ROUTE DIRECTORY · GLOBAL

Global server locations

Coverage spans 90+ countries / 200+ routes. Narrow the list by destination first, then choose based on route type, use case, and access goal.

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NODE CATALOG · STATIC

Browse by region: route directory

The table below highlights representative regions, cities, and route configurations. Choose a route based on where the target service is located, not just the country name. Nearby regions are usually better for everyday access; when the target content is specific, match the exit region accordingly.

Country or region City Route type Streaming support
Asia-Pacific
Hong Kong, China Hong Kong IEPL dedicated route Supported; match the content region
Japan Tokyo IEPL dedicated route Supported; suitable for Japan-based content
Japan Osaka Transit Supported; suitable as an alternative regional route
Singapore Singapore IEPL dedicated route Supported; suitable for Southeast Asian content
South Korea Seoul Transit Supported; suitable for South Korea-based content
Taiwan, China Taipei Transit Supported; check the platform region
Australia Sydney Direct connection Supported; suitable for Australia-based content
North America
United States Los Angeles IEPL dedicated route Supported; suitable for US-based content
United States San Jose Transit Supported; suitable for technology and AI tools
Canada Vancouver Transit Supported; suitable for Canada-based content
Canada Toronto Direct connection Supported; match the target platform
Europe
United Kingdom London IEPL dedicated route Supported; suitable for UK-based content
Germany Frankfurt Transit Supported; suitable for accessing European services
France Paris Transit Supported; suitable for France-based content
Netherlands Amsterdam Direct connection Supported; suitable for general access to European services
Spain Madrid Direct connection Supported; match the target platform
Other regions
United Arab Emirates Dubai Transit Supported; suitable for Middle Eastern content
India Mumbai Transit Supported; suitable for India-based content
Brazil São Paulo Direct connection Supported; suitable for South American content
South Africa Johannesburg Direct connection Supported; suitable for African content
ROUTE TYPE · MECHANISM

Route types and path differences

Route names describe how traffic is organized between the local entry point and the international exit. Each type has a different priority: some favor stability, some offer flexible coverage, and others work well as a lower-cost complement. Choose with the use case, target region, and current network conditions in mind.

TYPE · IEPL

IEPL dedicated routes: stability first

IEPL dedicated routes use a relatively independent international transmission path, reducing the impact of public-network fluctuations between the local connection and target exit. Their value is not a higher number in a single speed test, but more consistent performance during long-lived connections, sustained transfers, and peak periods. Remote meetings, collaborative documents, continuous streaming, and extended AI tool sessions all depend on connection stability, making this route type a common first choice.

Dedicated routes generally cost more to deploy and maintain, so they are best suited to primary regions and frequently used destinations. When the target region is clear and interruptions would directly affect work or viewing, a dedicated route is usually the safer choice. For a quick webpage visit or short lookup, there is no need to send all traffic through one.

TYPE · RELAY

Transit routes: segmented entry and exit paths

A transit route first sends the connection to a suitable access point, then forwards it through an intermediate node to the target region. It does not simply add another hop; its segmented structure can reduce uncertainty between the local network and a distant exit. When the direct path from the local network to an international region is poor, transit can improve the overall connection by using a better access direction.

Transit routes sit between dedicated routes and direct connections in cost and coverage flexibility, making them suitable as everyday primary routes or backups. They are more sensitive to the choice of entry point, and the same target region may have multiple access directions. If webpages load normally but meetings, image uploads, or long playback are unstable, try another transit route in the same region before changing the exit country.

TYPE · DIRECT

Direct connections: simple paths, broader coverage

A direct connection links the local network to the target exit without an additional intermediate access layer. Its simpler structure makes it useful for covering more regions and for everyday browsing, information searches, and temporary regional access where path stability is less critical. Performance is more directly affected by the local carrier network, international exit, and target-region conditions, so the experience may vary more across networks.

Direct connections usually cost less to maintain than dedicated routes, making them useful for regional coverage, temporary access, and failover. When a nearby dedicated or transit route already completes the task, there is no need to insist on a distant direct connection simply because its country label is more precise. Direct connections have a clear role for account-region checks, region-specific webpages, and short content lookups.

