International Route Directory

Server Locations and Route Directory

VPNQD provides cross-border network acceleration across 120+ countries / 180+ routes. This page organizes representative entry points across Asia-Pacific, North America, Europe and other regions, and explains the path differences between IEPL dedicated lines, relays and direct connections. Use the table as a route-selection reference rather than treating short-term network fluctuations as fixed results.

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  • Coverage120+ countries
  • Routes180+ routes
  • DevicesUnlimited devices
  • Refunds30-day money-back guarantee
REGIONAL DIRECTORY

Browse Routes by Region

The directory below illustrates regional coverage and route types. VPNQD covers 120+ countries / 180+ routes overall; the available entry points are determined by the client list after login. City names indicate the exit region and do not guarantee fixed network performance.

Country or Region City Route Type Streaming Support
Asia-Pacific
Hong Kong, China Hong Kong IEPL Dedicated Line Streaming option available
Japan Tokyo IEPL Dedicated Line Streaming option available
Japan Osaka Relay Verify after connecting
Singapore Singapore IEPL Dedicated Line Streaming option available
South Korea Seoul Relay Verify after connecting
Taiwan, China Taipei Relay Verify after connecting
Australia Sydney Direct Connection Streaming option available
New Zealand Auckland Direct Connection Verify after connecting
Thailand Bangkok Relay Verify after connecting
Malaysia Kuala Lumpur Relay Verify after connecting
North America
United States Los Angeles IEPL Dedicated Line Streaming option available
United States San Jose Relay Streaming option available
United States New York Direct Connection Verify after connecting
Canada Toronto Direct Connection Verify after connecting
Europe
United Kingdom London Relay Streaming option available
Germany Frankfurt IEPL Dedicated Line Streaming option available
France Paris Relay Streaming option available
Netherlands Amsterdam Direct Connection Verify after connecting
Switzerland Zurich Direct Connection Verify after connecting
Sweden Stockholm Direct Connection Verify after connecting
Italy Milan Relay Verify after connecting
Other Regions
United Arab Emirates Dubai Relay Verify after connecting
South Africa Johannesburg Direct Connection Verify after connecting
Brazil São Paulo Direct Connection Streaming option available
Chile Santiago Direct Connection Verify after connecting

“Streaming option available” means the region is a candidate entry point for streaming use; it does not mean every platform, account region or content library will produce the same result. Check the target content’s regional requirements first, then verify with the actual account after connecting.

ROUTE TYPES

Three Route Types

Route names describe how data travels from the local connection to the target exit. They help assess stability, path length and service cost, but cannot replace real-world testing on the user’s network, at the time of access and with the target website.

IEPL

IEPL Dedicated Line

An IEPL dedicated line places the access segment and international exit on a managed transport path, reducing major path changes caused by fluctuations in the public network. Its value is not proving speed with a single fixed benchmark, but helping cross-region links remain more consistent. For remote meetings, sustained uploads, collaborative online documents, long video sessions and work requiring continuous interaction, a dedicated line is usually a leading option.

These routes require greater network resources and generally cost more than standard relays and direct connections. If you only browse occasionally or handle lightweight messages, a dedicated line may not be necessary all the time. Reserving it for important meetings, work transfers or tasks that demand continuity is a more efficient use of resources.

RELAY

Relay Route

A relay route first sends the connection to a nearby or better-positioned entry point, then forwards it through an intermediate node to the target region. Its value lies in reorganizing the cross-border path: when the direct route from the local network to a remote exit is less suitable, the intermediate entry point handles access and forwarding, making the latter part of the route more manageable.

Relays balance resource cost and usability, making them suitable for everyday browsing, AI tools, streaming and general office work. They are still affected by entry-point quality, the intermediate path and exit status, so the country name alone is not enough. If access is unreliable, try another entry point in the same target region before considering a more distant country.

DIRECT

Direct Connection Route

A direct connection links the current network to the target exit without an additional intermediate forwarding layer. Its path is simpler, making it suitable for light browsing, backup connections and tasks with a specific regional exit requirement but limited interaction. Results depend more heavily on routing between the local provider and the target region, so the same exit may perform differently on different networks.

Direct connections generally require fewer resources than dedicated lines and are useful for expanding regional coverage. They should not be assumed to be always faster or slower: removing a forwarding layer may shorten the path, but routing changes across regions can also cause fluctuations. Keep a relay or dedicated line in the same region as an alternative when choosing a route.

COST AND PURPOSE

Different Costs for Different Tasks

Dedicated lines emphasize path management, relays balance access and exit points, and direct connections prioritize simple structure and regional coverage. Plans do not require every task to use one route type. A more practical approach is to match the route to the task: use a nearby relay or direct connection for ordinary browsing, then switch to a dedicated line for continuous work and long transfers.

