100+ Countries / 230+ Routes

Global server and route selection

VPNPQ groups its routes into IEPL, relay, and direct connections. The server table shows regions, cities, link types, and streaming suitability rather than performance figures that can change with network conditions.

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VPNPQ NETWORK Region index

Asia-Pacific Tokyo · Hong Kong · Singapore · Seoul

IEPL / Relay

North America Los Angeles · Seattle · New York · Toronto

IEPL / Direct

Europe London · Frankfurt · Paris · Amsterdam

Relay / Direct

Other regions Dubai · Mumbai · São Paulo · Auckland

Relay / Direct

IEPL Relay Direct

Location directory

Browse server routes by region

The table lists representative entry points. The full selection covers 100+ countries and 230+ routes; streaming access still depends on each platform’s regional catalog, account status, and current policies.

Country / Region	City	Route type	Streaming support
Asia-Pacific
Japan	Tokyo	IEPL	Supports Netflix / Disney+
Japan	Osaka	Relay	Supports popular streaming services
Hong Kong	Hong Kong	IEPL	Supports popular streaming services
Singapore	Singapore	Direct	Supports Netflix
South Korea	Seoul	Relay	Supports popular streaming services
Australia	Sydney	Direct	Supports popular streaming services
North America
United States	Los Angeles	IEPL	Supports Netflix / Disney+
United States	San Jose	Relay	Supports popular streaming services
United States	Seattle	Direct	Supports popular streaming services
United States	New York	Direct	Supports popular streaming services
Canada	Vancouver	Relay	Supports Netflix
Canada	Toronto	Direct	Supports popular streaming services
Europe
United Kingdom	London	IEPL	Supports Netflix / Disney+
Germany	Frankfurt	Relay	Supports popular streaming services
France	Paris	Direct	Supports popular streaming services
Netherlands	Amsterdam	Relay	Supports Netflix
Sweden	Stockholm	Direct	Supports popular streaming services
Italy	Milan	Direct	Supports popular streaming services
Other regions
United Arab Emirates	Dubai	Relay	Supports popular streaming services
India	Mumbai	Direct	Supports popular streaming services
Brazil	São Paulo	Direct	Supports popular streaming services
South Africa	Johannesburg	Direct	Supports popular streaming services
Mexico	Mexico City	Direct	Supports popular streaming services
New Zealand	Auckland	Direct	Supports popular streaming services

Route types

How route types affect connections

IEPL, relay, and direct connections are not simply better or worse tiers. They use different network paths and suit different conditions, usage periods, and cost structures.

Prioritize path stability

IEPL

IEPL places the cross-border segment on a more controlled private link. Its purpose is not to make every download perform identically, but to reduce the uncertainty caused by detours across public networks. For video meetings, remote desktops, continuous synchronization, streaming output, and websites that require long-lived sessions, it is often worth considering before focusing only on the exit city.

These routes require more network resources and maintenance, so they are not deployed extensively in every region. Reserve them for tasks that genuinely depend on a continuous connection rather than choosing them solely because they carry an “IEPL” label. When the local access network is stable, a relay route in a nearby region may better suit everyday use.

Remote work Long AI sessions Extended streaming

Balance the path

Relay routes

A relay route first sends the connection to a suitable access point, then uses an intermediate link toward the destination region. Its value is avoiding some poor public routes while offering broader city coverage than IEPL. For everyday browsing, developer documentation, common streaming services, and ordinary file transfers, a nearby relay entry is often a sensible starting point.

Relay performance depends on the entry point, exit location, and local carrier network. A city that looks closer does not necessarily mean a simpler path. If an entry repeatedly causes incomplete page loading, dropped sessions, or video buffering, try another entry in the same region instead of reconnecting to the same route repeatedly.

Everyday browsing Developer tools Streaming

Prioritize coverage

Direct routes

Direct routes reach the destination region through the public network, with a simpler structure and more options across countries and cities. They suit websites with a clear exit-region requirement, occasional access, or connections to less common regions. For ordinary webpages, research, and short tasks, direct access is often sufficient.

The real-world experience of a direct route depends more on the local network and public interregional routing. The same exit may perform differently in different access environments, so direct should not be treated as inherently fast or slow. A practical approach is to keep a nearby relay or IEPL route as a backup and switch when the path changes.

Regional coverage Research Short sessions

Cost structure

Link resources drive cost differences

Route costs mainly depend on how the cross-border segment is organized, how entry and exit resources are allocated, and whether manual adjustments are needed after routing changes. IEPL uses more controlled link resources for tasks sensitive to continuity; relay routes balance coverage and path control; direct routes rely on public networks to expand regional availability.

VPNPQ monthly plans differ by data allowance. Data resets monthly on the activation date, and mid-cycle upgrades are prorated for the remaining days. When choosing a plan, there is no need to treat route labels as separate charges; choose an allowance that matches your task duration and monthly usage.

Selection guide

Route selection tips: start with the use case, then choose a city

The exit city is only one filter. First decide whether the app needs low variability, a specific regional catalog, a stable session, or broad coverage. This is usually more effective than repeatedly chasing a particular city.

Everyday browsing and research

Start with a nearby relay route, open your usual websites, and check that images, scripts, and login status load correctly. Everyday access often involves many short connections; when no specific exit city is required, there is little reason to stay on a more distant region. If a site clearly offers regional versions, switch to a direct or relay entry in the relevant country.