USE CASE · ROUTING

Choose international routes by use case

No single location fits every task. A better approach is to identify the connection requirements, choose the exit region, and then compare route types. The recommendations below focus on real usage rather than treating one speed test as a long-term conclusion.

BROWSE

Everyday browsing

Webpages, searches, email, and routine research usually prioritize quick loading and easy switching. Start with a nearby Asia-Pacific route, using transit or a direct connection. If the target website requires a specific region, switch to the corresponding country. Avoid frequent cross-continental switching during everyday browsing, as exit-region changes may trigger another login check and lengthen resource paths.

STREAM

Streaming

Choose a streaming route based first on the content region, then on whether the connection can sustain a stable transfer. Use Japan for Japanese content, the United States for US content, and the United Kingdom for UK content. For extended playback, an IEPL dedicated route or stable transit route is usually better as the primary entry. If the platform homepage opens but the catalog is unexpected, check the account region and route exit first instead of cycling through multiple countries.

AI ACCESS

AI Tools

AI tools may involve web sessions, streaming text responses, file uploads, and long-running task connections. Prioritize session continuity, then confirm which regions the target service supports. Common destinations such as the United States, Japan, and Singapore can be tested tool by tool before choosing one consistently performing primary route. Keep the exit region stable during login, requests, and uploads to reduce session rebuilds caused by switching.

GAME

Online gaming

Game connections depend on path continuity, a matching region, and control of short-term fluctuations. Choose the game-server region or a nearby region rather than automatically selecting the farthest exit. For servers in Japan or South Korea, start by checking the corresponding Asia-Pacific routes; for North American servers, compare dedicated and transit routes toward the western United States. Updates and live matches can use different routes, so one location does not need to handle every task.

WORK

Remote work

Video meetings, collaborative documents, code repositories, and business systems often run at the same time, and any interrupted long-lived connection can disrupt the workflow. For work, prioritize an IEPL dedicated route and keep a same-region transit route available as a fallback. If the business system is hosted in Europe or North America, choose based on that system’s region rather than simply where colleagues are located. Keep the route unchanged once a meeting has started.

SELECTION · WORKFLOW

From target region to backup route

Stable route selection is not about switching randomly over and over; it is about following a repeatable decision order. Change only one variable at a time to identify whether the issue comes from the region, route type, or target service.

A

Confirm the target service region first

For streaming, check the content region; for work, the business system’s hosting region; for gaming, the server region; and for AI tools, the supported service region. Once the target region is clear, the candidate list becomes much smaller. If the service does not require a specific region, prefer a nearby one to avoid unnecessary cross-continental paths.

B

Choose the route type next

Use a dedicated route first for ongoing meetings, long transfers, and continuous streaming; start with transit for regular use; and consider a direct connection for short visits to a specific region. Route types are not quality rankings, but different choices in cost and path organization.

C

Keep an alternative entry in the same region

When the primary route has an issue, first switch to another route type in the same region. This keeps the exit area consistent and reduces disruption from account-region changes. Consider a nearby region only when all routes in the current region are unsuitable for the task.

D

Validate with the complete task

Opening a webpage is only the starting point. For streaming, watch continuous playback; for work, complete a meeting and file transfer; for AI tools, complete a session and upload; for gaming, enter the actual server region. Testing the full task is the only reliable way to judge whether a route works as a long-term entry point.

COVERAGE · DIRECTORY

Coverage and usage boundaries

YvVPN covers 90+ countries / 200+ routes overall. The cities listed on this page represent key regions and route types rather than the complete directory. Locations are maintained around regional coverage, entry-point organization, and access directions for target services.

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Handle route issues by task: first confirm that the local network is working, then check the target service, and finally switch routes within the same region. If only one website is affected, verify its account region, content territory, and current exit first. If several international services are affected at once, change the access route. This troubleshooting order makes the cause easier to isolate than repeated random switching.

Asia-PacificHong Kong · Tokyo · Singapore North AmericaLos Angeles · San Jose · Vancouver EuropeLondon · Frankfurt · Paris Other regionsDubai · Mumbai · São Paulo