100+ Countries / 240+ Routes

VPN71 Global Server Routes

Routes are organized by region, connection method, and use case. Start with a suitable nearby region, then choose an IEPL dedicated line, relay, or direct route for browsing, streaming, AI tools, gaming, or work.

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Route Selection Window Switch by Use Case
Asia-Pacific

Popular connection regions including Hong Kong, Tokyo, and Singapore

North America

Suitable for North American content, AI tools, and remote work

Europe

Coverage across major data center and content service regions

Other Regions

For regional matching and specific service access

IEPL Dedicated Line Relay Direct
REGION DIRECTORY

Browse Sample Routes by Region

The table shows how major regions, cities, and route types are organized, with selected examples from 100+ countries / 240+ routes. Streaming libraries, account regions, and platform policies may change; check the target platform after connecting.

Country or Region City Route Type Streaming Support
Asia-Pacific
Hong Kong Hong Kong Relay Supported; library availability depends on the platform
Japan Tokyo Direct Supported; library availability depends on the platform
Singapore Singapore IEPL Dedicated Line Supported; library availability depends on the platform
Taiwan Taipei Relay Supported; library availability depends on the platform
South Korea Seoul Direct Supported; library availability depends on the platform
Australia Sydney Direct Supported; library availability depends on the platform
India Mumbai Direct Check after connecting
North America
United States Los Angeles IEPL Dedicated Line Supported; library availability depends on the platform
United States San Jose Relay Supported; library availability depends on the platform
United States Seattle Direct Supported; library availability depends on the platform
Canada Toronto Direct Supported; library availability depends on the platform
Canada Vancouver Relay Supported; library availability depends on the platform
Mexico Mexico City Direct Check after connecting
Europe
United Kingdom London Relay Supported; library availability depends on the platform
Germany Frankfurt IEPL Dedicated Line Supported; library availability depends on the platform
France Paris Direct Supported; library availability depends on the platform
Netherlands Amsterdam Relay Supported; library availability depends on the platform
Switzerland Zurich Direct Check after connecting
Italy Milan Direct Supported; library availability depends on the platform
Spain Madrid Direct Supported; library availability depends on the platform
Other Regions
United Arab Emirates Dubai Relay Check after connecting
Türkiye Istanbul Direct Check after connecting
Brazil São Paulo Direct Supported; library availability depends on the platform
Argentina Buenos Aires Direct Check after connecting
South Africa Johannesburg Direct Check after connecting
ROUTE TYPES

How to Choose Among the Three Route Types

The difference between IEPL dedicated lines, relays, and direct routes mainly comes down to the path between your local access point and the overseas exit. They are not simply ranked from best to worst; the right choice can vary by time, network, and destination service.

IEPL Dedicated Line

IEPL Dedicated Lines: Prioritize Cross-Border Route Stability

IEPL dedicated lines use dedicated international network resources to connect the access point with an overseas exit, creating a more defined path with fewer unpredictable points on the public internet. For sustained transfers, video playback, remote desktops, online meetings, and sessions that must stay connected, a stable route is often more valuable than a short-lived speed peak.

These routes typically cost more to provision than standard direct or relay routes, so they are better suited to important tasks. If evening congestion, inconsistent cross-region transfers, or path-sensitive connections are causing trouble, try a suitable IEPL dedicated line first. When the destination requires a specific exit region, match the region before comparing route types within it.

RELAY Relay

Relay Routes: Balance Access Quality and Exit Region

A relay route first connects to an access point suited to the current network, then uses an intermediate path to reach the target region. The goal is not to add distance, but to avoid a poor direct path between the local network and a remote data center. For everyday cross-border access, page loading, streaming, and office work, relays often balance broad usability with connection stability.

When choosing a relay, consider both the final exit region and whether the current access network suits the route. A route that performs steadily on home broadband may need to be changed on another network. If pages open but images remain incomplete, video quality changes repeatedly, or long-lived connections occasionally reconnect, compare relay and IEPL dedicated routes within the same region.

DIRECT Direct

Direct Routes: A Simple Option for Everyday Use and Backup

Direct routes connect the current network straight to an overseas exit. Their simple structure suits web reading, research, lightweight apps, and use cases requiring a specific city exit. When the local path to the target data center is smooth, direct routing offers a clear access path and makes it easier to determine whether an issue comes from local access or the destination service.

Direct routes are more exposed to changes in public network paths, so “direct” does not always mean faster. If connections take longer to establish, page resources load in batches, or performance varies noticeably by time of day, switch to a relay in the same region. For tasks requiring a long-lived connection, consider an IEPL dedicated line in that region. Keeping a direct route as a backup also helps isolate problems with a single intermediate path.

