International routes · Static coverage index

Global VPN Server List

YRVPN offers 230+ routes across 110+ countries. This page organizes representative exits by region and explains how IEPL, relay, and direct connections differ, helping you narrow the options by destination before choosing based on real connection performance.

  • Unlimited devices
  • 60-day money-back guarantee
  • No email address required
110+ countries / 230+ routes

Browse VPN server routes by region

The table illustrates network coverage and common route types; not every exit is suitable for the same websites or apps. Streaming access depends on platform region rules, account region, content rights, and how the exit is identified. “Supported” therefore means an appropriate route is available for the use case, not that every title will work consistently in every situation.

ASIA PACIFIC

Asia-Pacific

Suitable for services in Hong Kong, Japan, Singapore, South Korea, Taiwan, China, Australia, and nearby regions. For websites hosted in Asia, start by testing a destination geographically close to the service.

Country/region City Route type Streaming
🇭🇰 Hong Kong, China Hong Kong IEPL Supported
🇭🇰 Hong Kong, China Hong Kong Relay Supported
🇯🇵 Japan Tokyo IEPL Supported
🇯🇵 Japan Osaka Relay Supported
🇸🇬 Singapore Singapore IEPL Supported
🇰🇷 South Korea Seoul Relay Supported
🇹🇼 Taiwan, China Taipei Relay Supported
🇦🇺 Australia Sydney Direct Check by platform
NORTH AMERICA

North America

Covers commonly used cities on the U.S. East and West Coasts and in Canada. For AI tools, work systems, or content platforms hosted in North America, choose a western or eastern exit based on the service region.

Country/region City Route type Streaming
🇺🇸 United States Los Angeles IEPL Supported
🇺🇸 United States San Jose Relay Supported
🇺🇸 United States Seattle Direct Check by platform
🇺🇸 United States New York Relay Supported
🇨🇦 Canada Vancouver Relay Supported
🇨🇦 Canada Toronto Direct Check by platform
EUROPE

Europe

Suitable for websites and content services in the United Kingdom, France, Germany, the Netherlands, Switzerland, Italy, and nearby regions. Account regions and content licenses can vary across Europe, so choose based on the target country.

Country/region City Route type Streaming
🇬🇧 United Kingdom London Relay Supported
🇫🇷 France Paris Relay Supported
🇩🇪 Germany Frankfurt IEPL Supported
🇳🇱 Netherlands Amsterdam Direct Check by platform
🇨🇭 Switzerland Zurich Direct Check by platform
🇮🇹 Italy Milan Relay Supported
OTHER REGIONS

Other regions

For local services in the Middle East, South Asia, South America, and Africa. When the distance is greater, geography is only one factor; the access link, exit quality, and the destination site's network relationships also affect the experience.

Country/region City Route type Streaming
🇦🇪 United Arab Emirates Dubai Relay Check by platform
🇮🇳 India Mumbai Direct Check by platform
🇧🇷 Brazil São Paulo Direct Check by platform
🇿🇦 South Africa Johannesburg Direct Check by platform
Route structure and use cases

Route types are not ranking labels

IEPL, relay, and direct connections use different access and transport paths. Their names describe how the connection is organized; they do not imply a fixed ranking across every network, region, or time of day. The right approach is to understand the differences, then verify them with the target website or service.

IE
PRIVATE ROUTE

IEPL

IEPL connects the access point and exit through specially arranged international transport resources, leaving fewer sections on the public internet. Its value is not a single speed figure, but a more controlled path that can reduce disruption to long-lived connections, video buffering, and file transfers caused by complex public-network routing. For users who need sustained access to international work systems, remote collaboration, or long viewing sessions, IEPL is often the first option worth testing.

These routes generally cost more resources than standard relay and direct connections, so they are best reserved for tasks that clearly require steady continuity. If you only need to open webpages, read reference material, or use a lightweight service briefly, do not decide based on the word “IEPL” alone. The destination, local network, and exit policy all affect the result.

TR
TRANSIT ROUTE

Relay routes

A relay route sends the connection to a suitable access point first, then reaches the target region through the following link. By adjusting the entry location and international path, it can avoid some unfavorable direct routes. Relays offer flexible coverage: the same destination can use different entry and exit combinations, making them suitable for browsing, AI tools, streaming, and general work.

Resource cost and path control typically fall between IEPL and direct connections, but a relay does not necessarily mean a longer path or a slower experience. If the route from the local network to a direct exit is poor, a relay may work more smoothly. Judge a route by page loading, persistent login, content delivery, and file transfers—not by its name alone.

