International Route Zones

Global Server Routes

PDDVPN covers 90+ countries / 200+ routes. Routes are organized by region, access method and use case, making it easy to switch between everyday browsing, streaming, AI tools, gaming and cross-border work.

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ROUTE MANIFEST

Regional Directory

Asia-Pacific Nearby access and regional content
North America AI tools and international services
Europe Work systems and regional content
Other Regions Choose near your destination

The route table below summarizes regions and access types. The current list in the user panel takes precedence for available routes.

Coverage Directory

Browse Servers by Region

The table shows only static region, city, route type and streaming-support information. Latency, load, online user counts and live bandwidth are not used as selection criteria. Route availability and regional content compatibility may change with upstream networks and platform policies; check the current options in the user panel before connecting.

Country / Region City Route Type Streaming Support
Asia-Pacific
Japan Tokyo IEPL Supported
Japan Osaka Relay Supported
Singapore Singapore IEPL Supported
Hong Kong, China Hong Kong Relay By Node Label
South Korea Seoul Relay Supported
Taiwan, China Taipei Direct By Node Label
Australia Sydney Direct Supported
North America
United States Los Angeles IEPL Supported
United States Seattle Relay Supported
United States New York Direct By Node Label
Canada Toronto Direct Supported
Europe
United Kingdom London Relay Supported
Germany Frankfurt IEPL By Node Label
France Paris Direct Supported
Netherlands Amsterdam Relay By Node Label
Italy Milan Direct Supported
Spain Madrid Direct By Node Label
Other Regions
Brazil São Paulo Direct By Node Label
United Arab Emirates Dubai Relay By Node Label
South Africa Johannesburg Direct By Node Label
Access Methods

How Route Types Differ

IEPL, relay and direct routes are not simply higher or lower tiers. They use different access paths, resource structures and cost models, so each suits different scenarios. Choose the destination and task first, then compare access methods within the same region.

Managed Path

IEPL

IEPL routes focus on how the cross-border segment is organized. Traffic first enters a designated access point, then follows a planned path to the destination region, reducing the impact of frequent public-network route changes on long-lived connections. They are better suited to remote meetings, sustained transfers, cross-border work systems and tasks that require connection continuity.

These routes generally cost more resources than standard access, so they are better reserved for important tasks rather than used constantly just because they carry an “IEPL” label. For nearby destinations, a relay route may provide a better overall path. The best choice depends on the destination, local carrier network and current application performance.

Entry Optimization

Relay Routes

Relay routes add a managed access node between the local network and an overseas exit. The goal is not to add distance, but to send traffic to a more suitable exit before it enters the destination network. For everyday cross-border access, regional content, AI tools and web apps, relay routes often balance coverage and resource costs.

Relay quality depends on the overall fit between the entry, exit and target service. Performance can vary between cities or exits in the same country. If pages open but images load unevenly, video quality changes often or long-lived connections reconnect frequently, try another relay route in the same region instead of moving to a more distant country first.

Public-Network Exit

Direct Routes

Direct routes connect from the current network straight to servers in the destination region without an additional relay entry. Their path structure is more direct and regional coverage is easier to expand, making them suitable for general browsing, backup connections, file access and situations requiring an exit in a specific country.

Direct performance is more affected by local carriers, public international routes and changes in the destination network. It does not necessarily mean a weaker experience or a shorter path. When the public route from the local network to the destination is smooth, direct access can be a simple and effective choice; if conditions fluctuate in the evening, switch to a relay or IEPL route in the same region.

How Cost Differences Affect Route Selection

IEPL routes require clearer planning for cross-border resources, relay routes require coordination between entry and exit points, while direct routes depend more on public-network paths. PDDVPN offers these types within one subscription service so users can choose by task instead of relying on only one route. Monthly subscription traffic resets each month from the activation date. Use IEPL for important tasks, relay routes for everyday access and direct routes as a destination-specific option.

Route type cannot replace real application testing. The same route can also be affected by the local network, system network stack, application connection method and target-service policies on Windows, macOS, iOS, Android and Linux. Keep the target app unchanged and switch only the route when comparing; changing the region, client and network at the same time makes the source of any difference impossible to identify.

Use-Case Guide

Choose Routes by Task

Route selection does not need to start with technical terms. First identify the service region, whether the task involves sustained transfer and whether regional content is needed. Then compare route types within the relevant region; this is usually more effective than repeatedly switching between regions.

Everyday Web and International Sites

For everyday browsing, start with a nearby Asia-Pacific relay or direct route. Web access consists of many short connections, so the goal is to keep the paths for DNS resolution, documents, images and scripts coordinated. If the main page opens but some resources load slowly, switch routes within the same region before moving to a more distant exit.

When frequently used sites span multiple regions, set a nearby region as the default and switch manually for specific services. This reduces unnecessary long-distance transfers and makes it easier to determine whether an issue comes from the route, target site or local network.

Streaming and Regional Content

Choose a node based on the content region first, then check the streaming-support column. Video platforms may consider the exit region, account region, content licensing and app cache, so a server in the target country does not necessarily change the catalog immediately. After switching routes, reopen the app or refresh the page so the platform can reassess the current exit.