SELECTION NOTES

Choose Routes by Use Case

Choosing a route does not mean sending every task through the same exit. First identify the target service, account region and continuity requirements. The recommendations below follow a consistent decision order to avoid choosing based only on city distance.

A

Everyday Browsing and Research

For everyday websites, search, email and text content, start with a nearby relay or direct connection. Proximity does not automatically make a route better, but it usually makes it easier to build a shortlist quickly. Open your regular websites and browse several pages, checking whether login status, images and navigation work normally. If the target website has no specific regional requirement, there is no need to add path complexity in pursuit of a more distant exit.

If a route opens the homepage but fails during login, uploads or redirects, first switch to another route type in the same region. This helps determine whether the issue is with one exit or with the target region itself.

Relay / Direct Connection
B

Streaming and Long Viewing Sessions

Choose the exit based on the content platform and account region first, then assess whether the route can support continuous playback. The platform determines its library and licensing scope; connecting through a country or region does not guarantee that an account will show the same content. When checking, confirm that the homepage region, search results and playback page match rather than only checking whether the site opens.

For longer viewing sessions, focus on whether the connection remains stable. Start with a dedicated line or relay marked as a streaming candidate; if the content region is correct but playback is intermittent, switch routes within the same region. Avoid switching regions repeatedly on the same account, as this can cause the detected region to change.

Dedicated Line / Relay
C

AI Tools and Ongoing Conversations

AI tools typically involve login, session persistence, file uploads and continuous responses. Keep the exit region consistent where possible, rather than switching countries repeatedly during a conversation. Confirm that both the login page and workspace work normally, then test a new conversation, history and attachments. If one step fails, first try another exit in the same region instead of immediately changing the account environment.

For long content-generation tasks, document uploads or sustained web-function calls, consider a relay or IEPL dedicated line first. For short queries, a nearby direct connection can serve as a backup. Availability also depends on the tool’s regional policies and account status; a network route cannot replace the platform’s eligibility checks.

Relay / IEPL Dedicated Line
D

Gaming and Real-Time Interaction

When choosing a gaming route, first confirm the server region rather than selecting a familiar city name. Matchmaking, login, voice chat and actual gameplay may use different service entry points, so testing only the launch screen is not enough. Complete one full session in the network environment you plan to use, and keep an alternative route in the same region.

Real-time interaction is sensitive to path changes, so compare dedicated lines and relays for the target region first. If the game service already works normally on the local network, do not add an extra path for unrelated traffic. Client split-routing settings can separate tasks that need international routes from ordinary connections.

Dedicated Line / Relay
E

Office Work, Meetings and File Transfers

Office work usually depends more on continuity than short browsing sessions. Remote meetings, online documents, code repositories and file transfers may run at the same time, so one route change can affect multiple sessions. Before starting important work, connect to a route in the target region and check login, meeting audio and video, document saving and file uploads. Keep that exit until the task is complete.

For longer tasks or work where interruptions are costly, an IEPL dedicated line is usually among the leading options, with a relay as a same-region backup. VPNQD supports unlimited simultaneous devices, so desktop and mobile devices can choose routes suited to their respective tasks. When the same account is subject to regional identification, however, keeping the exit logic consistent is still recommended.

IEPL Dedicated Line First
SELECTION METHOD

Build a Reusable Route Selection Order

An effective route assessment separates region, type and target service. First identify the country or region required by the target service, then choose a route type within that region. After confirming that login, access and transfers work, save the route for regular use. When conditions change, try another exit in the same region first, then another route type, and only change regions as a last resort.

This order reduces variables. If you change the country, route type, client and local network at the same time, it is difficult to know what actually fixed the connection, even if it recovers. For office work and long-term use, record which tasks suit each route—for example, use a Hong Kong dedicated line for collaboration, a Japan or Singapore relay for everyday access, and a direct connection in the target country to verify regional content.

The client shows the currently available directory, while the website table explains the structure. Route maintenance, target-platform rules and local network paths all change, so the final measure should be whether the actual task is completed successfully, not whether a page opened once.

  1. Identify the Target Region First

    Narrow the options based on the regional requirements of the website, content platform, AI tool or office system.

  2. Choose the Route Type Next

    For continuous work, consider a dedicated line first; for everyday tasks, compare relays and direct connections.

  3. Verify the Actual Task

    Check login, redirects, playback, uploads and session persistence—not just whether the homepage opens.

  4. Keep a Same-Region Backup

    When conditions change, switch within the same region first to avoid changing too many variables at once.