SERVER DIRECTORY · 32VPN

Server Routes and Regional Coverage

32VPN offers 100+ countries / 240+ routes. This page lists representative routes by region and explains the path differences between IEPL, relay and direct connections. The list helps you assess target regions and route types; it does not show real-time metrics that may change with network conditions.

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REGION INDEX

Browse by region: Server Routes

The table below shows representative routes from the network, not the complete route list. Current options are determined by the subscription list in the user panel. A city closer to the target service’s region will generally reduce unnecessary cross-region transit, but the access network, carrier peering and time of day also affect the final experience. Do not choose based on the city name alone.

Country or 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 Supported
South Korea Seoul Direct Depends on the target service
Taiwan, China Taipei Relay Supported
Australia Sydney Direct Depends on the target service
India Mumbai Relay Depends on the target service
North America
United States Los Angeles Direct Supported
United States San Jose Relay Supported
United States Seattle Direct Supported
United States New York Relay Depends on the target service
Canada Vancouver Direct Supported
Canada Toronto Relay Depends on the target service
Europe
Germany Frankfurt Relay Supported
Netherlands Amsterdam Direct Supported
United Kingdom London Relay Supported
France Paris Direct Depends on the target service
Finland Helsinki Direct Depends on the target service
Poland Warsaw Direct Depends on the target service
Other Regions
United Arab Emirates Dubai Relay Depends on the target service
South Africa Johannesburg Direct Depends on the target service
Brazil São Paulo Direct Depends on the target service
Mexico Mexico City Direct Depends on the target service

ROUTE TYPES

Route Types and Cost Differences

IEPL, relay and direct connections are not simply ranked from better to worse. They use different transmission paths, resource arrangements and operating conditions. When choosing a route, consider the access network, target region, connection duration, and how sensitive the application is to jitter and packet loss.

PRIVATE ROUTE

IEPL

The defining feature of an IEPL connection is that its cross-border segment uses relatively independent, more controllable transport resources rather than relying entirely on unpredictable public-internet peering. It is well suited to long video calls, large-file synchronization, remote desktops, repository operations and extended streaming—tasks that require continuity. IEPL generally costs more than ordinary direct connections, so it is best reserved for important tasks rather than selected permanently by name alone.

An IEPL connection is still affected by the local network, access carrier, wireless conditions and target service. If the local connection is congested, switching to IEPL can improve only part of the path. First confirm that the local network is stable, then compare IEPL and relay routes to the same target region and judge them by actual application performance.

RELAY ROUTE

Relay Routes

A relay route sends the connection to a suitable entry point first, then forwards it to the target region. This can avoid some unstable inter-carrier peering segments and make cross-region routing easier to adjust. Relay routes suit everyday browsing, AI tools, streaming and general file transfers, and are a common choice when balancing cost and connection quality.

A relay route is not necessarily shorter. Adding an entry point introduces an extra forwarding step, but if the connection from that entry point to the target region is better, the overall experience may outperform a seemingly closer direct route. Match the target region first, then compare entry points; do not judge solely by the straight-line distance between cities.

DIRECT ROUTE

Direct Routes

Direct routes reach the target region through ordinary network peering, with a simpler forwarding structure and generally lower resource costs than IEPL. For web browsing, message synchronization, short downloads and applications that are not very sensitive to jitter, direct access may be sufficient. When only direct options are available for a distant region, start by testing a route near the target city.

Actual direct-route performance depends more heavily on the access carrier and public-internet peering across regions. The same city can produce different results on different networks, and the experience may change between daytime and evening. Direct routes are therefore best treated as flexible alternatives: keep using one when it performs well, and switch to a relay route in the same region or a nearby region when connections become unstable.

SELECTION GUIDE

Choose Network Routes by Use Case

No single route suits every target service. Everyday web use depends more on stable response times, streaming on sustained transfer, AI tools on session continuity, gaming on low route variation, and work on reliable long-lived connections and uploads. Choosing by task is more effective than staying fixed on a popular city.

BROWSE

Everyday Browsing and Research

Start with a relay or direct route near the region where the target website is hosted. Web access consists of many short connections, so consistent DNS resolution, handshakes and page-resource loading matter more than a single peak transfer rate. If several cities are available in the same area, try the geographically closer entry first; if images load incompletely or pages refresh repeatedly, switch to another route type in that region.

There is no need to switch regions frequently for everyday use. Keeping a relatively consistent exit region for searches, document reading and routine account actions makes it easier to maintain session state. If the target service requires a specific region, choose that country or region directly rather than relying on the word “IEPL” in a route name.

