency, so evaluate the complete process: sign-in, matchmaking, gameplay, and voice.

WORK OFFICE REGION

Remote Work and File Synchronization

Work systems typically require a continuous connection, few exit changes, and may perform regional security checks at sign-in. Prefer an IEPL dedicated line or relay route in the company system’s region, and connect before starting a meeting, uploading files, or using a remote desktop. Do not change exits during the task. If the company system has additional regional or network requirements, follow internal policy and keep a familiar route as a clearly defined work configuration.

Connection notes

Switching Routes and Diagnosing Issues

A route issue does not always originate with the exit itself. The local network, DNS resolution, target website, account region, and client settings can all affect access.

Connected, page unavailable

Connected, but the Target Page Will Not Fully Load

First check whether other international websites are accessible. If they work normally, the issue may be limited to the target platform, account region, or site cache. If no pages load, disconnect and reconnect to a route in the same region. If there is still no improvement, switch to another route type in that region. This order avoids changing too many conditions at once and makes the source easier to identify.

Region mismatch

The Exit Region Does Not Match the Selected Name

Disconnect first, fully quit the client in the background, then reopen it and connect again. If other network proxies, corporate network settings, or browser extensions are enabled, avoid stacking multiple connection rules. Confirm the exit before opening the target website so it does not reuse the region cached from the previous connection. For account security checks, avoid repeated cross-region switching within a short period.

Streaming check

The Platform Home Page Is Visible, but Content Will Not Play

Check content licensing, account region, and route exit separately. Search for the target content first to confirm that it belongs to the current region, then reopen the playback page and see whether the error affects only one title. If another relay or IEPL dedicated line is available in the same region, switch and test again. Whether a platform offers specific content is ultimately determined by its own rules.

Local network change

Performance Changes After Switching Local Networks

Different local networks may use different routes to the same exit, so a route that worked well before may not remain the first choice in another environment. After switching networks, repeat the test sequence: target region, route type, exit confirmation, and actual task. Do not carry over conclusions from the old environment or infer fixed performance from a route name.

Route summary

Match the Region First, Then Compare the Path

When choosing an international route, the exit country determines the content and service region, while the route type determines how the connection path is organized. Revalidate after the local network or target platform changes instead of relying on a single test result.

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