Server Locations - 70VPN | Global Coverage and Route Selection Guide

SERVER DIRECTORY

Browse server routes by region

The table below illustrates route coverage and common entry points. In practice, check the currently available routes in the client and switch based on the target website’s region. Streaming support means that routes for relevant content services are available in that region; it does not mean every content library will use the same regional detection at all times.

Country / Region	City	Route type	Streaming
Asia-Pacific
🇯🇵 Japan	Tokyo	IEPL dedicated route	Supported
🇯🇵 Japan	Osaka	Transit	Supported
🇸🇬 Singapore	Singapore	IEPL dedicated route	Supported
🇭🇰 Hong Kong, China	Hong Kong	Transit	Supported
🇹🇼 Taiwan, China	Taipei	Transit	Supported
🇰🇷 South Korea	Seoul	Direct	Supported
🇦🇺 Australia	Sydney	Transit	Supported
🇲🇾 Malaysia	Kuala Lumpur	Direct	Route guide
🇹🇭 Thailand	Bangkok	Direct	Route guide
North America
🇺🇸 United States	Los Angeles	IEPL dedicated route	Supported
🇺🇸 United States	San Jose	Transit	Supported
🇺🇸 United States	Seattle	Transit	Supported
🇺🇸 United States	New York	Direct	Supported
🇨🇦 Canada	Toronto	Transit	Supported
🇨🇦 Canada	Vancouver	Direct	Route guide
🇲🇽 Mexico	Mexico City	Direct	Route guide
Europe
🇬🇧 United Kingdom	London	IEPL dedicated route	Supported
🇩🇪 Germany	Frankfurt	Transit	Supported
🇳🇱 Netherlands	Amsterdam	Transit	Supported
🇫🇷 France	Paris	Direct	Supported
🇫🇮 Finland	Helsinki	Direct	Route guide
🇨🇭 Switzerland	Zurich	Direct	Route guide
🇸🇪 Sweden	Stockholm	Direct	Route guide
🇪🇸 Spain	Madrid	Direct	Route guide
Other regions
🇦🇪 United Arab Emirates	Dubai	Transit	Route guide
🇧🇷 Brazil	São Paulo	Direct	Route guide
🇿🇦 South Africa	Johannesburg	Direct	Route guide
🇹🇷 Türkiye	Istanbul	Direct	Route guide

ROUTE TYPES

How route types work

IEPL dedicated, transit, and direct routes are not simply higher or lower tiers. They use different entry points, transmission paths, and resource arrangements, making them suitable for different goals. Understanding the path differences before choosing is usually more reliable than looking only at the region name.

IEPL

IEPL dedicated routes: consistent cross-border paths

IEPL dedicated routes handle cross-border transmission through a more controlled path. The client first connects to an entry point, then travels through a specially arranged international route to the exit region, reducing unpredictable detours on public networks. They are well suited to sustained transfers, video playback, remote meetings, cloud document collaboration, and workflows that require a persistent connection.

Dedicated-route resources generally cost more to procure and manage, so providers tend to deploy them in popular regions with concentrated demand and greater cross-border path volatility. There is no need to default to a dedicated route for every task. If the target service is nearby and a standard transit route is performing well, it may offer a better experience. The value of a dedicated route lies in path management, not in treating its name as a speed guarantee.

RELAY

Transit routes: balancing coverage and path quality

A transit route first sends the connection to a relatively stable entry point, then forwards it to the target region’s exit. Compared with connecting directly from the local network to a remote server, transit can avoid some congested or frequently changing public paths and makes it easier to maintain different exits by region. For everyday browsing, streaming, AI web apps, and standard file transfers, transit is often a balanced choice between coverage and resource cost.

Transit performance depends on the entry location, exit region, and intermediate path. Two entries with the same city name may still use different transit arrangements. If pages open normally but sustained transfers are unstable, try another route within the same target region before switching to a distant country. This preserves regional matching while helping determine whether the issue comes from the current path.

DIRECT

Direct routes: simple paths for broader regional coverage

A direct route connects the client straight to a server in the target region without adding a dedicated relay entry point. Its structure is simpler, making it suitable when network conditions are good, the target region is nearby, or less common regional content is needed. Direct routes also expand regional coverage, allowing a subscription to offer more country and city choices without organizing every region as a higher-cost dedicated route.

Direct routes rely more heavily on the public path between the user’s current network and the remote data center. If performance changes by time of day, try a transit route in a neighboring region first, then decide whether to keep the original exit. For tasks that only require regional attribution, involve little data, or are used occasionally, direct is often sufficient. For long meetings, continuous uploads, and stable streaming output, compare transit and dedicated entry points as well.

ROUTE SELECTION

Choose international routes by use case

Keep route selection simple: identify the target service’s region first, decide whether the task prioritizes persistent connectivity, regional matching, or interactive responsiveness, then compare route types within the same region. The methods below apply to common use cases.

Everyday browsing and research

For browsing websites, reading documents, and checking email, start with a geographically closer transit route. A shorter path usually helps page resources load consistently and reduces session interruptions caused by frequent switching. If the target website has no strict regional requirement, there is no need to choose a more distant exit just because it is popular.

