GLOBAL ROUTE LAYERS

Global Servers and Route Tiers

Start with the target region, then compare route types. 9KVPN organizes different entry points, international links and exit regions separately, making it easier to switch between everyday access, Streaming, AI Tools, gaming and remote work.

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ROUTE OVERVIEW Route Coverage
Asia-Pacific North America Europe Other regions
110+ Countries covered
160+ International routes
Region Index

Browse Global Routes by Region

The list below highlights key regions, cities and route types. Routing is adjusted according to the entry network, target service and current link conditions, so geographic distance is only one factor. A nearby location is often convenient for everyday access, but the target region, international link quality and exit strategy matter just as much.

9KVPN Global Server Route List
Country / Region City Route Type Streaming Support
Asia-Pacific
Japan Tokyo IEPL Dedicated Line Supported
Japan Osaka Relay Supported
Hong Kong, China Hong Kong Direct Supported
Singapore Singapore Relay Supported
South Korea Seoul Relay Supported
Malaysia Kuala Lumpur Direct Supported on select routes
Thailand Bangkok Direct Supported on select routes
India Mumbai Relay Supported on select routes
North America
United States Los Angeles IEPL Dedicated Line Supported
United States San Jose Relay Supported
United States New York Relay Supported
Canada Vancouver Direct Supported
Canada Toronto Relay Supported
Mexico Mexico City Direct Supported on select routes
Europe
United Kingdom London Relay Supported
France Paris Relay Supported
Germany Frankfurt Relay Supported
Netherlands Amsterdam Direct Supported
Italy Milan Direct Supported on select routes
Spain Madrid Direct Supported on select routes
Sweden Stockholm Relay Supported on select routes
Switzerland Zurich Relay Supported on select routes
Other regions
Australia Sydney Relay Supported
New Zealand Auckland Direct Supported on select routes
United Arab Emirates Dubai Relay Supported on select routes
South Africa Johannesburg Direct Supported on select routes
Brazil São Paulo Relay Supported on select routes
Argentina Buenos Aires Direct Supported on select routes
ROUTE TYPES

Route Type Determines the International Path

“Where is the server?” only identifies the exit location. “How does the route reach that exit?” determines the real experience across the international segment. IEPL dedicated lines, relay routes and direct connections are not simply higher or lower tiers; each emphasizes different aspects of path control, traffic management, operating cost and use case.

IEPL

IEPL Dedicated Lines

Clearer Path Control

IEPL dedicated lines are used to organize relatively stable international transmission paths. Compared with routes that rely entirely on ordinary public-internet forwarding, dedicated lines provide clearer entry and exit arrangements across the international segment and are generally less affected by detours or peak congestion. They suit sustained transfers, remote meetings, extended Streaming sessions and work scenarios where connection continuity matters.

Dedicated-line resources cost more to provision and maintain, so they are not deployed evenly in every region. When choosing, first identify where the target service is located, then check whether a suitable dedicated-line entry is available there. If the target service is in Japan or the western United States, a dedicated line in the corresponding region is usually more sensible than routing through a distant region and returning.

RELAY

Relay Routes

Separate Entry and Exit Points

A relay route first connects to a suitable entry point, then uses an intermediate link to reach the target region. The goal is not to add steps, but to avoid an unstable direct path between the entry network and a distant exit. Entry and international exit can be managed separately, making it easier to switch to another available path when one segment fluctuates.

Relay routes work well for distant regions or locations where direct paths tend to take detours, such as Europe, eastern North America and some other regions. They balance coverage and resource costs and are common across international routes. Quality depends on how well each link segment fits together, not on how many regions the route crosses; a stable, well-defined path is more valuable than complex hopping.

DIRECT

Direct Routes

A Simpler Path Structure

A direct route connects the current entry point to the target exit without an additional relay layer. Its simple structure suits nearby regions and locations with strong carrier interconnection, as well as everyday web access, message syncing and quick lookups. Direct routes provide broad regional coverage, allowing users to change exit locations quickly based on content region.

Direct routes are more sensitive to changes in public-internet routing. Routes in the same city may perform differently depending on the entry network, so the city name alone is not enough to judge them. If a direct route becomes noticeably unstable in the evening, try a relay route in the same region first. For tasks that require a long-lived connection, compare a dedicated-line entry as well. Switching among the three types is a normal part of route selection, rather than a reason to stick permanently to one type.