DR
DIRECT ROUTE

Direct routes

A direct route enters the target region's exit from the user's network without arranging a dedicated relay entry point. Its structure is relatively simple and its coverage is flexible, making it useful as a backup exit or for websites, reference libraries, and regional services that do not require a highly continuous path. For destinations with good interconnection to the user's network, direct access can also provide a natural, smooth experience.

Direct routes rely more heavily on public-network routing at the time of connection, so results can vary more between networks. Their resource cost is generally lower, but “lower cost” does not mean limited use. If a direct route completes the task reliably, there is no need to switch to a more complex route simply because of its label. If the connection fluctuates, compare a relay or IEPL route in the same region.

Choose by task, not by label

Five use cases: route selection tips

The key is to match the exit region to the target service while keeping an alternative in the same region. The sections below explain what to check for common tasks, helping avoid unnecessary changes to account regions, content availability, or login sessions caused by frequent cross-region switching.

WEB

Everyday browsing

For reading webpages, researching information, and using mainstream international websites, start with a nearby Asian exit such as Hong Kong, Tokyo, or Singapore. Proximity does not guarantee the best fit, but it can avoid unnecessary long-distance paths. If pages load normally and your login remains stable, there is no need to keep searching for a route that merely sounds more premium.

If one website fails to load properly, first compare another route type in the same region rather than immediately switching to a distant country. This helps determine whether the issue comes from a particular exit, a path difference, or the destination website itself.

MEDIA

Streaming

The content region should come first when choosing a streaming exit. To view content for Japan, for example, prioritize a Japanese exit instead of choosing another country simply because it is closer. “Supported” in the table means a suitable route is available; actual content still depends on the platform, account region, licensing, and exit identification.

Keep the same exit after playback starts and avoid switching regions mid-stream. If the catalog differs, playback fails, or subtitles change, reopen the app first, then test another relay or IEPL route in the same region.

AI

AI Tools

AI tools often rely on web sessions, API connections, and account-region checks at the same time. Prioritize a region where the tool explicitly offers service, and keep the same exit while signing in, chatting, and processing files. For North American services, test a U.S. West or East Coast route first; for Asian services, choose the actual deployment region.

If the webpage opens but conversations are interrupted, do not judge the route only by whether the homepage loads. Test persistent login, consecutive prompts, file uploads, and returned results before deciding whether to keep the exit for regular use.

PLAY

Gaming connections

For gaming, first confirm the server region, then choose an exit in or near that region. This page does not provide static latency figures because the local access network, game-server location, and routing changes all affect real results. A route that works well for webpages may not suit a game that continuously exchanges data.

Keep the game region, device, and local network consistent during testing. Compare IEPL, relay, and direct routes in the same region, then keep the route unchanged after entering a match to avoid session reconnections or changes in regional detection.

WORK

Remote work

Work systems place greater emphasis on persistent connections, identity sessions, and uninterrupted uploads and downloads. Choose an exit based on the region of the company system or collaboration platform, then verify the full workflow: sign-in, document sync, meeting connection, and file transfer. When continuity matters, compare IEPL and relay routes first.

Some business services record the regions used for regular sign-ins. Keeping the same country or regional exit during work can reduce extra checks caused by frequent changes. Each work system has its own access policy; follow the rules of the relevant organization.

From destination to dependable use

Route switching: the decision order

Randomly switching routes makes it difficult to identify the source of a problem. A better method is to fix the target, limit the variables, and compare routes within the same task. The workflow below does not rely on static speed-test figures and works for websites, apps, AI tools, streaming, and work systems.

  1. Confirm the target region first

    Choose a country based on the region of the website, content library, game server, or work system. Account and payment regions may affect content and service availability; an exit location cannot override the platform's own regional rules.

  2. Start with a nearby exit

    Where the target region allows it, test a geographically close city first. If a specific country is required, choose that country directly rather than changing to another content region for the sake of distance.

  3. Verify with a real task

    Do not only check whether the homepage opens. For streaming, confirm the catalog and continuous playback; for AI tools, complete a conversation and file task; for work, verify persistent login, sync, and transfers; for gaming, enter the actual game region.

  4. Compare types within the same region

    If the current exit is not ideal, first compare IEPL, relay, and direct routes within the same country. Keeping the destination fixed makes it easier to tell whether the difference comes from the path or the region.

  5. Keep a primary and backup route

    Once you find an exit that suits the current network and task, use it as the primary choice and keep another route in the same region as a backup during maintenance. Recheck the route after changing local networks.

Coverage 110+ countries / 230+ routes
Supported platforms Windows / macOS / iOS / Android / Linux
Device policy Unlimited devices
Registration requirement No email address required
Start Free