If a page opens but images or attachments load slowly, refresh the connection first, then try another transit or direct route in the same region. This preserves the regional environment of the login session and helps rule out a temporary issue with one path. Switch regions only after trying alternatives within the same region.

Streaming and extended playback

For streaming, start with the content library’s region, then choose an entry marked as supporting streaming in the table. Once playback begins, keep the same exit where possible to avoid the platform reassessing the region during the session. If the home page does not show the expected content, close the relevant app, reconnect to a route in the same region, and reopen the service.

Extended playback depends more on a stable transfer than on the brief impression when a page first opens. In popular regions, compare IEPL dedicated and transit routes first; less common content libraries may require a direct route in the corresponding region. Availability also depends on the platform account, rights region, and content status, so check the route region together with the account settings.

AI tools and streaming output

Tools such as ChatGPT, Claude, Gemini, Copilot, Midjourney, and Cursor consider the exit region, connection continuity, and account environment together. Web apps can be sensitive to login sessions and streaming output, so start with a transit or dedicated route in a supported region, keep the region consistent after connecting, and then sign in for longer conversations.

If short prompts submit successfully but long responses stop while generating, first check whether the connection changed, then try another route in the same region. Developers using AI services through the command line, IDE plugins, or API calls should also confirm that the relevant process is actually using the current network configuration. Browser access does not automatically mean every local development tool uses the same exit.

Game login and interactive sessions

For gaming, choose the region based on the server partition rather than only the game’s release market. Account login, updates, and live matches may connect to different services, so a route suitable for downloading may not be suitable for play. Start with a nearby transit route for login, then adjust the exit based on the in-game server location.

After interactive play begins, avoid switching routes frequently. A switch may re-establish the current connection or change the account environment. If the game allows server selection, keep the game region and route exit as consistent as possible. With automatic matchmaking, prioritize a nearby region and compare connection continuity across route types.

Remote work and cloud collaboration

Remote meetings, business documents, code repositories, and cloud consoles often require a login to remain active for a long time. Choose a route based first on the location of the company system or cloud service, preferably using a transit or dedicated route with a more controlled path. Connect and complete any required account checks before the meeting, and avoid changing the exit during the session.

When using a browser, desktop client, and command-line tool at the same time, verify separately whether they use the same network path. 70VPN supports Windows / macOS / iOS / Android / Linux with no device limit, making it suitable for keeping subscription settings consistent across everyday devices. Client downloads and subscription access require signing in to the user panel.

COVERAGE

Global coverage does not mean choosing the farthest route

Coverage across 110+ countries and 240+ routes preserves flexibility among target regions, route types, and backup entries. Broader coverage makes it easier to find the right exit for different content libraries, cloud services, learning platforms, and work systems, while allowing a same-region alternative when one path changes.

Route selection should still proceed from near to far. Without a regional requirement, a nearby exit is usually better for everyday access. When specific regional content is needed, prioritize the target country. For long-running transfers, compare dedicated and transit routes as well. Consider region, path, and purpose together to turn coverage into practical choice.

The route list may change as infrastructure is maintained and regional resources are adjusted, so the current directory in the client should guide actual selection. Marketing pages do not show static latency, load, or bandwidth figures because these metrics depend on the local carrier, access location, time of use, and target service. Outside the current connection context, they cannot accurately describe the experience.

🇯🇵 Japan 🇸🇬 Singapore 🇭🇰 Hong Kong, China 🇺🇸 United States 🇨🇦 Canada 🇬🇧 United Kingdom 🇩🇪 Germany 🇳🇱 Netherlands 🇦🇺 Australia 🇨🇭 Switzerland 🇦🇪 United Arab Emirates 🇧🇷 Brazil

CONNECTION CHECKS

Checks before and after switching routes

When access problems occur, following a consistent checklist makes the cause easier to identify than switching randomly. The steps below do not rely on speed-test figures; focus instead on whether the connection is established, the region matches, and the target app uses the current network path.

Confirm the target region first

First determine which region the website, content library, game partition, or cloud service expects. Without a regional requirement, start with a nearby entry. With a clear requirement, keep the country consistent first, then compare cities and route types. Do not change the region and app settings at the same time, or it will be difficult to tell which adjustment made a difference.

Then confirm the app path

Browsers, desktop software, command-line tools, and system services may not use the same configuration. After connecting to a route, reopen the target app and check that it uses the current network environment. Development tools may also read separate proxy settings; if the system connection works but the app still follows the original path, check the app’s own configuration.

Try alternatives in the same region first

If the region is correct but the connection is inconsistent, switch to another route in the same region first. This changes neither the content region nor the network path at the same time, making the result easier to assess. Consider a neighboring country or another region only when all same-region entries are unsuitable, and note whether the account session needs to be re-established.

Stay stable once connected

After signing in or starting a meeting, upload, long conversation, or game session, keep the current exit whenever possible. Switching midway can renegotiate the existing connection and may cause the service to reassess the region. If a route change is necessary, save your work and leave the current session before switching and re-entering the target service.