GLOBAL ROUTE REGISTER

Global routes listed

Global server locations

Coverage across 90+ countries / 200+ routes. Locations are organized by region, city, and access method. Start with the target service’s region, then consider the route type; no single label replaces a real connection test.

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COVERAGE NOTE

Understanding coverage

Country coverage, city exits, and route counts describe three different layers. Keep them separate when reading the server directory.

Country coverage and reach

76VPN covers 90+ countries and 200+ routes. Country coverage means the user panel offers an exit in the relevant country or region; the route count combines available entry points, exits, and forwarding paths. A country may include multiple cities or several access methods in one city, so matching country names do not necessarily mean identical connection paths.

The server page lists representative cities and route types to provide a selection framework. The route list shown after signing in to the user panel is the current selection range. Network maintenance, regional resource changes, and upstream routing changes may affect whether a specific route is visible. When switching routes, try another entry in the same target region before moving to a distant exit.

COUNTRY

Country / region

Determines the geographic assignment of the exit IP and is a useful first filter when a website or service requires a specific region.

CITY

City exit

Distinguishes different network hubs within the same country. Distance is only a reference; carrier routing also affects results.

ROUTE

Access path

IEPL dedicated routes, relays, and direct routes use different traffic paths and suit different connection environments.

ROUTE DIRECTORY

Browse routes by region

Latency, load, and real-time bandwidth are not shown in the table. It records only the exit region, representative city, route type, and streaming direction.

Country / region City Route type Streaming support
Asia-Pacific · APAC
Japan Tokyo IEPL Dedicated Route Supported
Japan Osaka Relay Supported
Singapore Singapore IEPL Dedicated Route Supported
Hong Kong, China Hong Kong Relay Supported
South Korea Seoul Relay Supported
Taiwan, China Taipei Direct Test required
North America · NORTH AMERICA
United States Los Angeles IEPL Dedicated Route Supported
United States San Jose Relay Supported
United States Seattle Direct Test required
United States New York Relay Supported
Canada Vancouver Relay Supported
Canada Toronto Direct Test required
Europe · EUROPE
United Kingdom London Relay Supported
Germany Frankfurt IEPL Dedicated Route Supported
Netherlands Amsterdam Relay Supported
France Paris Relay Supported
Switzerland Zurich Direct Test required
Sweden Stockholm Direct Test required
Extended regions · EXTENDED REGIONS
Australia Sydney Relay Supported
New Zealand Auckland Direct Test required
United Arab Emirates Dubai Relay Test required
India Mumbai Direct Test required
Brazil São Paulo Relay Supported
South Africa Johannesburg Direct Test required

Streaming support: Indicates that the route is configured for related access scenarios and can serve as a starting point for choosing a route for streaming.

Test required: Platform recognition may change with exit policies. Connect first, then open the target platform to confirm.

ROUTE CLASSIFICATION

Route types explained

Route names describe how data travels across the network. There is no universal priority outside the use case; the entry network, target region, and time of day all affect results.

IEPL

IEPL Dedicated Route

IEPL dedicated routes use a relatively independent cross-border transport path, linking the local entry point to an overseas exit through dedicated resources. Compared with finding a path directly across the public internet, this reduces some unpredictable public-routing segments and is better suited to sustained transfers, remote work, long-lived connections, and tasks that require greater stability during peak hours.

Dedicated resources generally cost more to operate and maintain than ordinary public-internet paths, so they are not the fixed choice for every situation. For nearby websites, a relay or direct route may be more suitable. Judge by connection continuity, target-service response, and actual experience—not the route name alone.

Best for Work connections, sustained transfers, priority regions
RELAY

Relay Route

A relay route sends the connection to a selected entry point first, then forwards it through an intermediate node to the target exit. Its main purpose is to avoid poor routes between the local carrier and distant regions while arranging a more suitable forwarding path for each direction. Relay routes generally suit everyday browsing, streaming, web-based AI tools, and routine downloads.

More relaying is not automatically better. An effective relay reduces unstable segments rather than simply adding nodes. Start with a relay near the target region and note whether pages open, playback continues, and files transfer steadily. If the result meets your needs, there is no reason to keep chasing other routes.

Best for Everyday browsing, streaming, AI tool access
DIRECT

Direct Route

Direct routes primarily rely on public routing between the current network and the overseas exit, with fewer intermediate scheduling steps. When the local carrier path is suitable, a direct route provides a simple transport path for backup access, lightweight browsing, or quick checks of a specific region.

Direct performance is more sensitive to the local network, inter-carrier connectivity, and time of day. A direct route in the same city may perform differently on different access networks. Keep a relay or dedicated route for comparison; if pages repeatedly stall or long-lived connections drop, switch to another route type in the same region.