If you can open the content page but playback is inconsistent, keep the country unchanged and compare the IEPL and relay routes in that region. Avoid switching repeatedly between countries, as app caching and regional detection can become mixed up and make troubleshooting slower.

AI Tools and Ongoing Sessions

AI tools often involve continuous requests for login, session persistence, content generation and file transfers. Prefer a relay or IEPL route in a supported region and keep the exit region consistent during a work session. Frequent country changes may trigger another login check and can cause the web and desktop apps to show different regional states.

If the page is accessible but responses stop midway, keep the client and local network unchanged and try another route in the same region. If the browser works but the standalone app does not, check whether the app uses the system proxy. This order separates route issues from the client’s proxy coverage.

Game Login and Regional Services

For gaming, first confirm the account region and game-server region, then prefer a route in the same or a nearby region. Login, updates, matchmaking and gameplay may use different connection methods, so web access alone does not show that game traffic is being routed. Restart the game after connecting through the client, then check whether login and gameplay remain consistent.

When connection continuity matters, compare IEPL and relay routes in nearby regions first. If the game offers a server-region selector, keep it aligned with the exit region where possible, rather than sending requests to a distant exit before they return to another region.

Cross-Border Work and Remote Collaboration

Remote meetings, online documents, enterprise consoles and file synchronization depend heavily on connection continuity. Choose an IEPL or relay route near the work system’s deployment region and switch before a meeting or transfer begins. Avoid changing exits during a task, since existing connections may need to be rebuilt and login status may be checked again.

When a team uses several platforms, identify the region of the most important work system and use it as the primary route; shorter web requests can usually follow. If systems in different regions are required, switch by task and confirm that the displayed login region is correct after each change.

Selection Process

From Destination to Route Type

When several nodes are available, filtering them in a fixed order reduces trial and error. The process below does not rely on unverified performance figures; it narrows the options based on destination region, application behavior and the actual connection result.

Identify the Target Region First

Choose streaming routes by content region, work systems by deployment region, AI tools by supported service region, and ordinary websites starting with nearby regions. Once the destination is clear, compare routes only within that region for easier evaluation.

Then Assess Whether the Task Is Sustained

Meetings, synchronization, generation tasks and extended playback use sustained connections, so compare IEPL and relay routes first. Short browsing sessions, quick lookups or destination-specific access can also be tested with direct routes; do not judge by the route name alone.

Keep Other Conditions Unchanged

When comparing routes, keep the client, device, local network and target app fixed, changing only the server. If several conditions change at once, you cannot tell which one caused the difference.

Prepare a Backup Route in the Same Region

International network paths change with carrier and destination-network adjustments. For recurring tasks, keep another route type in the same region as a backup. When conditions change, switch horizontally within the region before considering a different region.

Regional Index

Coverage and Device Access

PDDVPN covers 90+ countries / 200+ routes and supports Windows, macOS, iOS, Android and Linux with unlimited devices. Devices can choose routes for their own tasks, but when using the same account or work session, keeping the exit region consistent makes service state easier to maintain.

East Asia Southeast Asia Oceania North America Western Europe Central Europe Southern Europe South America Middle East Africa

How to Assign Routes Across Devices

For remote work on a computer, use the region where the work system is hosted. For streaming on a tablet, choose the corresponding region with a streaming-support label. For everyday access on other devices, start with a nearby relay route. Unlimited devices does not mean they must all use the same node; assigning routes by task helps reduce interference.

If the same service is used simultaneously on different devices, first keep their exit region the same. This reduces repeated regional checks by the service and makes it easier to compare whether client settings match.

When to Submit a Support Ticket

If multiple routes in the same region cannot access the same target service while other websites work normally, submit a ticket through the user panel. Include the platform, target region, route name, the step where the issue occurs and the switching methods already tried. This helps distinguish regional content compatibility, target-service policies and route-access issues.

Do not include a subscription link or password in a ticket. A subscription link is an access credential and should be kept only in your own client and user panel.

Usage Notes

Limits of the Route Table

The server city indicates the regional affiliation of the exit resource and helps identify the access region visible to the target service. It is not a complete description of the physical transmission path. Cross-border connections may pass through several carrier networks, while the actual path is also affected by local access, international exits, target-service data centers and application connection methods. City names are useful for regional filtering, but cannot independently guarantee speed or stability.

Route type describes the access structure. IEPL emphasizes a managed cross-border segment, relay routes organize the path between entry and exit, and direct routes depend on the public network to the destination region. Each type has suitable uses; none is always best across every network, device and application. For important tasks, verify the connection before use and prepare a backup route in the same region.

The streaming-support column indicates available route directions. Content platforms may change regional detection, account policies and app caching, so a route label cannot replace the platform’s own service requirements. After changing regions, reload the target app and confirm the catalog; if routes differ within the same region, switch within that region first instead of repeatedly crossing regions.

This page does not display latency, load, online user counts or live bandwidth. Without the user’s network and test time, such data cannot directly describe the actual experience. A more reliable approach is to filter by destination region, then let the real application complete an access, playback, session or synchronization test while keeping other conditions unchanged.

PDDVPN supports Alipay, WeChat and USDT. No email address is required for registration; a username and password are enough. Plans and routes are managed through one user panel, where clients and subscription information are also provided. Static installers and subscription addresses are not published on marketing pages.

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