90+ Countries / 200+ Routes

Global Server Routes

Find an entry point by region, city, and route type. Start with your destination, then choose the location and network path—it is easier to troubleshoot than repeatedly switching servers.

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United States Japan Hong Kong Singapore South Korea Germany
ENC-01 / DIRECTORY

Browse Routes by Region

Use the route table to confirm the exit region, available cities, and network path. It shows representative entry points, not a complete server list; total coverage is 90+ countries / 200+ routes.

READ / STATIC ROUTES

City names indicate commonly used exit locations. Streaming results may vary by platform, account region, content rights, and exit-location detection, so confirm the target content’s region before choosing a route.

Country/Region City Route Type Streaming Support
Asia-Pacific Routes
Japan Tokyo IEPL Dedicated Line Supported, subject to platform policies
Japan Osaka Transit Supported, subject to platform policies
Hong Kong Hong Kong IEPL Dedicated Line Supported, subject to platform policies
Singapore Singapore IEPL Dedicated Line Supported, subject to platform policies
South Korea Seoul Transit Supported, subject to platform policies
Taiwan Taipei Transit Supported, subject to platform policies
North America Routes
United States Los Angeles IEPL Dedicated Line Supported, subject to platform policies
United States San Jose Transit Supported, subject to platform policies
United States Seattle Direct Connection Supported, subject to platform policies
United States New York Transit Supported, subject to platform policies
Canada Vancouver Transit Supported, subject to platform policies
Canada Toronto Direct Connection Supported, subject to platform policies
European Routes
United Kingdom London IEPL Dedicated Line Supported, subject to platform policies
Germany Frankfurt Transit Supported, subject to platform policies
France Paris Direct Connection Supported, subject to platform policies
Netherlands Amsterdam Transit Supported, subject to platform policies
Switzerland Zurich Direct Connection Supported, subject to platform policies
Spain Madrid Direct Connection Supported, subject to platform policies
Routes in Other Regions
Australia Sydney Transit Supported, subject to platform policies
New Zealand Auckland Direct Connection Supported, subject to platform policies
Brazil São Paulo Direct Connection Supported, subject to platform policies
United Arab Emirates Dubai Transit Supported, subject to platform policies
South Africa Johannesburg Direct Connection Supported, subject to platform policies
ENC-02 / ROUTE TYPES

How to Choose a Route Type

IEPL dedicated lines, transit, and direct connections describe how traffic travels from the local entry point to the target exit. The name alone does not guarantee performance at every hour; consider the use case, destination region, and local network as well.

ROUTE-A IEPL

IEPL Dedicated Line

An IEPL dedicated line handles the cross-border segment through a relatively independent transport path, with less reliance on the public internet. Its value is not simply a shorter geographic distance, but a clearer path across the key international segment, reducing disruption from public-network detours and temporary changes. For sustained transfers, remote meetings, cloud documents, and long-lived connections, this structure is more likely to remain consistent.

Dedicated-line access and maintenance generally cost more than ordinary public-internet routes, so it is better suited to work scenarios where connection continuity matters rather than being the default for every request. For simple browsing or brief requests, a nearby transit route may offer a better balance of resources and performance.

Best for: sustained work / long-lived connections / cross-region content access
ROUTE-B RELAY

Transit Routes

A transit route first connects to a nearby entry point, then sends traffic through an intermediate node toward the destination region. By reorganizing the public-network path, it can avoid sections with obvious detours or frequent changes. The transit node, entry carrier, and exit direction all affect results, so even routes labeled Japan or the United States may follow different paths depending on the entry point.

These routes balance regional coverage and resource cost, making them suitable for everyday browsing, video streaming, AI tools, and routine work. When troubleshooting, fix the destination region first and compare entry points within that area instead of switching between continents. Changing countries frequently also changes account-region signals, DNS results, and platform detection, making diagnosis harder.

Best for: everyday access / streaming / AI tools / routine work
ROUTE-C DIRECT

Direct Connections

A direct connection enters the public-internet exit for the target region from the current network without a dedicated transit entry in between. The path is simpler, can cover distant or more dispersed destinations, and makes more cities available. The actual route depends on the local carrier and public routing, so results may differ across times and access networks.

Direct connections work well when the destination is specific, access is occasional, or a particular country exit is needed. If a nearby direct route works normally, there is no need to switch to a more complex path merely because of its route label. If pages connect slowly, long-lived connections drop, or playback buffers repeatedly, compare transit routes in the same region, followed by nearby regional entry points.

Best for: specific country exits / occasional access / expanded coverage
ENC-03 / SELECTION

Build a Route-Selection Order by Use Case

A useful route-selection method should be repeatable. Fix the destination first, narrow the region next, and then compare route types within that area. Do not change the region, client, and network environment at the same time, or it will be difficult to identify what caused the change.