Best for Lightweight access, backup exits, regional checks

SELECTION LOG

Choose an exit by use case

Different tasks call for different metrics. Testing use cases separately makes issues easier to isolate than keeping one route fixed across every app.

BROWSE

Everyday browsing

When browsing international websites, start with a nearby Asia-Pacific relay. These tasks involve many short connections, so consistent page responses usually matter more than small differences in exit distance. If a site specifies a region, switch to that country. Without a regional requirement, there is no need to add transport distance for a farther exit.

During testing, open familiar pages, sign-in portals, and image-heavy listing pages in sequence. If only one website behaves abnormally, compare other routes and sites first instead of mistaking site maintenance for a route issue.

STREAM

Streaming

Streaming availability first depends on the library region. Choose an exit matching the target library and marked as supported in the table, then open the platform with the relevant account to confirm its content. Reaching the home page does not mean every title belongs to the same rights region; the result depends on the account, exit recognition, and content licensing.

Focus on playback continuity rather than only initial loading speed. If the opening plays normally but quality drops repeatedly, switch cities or route types within the same country. Keeping the target region unchanged helps rule out interference from mismatched account and exit regions.

AI ACCESS

AI Tools

Tools such as ChatGPT, Claude, Gemini, Copilot, Midjourney, and Cursor consider region, exit environment, and session continuity together. Choose a region where the target service is available and keep the exit region consistent during sign-in, web conversations, IDE plugins, and API calls whenever possible. Frequent cross-region changes may trigger another sign-in or additional security checks.

Web apps also rely on streaming output and long-lived connections. If ordinary pages open but an answer stops midway, try an IEPL dedicated route or relay in the same region. In development environments, confirm that command-line tools and IDE plugins use the same network path as the browser; otherwise the web app may work while development tools still use the local exit.

GAME

Gaming connections

For gaming, confirm the server region first. For Asian servers, start testing with nearby locations such as Japan, South Korea, Singapore, or Hong Kong; for North American and European servers, choose the corresponding region. Game updates, account sign-in, and live matches may use different domains, so successful sign-in does not prove that the match route is suitable.

Use in-game performance as the test result. If matchmaking is stable but the session becomes erratic, compare relays and dedicated routes in the same region. Some games restrict exit environments or require regional consistency; sign out of the current session before switching to avoid changing exits repeatedly within one session.

WORK

Remote work

Work tasks often include video meetings, code repositories, cloud consoles, file transfers, and enterprise sign-in. Choose an IEPL dedicated route or relay based on the region of the company resources, and verify the connection before starting a meeting or uploading files. Keeping the route unchanged during long tasks can reduce session re-establishment and sign-in changes.

If an enterprise system has regional access policies, follow your organization’s requirements. When one service cannot connect, record the affected service, route, and stage of failure, then retest with another route in the same region. Keeping comparison notes makes it easier to determine whether the issue comes from the exit, domain, or app configuration than randomly switching countries.

OPERATING NOTES

Keep routes reproducible

Network conditions change with the entry network, target service, and time of day. A short record reduces repeated trial and error and makes it easier to explain the situation to support.

BASELINE

Keep a baseline route

Choose a route that normally completes your tasks reliably as a baseline. When an issue appears, retry on the baseline first, then switch to another type in the same region. This helps distinguish a temporary fluctuation, a target-service change, and a localized path issue.

A baseline is not a permanent default. If the entry network changes—for example, from a home network to a public network—check performance again. Different access networks may use entirely different inter-network paths.

REGION

Avoid purposeless cross-region switching

When a target service has regional requirements, first try another city or route type within the same country or region. Jumping to another region changes both the exit location and network path, making the cause harder to isolate. Account sign-in, payment pages, and enterprise systems especially benefit from regional consistency.

When testing content from another region, end the previous region’s session before creating a new connection. Browser cache, account state, and platform region detection may not refresh in sync with a route change.

REPORT

Record symptoms, not conclusions

When submitting a fault report, include the selected country, city, route type, app, and stage where the issue occurred. “The sign-in page opens, but sustained transfers stop” is more useful than simply writing “the route is slow.” The page does not show fixed speed-test conclusions because each user entry point and target service differs.

When account content is involved, provide only the necessary symptoms; never paste passwords, subscription URLs, or other sensitive information into a ticket. The user panel’s ticket entry can be used to submit connection records.

ACCOUNT

Get the current list from the panel

This page explains coverage structure and route selection. Use the user panel for currently available routes. No email address is required to sign up; a username and password are sufficient. Get the corresponding client and subscription configuration for Windows / macOS / iOS / Android / Linux from the panel.

This service supports unlimited simultaneous devices. Devices can choose routes for their respective purposes, but apps involving region-sensitive access should still use a consistent exit within the same account to avoid repeated session changes between regions.