NETWORK DIRECTORY

Global Routes and Server Locations

666666VPN covers 110+ countries and 230+ routes. The directory is organized by region, city and network topology to compare direct, relay and IEPL connections—not to replace real-world testing with a brief speed test.

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REGION INDEX

Browse Routes by Region

This directory lists common regional and city endpoints. A country or region may offer multiple topologies, and client options can change with route maintenance and traffic management.

Asia-PacificHong Kong, Tokyo, Singapore and more North AmericaLos Angeles, Seattle, New York and more EuropeLondon, Frankfurt, Paris and more Other regionsDubai, São Paulo and more

Country or region	City	Route type	Streaming support
Asia-Pacific
Hong Kong, China	Hong Kong	IEPL	Supported
Hong Kong, China	Hong Kong	Relay	Supported
Japan	Tokyo	IEPL	Supported
Japan	Osaka	Direct	General access
Singapore	Singapore	Relay	Supported
South Korea	Seoul	Direct	General access
Taiwan, China	Taipei	Relay	Supported
Thailand	Bangkok	Direct	General access
India	Mumbai	Direct	General access
Australia	Sydney	Relay	Supported
New Zealand	Auckland	Direct	General access
North America
United States	Los Angeles	Relay	Supported
United States	Seattle	Direct	General access
United States	New York	Relay	Supported
Canada	Vancouver	Direct	General access
Canada	Toronto	Relay	Supported
Mexico	Mexico City	Direct	General access
Europe
United Kingdom	London	Relay	Supported
Germany	Frankfurt	IEPL	Supported
France	Paris	Relay	Supported
Netherlands	Amsterdam	Direct	General access
Italy	Milan	Direct	General access
Spain	Madrid	Direct	General access
Finland	Helsinki	Direct	General access
Other regions
United Arab Emirates	Dubai	Relay	Supported
Türkiye	Istanbul	Direct	General access
Brazil	São Paulo	Relay	Supported
South Africa	Johannesburg	Direct	General access

ROUTE TYPES

Route Types and Connection Differences

Route names describe the topology used between the local network and the target exit. They are not a simple ranking; suitability depends on the target region, access network and sustained-transfer needs.

DIRECT

Direct

Direct connects your device straight to a server in the target region, with a simple path and fewer intermediate steps. It works well for web browsing, message syncing, research and everyday tasks without a fixed destination requirement. Because performance depends more heavily on the local access network and cross-region path, results can vary across network environments.

Direct routes generally have a clearer resource and cost structure, making them a useful baseline for a first connection. Start with a nearby city, then compare page response, sustained file transfers and in-app connectivity. If the local network becomes noticeably unstable during busy periods, try a relay endpoint in the same region.

Best for: Everyday browsing, lightweight apps, switching regions
Watch for: Local access quality, distance to the target city
Cost structure: Simple path with direct resource allocation

RELAY

Relay

A relay adds a routing node between the route entrance and the target exit. The entrance receives the connection, then sends requests to the target region through a planned path. This can reduce uncertainty when a device relies on a long-distance path directly, while providing more flexible entry options for the same target region.

Relay routes suit extended streaming, longer file transfers, AI tool conversations and cross-region collaboration. When direct access connects successfully but sustained transfer is unstable, test a relay in the same region first. Relays require additional entry resources and traffic management, so their resource cost is usually higher than that of a simpler direct route—but a relay is not automatically better than a well-positioned direct route.

Best for: Sustained transfers, streaming, AI tools and collaboration
Watch for: Entry region, exit region, task duration
Cost structure: Additional routing steps and relay resources

IEPL

IEPL uses a more defined organization between the entry and exit, with an emphasis on reducing the impact of changes on public paths during sustained connections. It suits fixed-region work, remote meetings, business tools that need to stay signed in and tasks that require high connection continuity. Its value lies mainly in path management, not in a single speed-test result.

Dedicated routes usually require more network resources and maintenance than direct or standard relay routes, so they are better reserved for important workflows rather than every task. For a quick webpage visit, direct may be enough; for a long connection to one region, file uploads or an ongoing meeting, consider IEPL first and keep a same-region relay as an alternative.

Best for: Remote work, meetings, fixed-region services
Watch for: Connection continuity, consistent exit region
Cost structure: Higher path-resource and maintenance investment

SELECTION GUIDE

Choose Cross-Border Routes by Use Case

The goal is not to find one endpoint for every task. First identify the target service region, connection duration and stability requirements.

Everyday Browsing and Research

Standard webpages, document searches, email and message syncing usually do not need a complex topology. Start with a nearby direct city to avoid unnecessary detours. If pages open reliably and images and attachments load continuously, there is no need to keep switching just because route names differ.