USE-A / BROWSING

Everyday Browsing: Start with Nearby Regions

Web access consists of many short requests, so smooth connection setup is often more important than peak download speed. Start with a geographically closer region and a simpler routing direction—for example, compare entry points in Japan, Hong Kong, Singapore, or South Korea for East Asia access. If the sites you use are mainly in North America, try cities on the U.S. West Coast instead of starting with a more distant exit.

After confirming a route, open familiar websites, search pages, and image-heavy content in succession. Watch for slow first loads, missing resources, or repeated changes in login state. If only one site behaves abnormally, do not immediately blame the entire route; try another entry point in the same region, then check whether the site applies a separate policy to the exit region.

Order: nearby region → backup entry in the same area → target service region
USE-B / STREAMING

Streaming: Match the Content Region First

Content platforms first identify the exit region, then use the account region, DNS results, and their own detection policies to determine what is available. Choose the country or region where the content belongs rather than relying only on geographic distance. For Japan-region content, start with a Japan entry point; for U.S.-region content, start with a U.S. entry point. Matching the region is clearer than repeatedly testing across regions.

After connecting, fully close existing playback pages, reopen the platform, and check whether the catalog has changed. If the catalog is correct but playback is unstable, switch between an IEPL dedicated line and a transit entry in the same region. If the catalog is unchanged, check the account region, app cache, and DNS first instead of repeatedly changing countries. “Supported” in the table means the route can be used for access in that region; the final result remains subject to platform policies.

Order: content region → route type in the same region → account and DNS checks
USE-C / AI ACCESS

AI Tools: Keep the Exit Region Consistent

AI tools often use web sessions, streamed output, file uploads, and API requests at the same time. Frequently changing exit regions can trigger another login or interrupt a long conversation in transit. Prefer a stable entry point in a region supported by the tool, keep the same exit throughout a complete work session, and do not switch routes while generating content or uploading files.

If the page opens but the response stops partway through, determine whether the browser session, long-lived connection, or local network changed. First switch to a backup entry in the same region and establish the session again; use another country exit only when the target tool explicitly restricts the current region. If the office network has access policies, test separately on the current and another network environment so local restrictions are not mistaken for a server issue.

Order: supported region → fixed exit → backup route in the same region
USE-D / GAMING

Gaming: Follow the Game Server Region

Choose a gaming route based on the actual game-server region, not the account store region. Japanese, Korean, Southeast Asian, and U.S. servers use different network directions, and the wrong region can add unnecessary detours. Confirm the server region shown in the game, choose an entry point in the same or a neighboring region, and observe the connection separately in the training area, matchmaking lobby, and live match.

Game updates, account login, and live matches may also use different domains, so being able to log in does not mean the match route is suitable. If the lobby works but the match does not, keep the client and local network unchanged and compare route types in the same region. If the game allows manual region selection, fix the region before testing to avoid automatic allocation and route switching happening at once.

Order: game region → entry point in the same region → verify during each match stage
USE-E / WORKFLOW

Work: Continuity Matters More Than Frequent Switching

Remote meetings, cloud documents, code repositories, and business systems often need to keep a session alive. For work, prioritize the target system’s region and connection continuity. If team services are concentrated in North America, start with a U.S. West Coast entry point; if collaborators are mainly in Europe, choose the relevant European city to reduce back-and-forth regional routing.

Confirm the route before starting a meeting or transferring a large file, and avoid changing the exit during work whenever possible. If a company system restricts login regions, follow the organization’s access requirements. When an issue occurs, record the platform, destination region, route name, local access method, and stage at which it happened, then submit a ticket; this context is more useful than simply saying “the connection is slow” when determining whether the issue is at the entry point, cross-border segment, or target service.

Order: business location → fixed route → report the issue with context
ENC-04 / COVERAGE

Start with the Destination Region

64VPN covers 90+ countries / 200+ routes. More regions do not mean every session should use the most distant entry point. A stable routine starts with a clear objective: identify where the content is located, where the business system is deployed, or which exit region the account must maintain, then choose the city and route type accordingly.

If several entry points are available in the same region, keep one as the primary route and one as a backup. When something goes wrong, change only one variable and retest the webpage, DNS, app session, and target service. This turns route selection into a repeatable troubleshooting process instead of random switching.

🇯🇵 Japan 🇭🇰 Hong Kong 🇸🇬 Singapore 🇰🇷 South Korea 🇺🇸 United States 🇨🇦 Canada 🇬🇧 United Kingdom 🇩🇪 Germany 🇫🇷 France 🇳🇱 Netherlands 🇦🇺 Australia 🇧🇷 Brazil

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