STREAM

Streaming and Continuous Playback

For streaming, choose a route based on the region of the content library, then compare IEPL and relay routes first. If playback starts normally but repeatedly lowers quality, sustained transfer may be unstable; keep the target region unchanged and switch only the route type. This makes it easier to determine whether the issue comes from the connection, the content platform, the account region or the app cache.

After switching regions, the player may continue using an old location result. Fully quit the app or close the relevant pages, then reconnect and reopen them. If routes in the same region produce different results, prioritize options marked as supporting streaming. Content licensing is controlled by the platform; a route can only provide a network exit in the corresponding region.

AI TOOLS

AI Tools and Long Sessions

AI tools often use web connections, streaming responses, file uploads and account sessions at the same time. Start with a relay route in the region commonly used by the target service, then compare IEPL when generating long responses or uploading materials. If the page opens but the response stops midway, keep the region unchanged and switch to another route in the same area instead of changing several variables at once.

Avoid switching repeatedly between far-apart regions while signed in. Rapid region changes may trigger the service’s own security checks and complicate browser session state. If a switch is needed, finish any active generation or upload first, disconnect the old route, and then connect to the new one.

GAME

Gaming and Real-Time Interaction

Gaming depends more on route stability, packet loss and consistent routing. Choose the region where the game server is located, not the region of the account store. A nearby direct route may perform well; if connections drop or input feedback becomes uneven, compare a relay or IEPL route in the same region. Routes can help with cross-region transmission, but they cannot fix problems with the game server itself or the local wireless network.

During testing, keep the device, access network and game region consistent, changing only one route condition at a time. This makes it possible to identify the source of any difference. Game updates and live matches can also use different routes: updates prioritize sustained transfer, while matches prioritize stable interaction. They do not have to share one choice.

WORK

Remote Work and Collaboration

Video meetings, remote desktops, code synchronization and cloud documents have different route requirements. Meetings and remote desktops depend more on continuous connections, so compare IEPL and relay routes first; repositories and file synchronization also involve uploads and need a stable round trip. If the work system is based in a specific region, match that location before considering entry-point distance.

Before an important meeting, complete sign-in and connectivity checks in advance and keep an alternative route in the same region available. There is no need to change client settings when switching; simply choose another available route from the subscription list. 32VPN supports Windows, macOS, iOS, Android and Linux, and the subscription can be used on unlimited devices, making it suitable for keeping a consistent route entry point across work devices.

DECISION METHOD

How to Choose a Route: Compare One Variable at a Time

Route decisions should be based on repeatable usage, not on how quickly a page opens once. The method below works for investigating most connection differences and reduces the interference caused by repeatedly switching between cities.

  1. Set the Target Region First

    First confirm which region the website, streaming library, AI tool or work system primarily serves. Regional matching is the first condition. If the target is clear, start with the corresponding country or a nearby region rather than comparing cities that are far away.

  2. Then Compare Route Types

    Keep the target region unchanged and compare IEPL, relay and direct routes in sequence. This shows whether the difference comes from the transmission path rather than a change in content region. For tasks that require continuous connections, start with IEPL or relay.

  3. Validate with a Real Task

    For web browsing, open the research sites you normally use; for streaming, play the target content; for work, test a meeting, upload or code synchronization. A standalone network test cannot fully represent a specific application, while a real task more closely reflects actual conditions.

  4. Keep a Same-Region Alternative

    Keep an alternative route of a different type in the same region. If carrier peering changes, you can switch quickly without changing the exit country at the same time. The purpose of a backup route is to reduce troubleshooting effort, not to switch back and forth continuously.

Why Can Similar Route Names Feel Different?

A city name identifies only the exit or resource region; it does not fully describe the entry network, carrier peering or cross-region transmission path. Two routes in the same city may use relay and direct connections respectively, or pass through different entry points. Consider the city and route type together, along with the current access network.

Why Aren’t Real-Time Metrics Shown on This Page?

Real-time metrics vary with the user’s location, carrier, access method and current network conditions. Turning results from one environment into a fixed promise cannot represent other users’ connections. This page lists only stable structural information: region, city, route type and streaming-support status.

Do Route List Updates Require Reinstallation?

Usually, you only need to retrieve or update the subscription from the logged-in user panel, then let the client read the current route list. Client access is provided through the user panel; no static installer or public subscription URL is provided. For first-time use, complete the sign-up process; no email address is required—just a username and password.

How Are Payments and Refunds Handled?

This service supports Alipay, WeChat Pay and USDT, and provides 60-day no-questions-asked refunds. Exact plan and data-pack prices, traffic reset methods and upgrade rules are listed on the pricing page. Billing tiers are not differentiated by route name on the route-selection page.