When a site requires content from a specific region, switch the exit to the relevant country or region. If a nearby direct route is unstable on the current access network, try a relay in the same region instead of jumping straight to a more distant exit. This preserves the target region while reducing variables.

Priority: Nearby direct → Same-region relay

Streaming

For streaming, check the content region first, then the route label. Account region, platform policies and exit location together determine what is visible, so choose an endpoint marked as supported and aligned with the target content region. After connecting, open the content details page first to confirm the library and playback permissions before starting continuous playback.

If playback starts normally but sustained transfer is unstable, switch from same-region direct to relay or IEPL. Keep the country or region unchanged where possible, avoiding frequent exit-location changes that an account may flag. If the browser or app still shows old content, fully close and reopen it.

Priority: A region-matched relay or IEPL route

AI Tools and Developer Services

AI tools typically depend on the exit region, login state and session continuity. Prefer a fixed city in a supported service region and keep the exit relatively stable during the same work session. Frequent cross-region switching can trigger sign-ins, region notices or expired sessions, making issues harder to diagnose.

For text conversations, start by testing a relay route; for longer replies, file uploads or sustained tasks, compare IEPL in the same region. If a page opens but a request cannot complete, check the account region and target service status first, then test another route type in the same city. Do not change the client, protocol and exit at the same time.

Priority: Fixed-region relay → Same-region IEPL

Gaming and Interactive Apps

Interactive apps depend more on consistent round trips than on peak download speed. Choose an exit near the target service region first and avoid adding distance just to reach a farther region. Start with direct, observe whether sign-in, matchmaking, scene changes and voice connections remain smooth, then decide whether a relay is needed.

If an app includes both update downloads and real-time interaction, assess which stage contains the problem. Update speed does not represent interactive performance, and vice versa. If disconnections occur, try a relay in the same region first and close other high-bandwidth tasks on the device so multiple variables do not affect the result at once.

Priority: Direct in the target region → Same-region relay

International Work and Remote Meetings

Work scenarios often combine account login, cloud documents, code repositories, file uploads and meeting connections, with tasks sharing one exit. Prefer IEPL in the same region as the business systems and keep the route stable during working hours to reduce login-location changes and transfer interruptions.

Before an important meeting, verify the connection in advance by checking web sign-in, voice input, shared documents and file access in sequence. If IEPL is temporarily unavailable, switch to a relay in the same region rather than changing countries at random. Save a backup route in the client ahead of time to make it easier to keep work going after a switch.

Priority: Fixed-region IEPL → Same-region relay

ROUTE METHOD

A Reproducible Route-Selection Method

For a useful comparison, change only the route whenever possible. Keep the device, access network, client and target service fixed, then compare different route types within the target region. Keep the test consistent too—for example, open the same page, access the same workspace or play the same content.

When evaluating a route, do not only check whether the connect button lights up. More useful signals are whether the full task completes continuously: whether pages refresh repeatedly, login status persists, uploads stop, long replies return in full and meetings require rejoining. Route selection should serve the task, not an isolated metric.

After comparing routes, keep a clear routine for each use case. Use a nearby direct route for everyday browsing, a content-region relay for streaming and a fixed-region IEPL route for work. This division is easier to maintain than choosing randomly from the full list each time, and it makes problems faster to isolate.

REGION

Set the target region first

Choose the exit based on the service region for the website, content library, AI tool or business system. When the region is unclear, start with a nearby city whose service support is clear.

TOPOLOGY

Then compare route topology

Within the same region, compare direct, relay and IEPL routes in sequence. Keep other conditions unchanged so you can tell whether a change comes from the route or the device environment.

WORKFLOW

Validate with a real task

Use a complete browsing, playback, conversation, upload or meeting flow as the basis for evaluation. A brief response only shows that a connection was established; it does not cover the full experience.

BACKUP

Keep a same-region backup

For work and sustained tasks, save both an IEPL and a relay route in the same region. When switching, keep the exit region consistent to reduce changes to account state and content region.

SERVICE SCOPE

Coverage and Usage Boundaries

666666VPN covers 110+ countries and 230+ routes, with support for Windows / macOS / iOS / Android / Linux and unlimited simultaneous devices. The route directory explains regions and topologies; it does not guarantee that a content platform will return the same content for every account state.

No email address is required for registration; a username and password are enough. Subscriptions support Alipay / WeChat Pay / USDT and include 7-day no-questions-asked refunds. When you are ready to get started, open the user panel to choose a plan and obtain the client for your platform.

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