For browsing, keep one primary entry and one backup. Choose a different city or route type for the backup. If a local route adjustment occurs, you can switch directly without repeatedly changing the entire client configuration.

Streaming and regional content

Filter by the content’s region first, then try an IEPL or relay route in that region. After opening the platform, check the home catalog, search results, and playback page. Being able to open the website does not necessarily mean the content region was identified correctly. Platforms may use account details, cache, and exit environment together to determine region.

If the catalog does not change, fully close the app or browser page first, then try another route in the same region. Do not switch between multiple countries repeatedly during playback, as this makes login sessions and regional caching harder to diagnose. Platform names in the table are route-selection references; the actual catalog is determined by what the platform offers at that time.

AI tools and streaming output

Tools such as ChatGPT, Claude, Gemini, Copilot, Midjourney, and Cursor often require stable login sessions, persistent web connections, or requests from a development environment. Prefer an IEPL route with a stable entry point; if the service requires a particular exit region, use a relay route from an available region as an alternative.

Avoid frequently changing exit regions while using AI tools. If a web response stops streaming, first check whether the current session is still valid, then test a backup route in the same region. IDE plugins, command-line tools, and web apps can use different proxy rules, but keeping the same exit region for one account over a short period usually makes troubleshooting easier.

Gaming and interactive applications

Games and real-time interactions depend more on path continuity than on webpage loading speed alone. Choose a region that matches or is near the game service region, then compare direct, relay, and IEPL routes during actual play. Some games place login, content downloads, and gameplay services in different regions, so one entry may not suit every stage.

If login works but interaction is unstable, switch to another route type in the same region. Use a transfer-friendly entry for large updates, then choose the more stable path for real-time interaction. Do not infer performance for every period from static labels; the actual local network is the final reference.

Work, meetings, and remote desktops

Work setups often run meetings, document synchronization, instant messaging, and remote desktops at the same time, so any long-connection interruption can affect the workflow. Try an IEPL route first and keep a relay route in the same region as a backup. Before a meeting, test login, audio and video permissions, and file synchronization instead of switching routes for the first time during the meeting.

If remote desktop or code repository access is tied to an organization’s regional policy, follow the region required by the organization’s systems. Per-app proxy rules can send work tools through a stable route while local services continue using the original network. VPNPQ supports Windows, macOS, iOS, Android, and Linux; clients are available from the user panel.

Quick check

Pre-connection checklist

Define the target region
When a content catalog or organization system has regional requirements, filter by country first; otherwise, start with a nearby region.
Define the task type
For meetings, remote desktops, and AI streaming output, prioritize stable links; for ordinary browsing and short searches, start with relay or direct routes.
Prepare a backup entry in the same region
Use a different link type for the backup where possible, so an alternative remains available if the primary entry’s path changes.
Keep the session region consistent
After logging in, do not switch countries repeatedly without a clear reason. When a change is necessary, end the current task first, then reconnect.

View the beginner’s guide

Coverage

Global coverage does not mean one fixed route

VPNPQ offers 230+ routes across 100+ countries. Coverage means having alternative entry points when the target region, app type, or local network changes—not requiring every task to use the same exit indefinitely. More cities help match regional content, while multiple route types let you choose between continuity, path control, and breadth of coverage.

Before using the service, create a simple set of personal route rules: keep a regular work entry fixed, choose streaming routes by content region, keep AI tools in one region where possible, and use direct routes for research in less common countries. This division is easier to maintain than starting over from the full list each time.

All monthly plans support unlimited devices, making it easy to keep the same primary and backup routes across platforms. Sign-up requires only a username and password, with no email address required. Payments support Alipay, WeChat Pay, and USDT, with a 60-day money-back guarantee.

Tokyo Hong Kong Singapore Los Angeles Toronto London Frankfurt Paris Dubai Mumbai São Paulo Auckland

Common questions

Frequently asked questions about server selection

Should I always choose the nearest city?

The nearest city is a good starting point, but it is not the only factor. Consider the route type, the target website’s region, and the actual path through your local network. For everyday browsing, start with a nearby relay; when content has a defined region, match the country first; for meetings and long-lived connections, prioritize a stable link.

Is IEPL suitable for every task?

IEPL is best suited to tasks that depend on continuous connections, such as meetings, remote desktops, AI streaming output, and extended streaming. Ordinary research, short web visits, or connections to less common regions can use relay or direct routes. Assigning routes by task is generally more practical than keeping one IEPL route fixed for everything.

Why did the streaming catalog not change after switching routes?

The platform may determine its catalog using the exit region, account status, app cache, and current session together. Fully close the app or page, switch to another route in the same region, and open it again. Support information in the route table is for selection guidance; the actual catalog is whatever the platform shows at that time.

Can different devices use different routes?

Yes. VPNPQ supports Windows, macOS, iOS, Android, and Linux, with unlimited devices. A work computer can use a stable route, while a mobile device can choose another entry based on content region. Clients and subscription details are available from the user panel.

Do I need to log in to websites again after switching routes?

In most cases, you can continue the current session, but some services may ask you to confirm your login after the exit region changes. For work systems, AI tools, or streaming accounts, it is best to finish the current task, switch routes, and reopen the page to avoid mixing session states between regions.