SELECTION GUIDE

Choose by Use Case: Route Selection

A route name tells you where the path starts, not the final answer. A more effective approach is to identify the target service, session length and continuity requirements, then test access briefly in practice. The scenarios below provide a useful starting order.

BROWSE

Everyday Browsing

For international websites, research and messaging, start with a nearby Asia-Pacific route. Japan, Hong Kong or Singapore is often a convenient starting point, but actual performance on the current entry network should be the deciding factor. If pages open normally but images or files pause while loading, switch between direct and relay routes in the same region before moving to a much farther exit.

Everyday browsing depends more on consistent responsiveness than on chasing a single test result. Keep one preferred region and prepare a backup route of a different type. When the local network changes, switching directly to the backup entry is usually clearer than repeatedly adjusting client settings.

STREAM

Streaming

First confirm which region the content belongs to, then choose the corresponding exit. If the region does not match, a smooth connection may still show a different content catalog. After selecting a region, play content continuously for a while and check startup, seeking and quality changes. Verifying only that the homepage opens is not enough to judge the full viewing experience.

For longer viewing sessions, compare dedicated-line and relay routes first. If a platform reports a region issue, close the relevant app, switch to another route in the same region and reopen it. Region data cached by the browser or app may also affect the result, so establish a new session after switching. The support status in the table helps narrow the options; it does not mean every platform account will show the same content.

AI TOOLS

AI Tools

AI tools often involve web sessions, continuous output, file uploads and account-region checks at the same time. Prioritize a stable exit region and avoid switching regions repeatedly within one session. If an AI account is used in one region over time, continuing with routes in that region makes the access environment more consistent.

Long-form generation and file processing are more sensitive to connection continuity. Try a dedicated-line or relay entry in the relevant region first. If the page opens but output stops, compare another route type in the same region instead of only changing clients. When using several tools, first find a shared region that covers them, then switch temporarily for individual tasks if needed.

View the AI acceleration guide →
GAME

Gaming Connections

For gaming, start with the server region rather than the account language or the client interface language. If the target server is in Japan, compare Japanese entries first; for North America, choose the corresponding North American region. Games are sensitive to brief fluctuations, so before entering a real match, complete login, matchmaking and a short play session to confirm that the full path remains consistent.

If login works but the match is unstable, compare dedicated-line and relay routes in the same region instead of repeatedly changing countries. Some games use different regions for login services and actual match servers, so after logging in you may need to select a route closer to the match region. Route selection optimizes the network path; it does not change the game service’s maintenance status or regional rules.

WORK

Remote Work

Video meetings, code repositories, cloud documents and enterprise systems usually require sessions to remain active for longer periods. Prefer a dedicated-line or relay route in the same region as your work resources, and test it before a meeting or large file transfer. Frequent regional switching during a task is not ideal for work, as a changed exit may trigger account verification or disconnect an existing session.

If team resources are spread across regions, establish a consistent choice based on the primary task: follow the meeting service region for calls, the storage region for file syncing and your organization’s access requirements for enterprise systems. 9KVPN supports unlimited devices online at the same time and works on Windows, macOS, iOS, Android and Linux. Different devices can choose routes for their own tasks, but keeping the same region for one work account is generally more reliable.

ROUTE CHECK

Route Selection Requires the Full Task

A page loading quickly once only shows that the basic connection worked at that moment. A real choice should cover the entire process, from login through task completion. For viewing, check continuous playback; for work, meetings and file syncing; for AI tools, session continuity; and for gaming, stability after reaching the actual server.

TARGET

Set the Target Region First

Narrow the options based on the region associated with the content, account or server. Do not randomly switch among all regions at the start, or it will be difficult to tell whether a change came from the route, exit region or target service itself.

ROUTE

Compare Types Within the Same Region

Compare direct, relay and dedicated-line routes within the same exit region. This removes regional differences and shows whether the way the international segment is organized suits the current entry network better.

SESSION

Complete a Real Task

Test with something you normally do, such as attending a full meeting, completing a generation session, watching a piece of content or syncing files. A real task provides more useful evidence than opening a page once.

BACKUP

Keep a Backup Route

In addition to your usual route, keep another type in the same region or an alternative entry in a nearby region. When the local carrier path changes, you can switch directly without starting the selection process over.

Before You Start

Start with the Target Region

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