Understanding Route Cost Differences

Route costs mainly reflect international network resources, access and exit data centers, path management, and ongoing maintenance. IEPL dedicated lines generally emphasize stable link resources, relays require access and intermediate-path management, and direct routes have a simpler structure. Rather than judging value by the route name alone, compare the destination region, task duration, and actual connection performance together.

USE CASES

Choose Routes by Use Case

First decide what you need to access, then choose the required region, and finally compare route types within that region. The suggestions below help narrow the options; no single route is presented as the answer for every task.

Browsing

Everyday Browsing and Research

Start with a nearby Asia-Pacific route. Regular websites, documentation, and search services usually do not require a distant exit. If a site offers regional versions, switch to the relevant country or region. Direct is a good starting point; if page resources load incompletely or the connection changes frequently, try a relay in the same region. Avoid jumping repeatedly between far-apart regions, as the site’s regional detection and login state may change as well.

Streaming

Streaming and Regional Content

For streaming, the content library’s region comes first, followed by the route type. Choose a Japan exit for Japanese content and the relevant North American exit for North American content. “Supported” in the table means the regional route can be used for streaming, while specific titles still depend on the platform library, account region, and platform rules. Keep the same exit during playback and avoid switching cities while content is loading. If video quality changes repeatedly, compare a relay and an IEPL dedicated line in the same region.

AI

AI Tools and Developer Services

AI tools care about whether the exit region is supported and whether the address stays consistent during sign-in. After selecting a supported region, keep the same route within a session and avoid changing exits while submitting tasks, uploading files, or generating content. If the tool needs to return content continuously, prefer a stable relay or IEPL dedicated line. For documentation searches and lightweight requests, a direct route in a suitable region can also work well.

Gaming

Gaming and Persistent Sessions

Choose a gaming route based on the game server’s actual region, not the account’s region. Start with an exit in the same area as the game server or with a direct path, then check whether login, matchmaking, and gameplay remain continuous. Updates and gameplay may call for different choices: updates prioritize sustained downloads, while gameplay prioritizes connection stability. If matchmaking works but gameplay drops, compare connection methods within the same region instead of switching directly to a more distant country.

Work

Remote Work and File Transfers

Remote desktops, code repositories, business dashboards, and online meetings often require sessions to stay active for a long time. Choose an exit based on the business server’s region, then compare relays and IEPL dedicated lines first. Connect and complete business login before uploading files or joining a meeting, and keep the route unchanged during the task. If your company follows a fixed regional policy, follow your organization’s access rules and ensure the exit region matches the business requirement.

COVERAGE

Coverage Across Global Access Regions

VPN71 covers 100+ countries / 240+ routes. This range provides regional choice, but not every task requires a remote exit. In most cases, a route close to your current network that also meets the target service’s regional requirement is the best place to start.

Route names combine the country or region, city, and connection type. The country or region indicates content and business affiliation, the city identifies the exit location, and the route type describes the intermediate path. Reading the name in this order helps avoid focusing on a “dedicated line” label while overlooking the destination region the service actually requires.

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

What to Check After Switching Routes

Change only one condition at a time so you can tell whether the issue comes from the region, route type, local network, or destination service. Use the sequence below when connecting for the first time, changing networks, or troubleshooting unusual website behavior.

  1. Confirm the Target Region First

    Before opening the target service, determine which country or region its exit must be in. Streaming depends on the content library, AI tools on supported service regions, and work systems on business servers and organizational rules. Even a smooth connection may show different content or trigger service-side notices when the region is wrong.

  2. Start with a Suitable Nearby Route

    Once the target region is satisfied, prioritize a city with a relatively short path. If direct, relay, and IEPL dedicated routes are available in the same region, begin with direct to check basic connectivity, then decide whether to switch based on task duration and performance. This makes route-type differences easier to identify.

  3. Keep the Route for a Complete Task

    Do not judge a route only by whether the homepage opens. Complete an operation that matches your actual use case, such as playing content, submitting an AI request, syncing files, or opening a remote work page. Keep the same exit throughout, observe login status, page resources, and persistent connections, then decide whether to keep the route.

  4. Compare Connection Methods in the Same Region

    If the region is correct but the experience is unstable, switch route types within the same country or region first. The destination service will continue to see a similar region, while the main change is the network path. Jumping directly to another country changes both region and path, making the cause harder to identify.

  5. Keep Reusable Choices

    Save suitable routes for browsing, streaming, AI tools, and work instead of choosing randomly each time. Recompare them when the network environment changes. VPN71 supports Windows, macOS, iOS, Android, and Linux; after signing in, get client apps and subscription details from the user dashboard.