Browse the server directory by region
The table below illustrates how to search by region. City names indicate the approximate exit location; connection type, specific entry points and current availability should be checked in the server directory after login. A streaming listing does not imply platform access: content services also consider account region, exit identification, licensing and app cache.
When choosing a server, start with a region close to the target service and a sensible access path, then compare results on the same device, network and time of day. Do not rely on the region name alone or treat one successful connection as proof of long-term performance.
Asia-Pacific region
This is a useful first range to check when accessing services in Asia. If the target app primarily serves an Asian market, start with nearby regions and then compare routes across regions.
| Country / region | City | Connection type | Streaming |
|---|---|---|---|
| Singapore | Singapore | Check the server directory | Verify on the platform |
| Japan | Tokyo | Check the server directory | Verify on the platform |
| Japan | Osaka | Check the server directory | Verify on the platform |
| Hong Kong, China | Hong Kong | Check the server directory | Verify on the platform |
| South Korea | Seoul | Check the server directory | Verify on the platform |
| Australia | Sydney | Check the server directory | Verify on the platform |
An Asian region is not necessarily suitable for every Asian app. Some services determine availability from account settings or content rights, so open the target page after connecting and verify it directly.
North America region
Useful for checking North American websites, collaboration services and content platforms. East and West Coast locations may be closer to different services, so choose based on app performance rather than a fixed preference for one city.
| Country / region | City | Connection type | Streaming |
|---|---|---|---|
| United States | Los Angeles | Check the server directory | Verify on the platform |
| United States | San Jose | Check the server directory | Verify on the platform |
| United States | Seattle | Check the server directory | Verify on the platform |
| United States | New York | Check the server directory | Verify on the platform |
| Canada | Vancouver | Check the server directory | Verify on the platform |
| Canada | Toronto | Check the server directory | Verify on the platform |
When accessing North American services, first check whether the target is closer to the West or East Coast, then compare page loading, sign-in, search and continued use. Opening the homepage alone is not enough to judge whether the full service works.
Europe region
European services may distinguish more closely between countries and account regions. Identify the target country clearly, then check sign-in, content availability and continued access separately.
| Country / region | City | Connection type | Streaming |
|---|---|---|---|
| United Kingdom | London | Check the server directory | Verify on the platform |
| France | Paris | Check the server directory | Verify on the platform |
| Germany | Frankfurt | Check the server directory | Verify on the platform |
| Netherlands | Amsterdam | Check the server directory | Verify on the platform |
| Italy | Milan | Check the server directory | Verify on the platform |
| Spain | Madrid | Check the server directory | Verify on the platform |
If a website serves only a specific country, prioritize that country and check the account requirements. A cross-country connection may open the page without providing the same content or features.
Other regions
When the target service is in the Middle East, Africa, Latin America, South Asia or Oceania, test a region close to the service directly instead of defaulting to a popular but more distant server.
| Country / region | City | Connection type | Streaming |
|---|---|---|---|
| United Arab Emirates | Dubai | Check the server directory | Verify on the platform |
| South Africa | Johannesburg | Check the server directory | Verify on the platform |
| Brazil | São Paulo | Check the server directory | Verify on the platform |
| Mexico | Mexico City | Check the server directory | Verify on the platform |
| New Zealand | Auckland | Check the server directory | Verify on the platform |
| India | Mumbai | Check the server directory | Verify on the platform |
Less frequently used regions still require full testing. If the target service supports several regions, compare nearby options for stability, sign-in status and in-app actions, then keep the one that best fits the current task.
How to understand connection types
IEPL dedicated routes, relay routes and direct connections describe, in broad terms, how data is organized from local access to an overseas exit. They can help indicate cost structure and intended use, but the label itself cannot replace testing. Your access provider, location, time of day and target service all affect the final experience.
IEPL dedicated route
IEPL generally refers to cross-border transmission organized through a carrier’s dedicated link, with less reliance on the public internet path. Building and maintaining these resources usually costs more than standard public-network routes, so they are often used where continuity, responsiveness and work-hour performance matter.
You should still distinguish the route name from the actual access path. The link between your location and the entry point, entry capacity management and overseas exit quality all affect results. A dedicated-route label alone cannot show that every region, time and app will perform identically.
- Best for
- Office collaboration, persistent connections, frequent interaction
- Cost profile
- Route resources and maintenance typically require greater investment
- What to test
- Continuity during work hours and interaction with the target app
Relay route
A relay route first connects to a closer or more suitable entry point, then forwards traffic to the target exit. Its core value is reorganizing the access path and reducing reliance on the uncertainty of a default public-internet route. Different entry and exit combinations may suit different regions or tasks.
A relay does not guarantee a fixed experience. The entry distance, cross-border segment, exit location and capacity management determine the result together. It can suit users seeking a balance between cost and connection performance who are willing to switch regions for different services.
- Best for
- Everyday browsing, content access, common apps
- Cost profile
- The entry and exit combination affects resource investment
- What to test
- Loading, sign-in and continued access during common usage hours
Direct connection
A direct connection generally relies on the public-internet route between the local network and the overseas exit, without an additional dedicated relay entry. The path is more straightforward and usually costs less, but is more exposed to local carrier routing, interconnection and time-of-day changes.
This type can suit cost-sensitive or infrequent use, or situations where you are willing to compare several regions yourself. If a direct connection meets the target app’s needs, there is no reason to switch based on the name alone. If performance fluctuates at certain times, compare entries labeled as relay or dedicated routes.
- Best for
- Light browsing, backup access, occasional use
- Cost profile
- Primarily depends on the public route and exit resources
- What to test
- Local network changes and performance during common usage hours
Connection type is a selection criterion, not a performance guarantee. If directory labels change, follow the current server directory. Keep the device, network, app and test actions consistent when comparing options to reduce unrelated variables.
Choose a server by task
One server does not need to handle every task. A more reliable approach is to create separate checks for everyday browsing, streaming, AI tools, gaming and work, then keep the regions that meet each need. This separates “can connect” from “can complete the target task successfully.”
Everyday browsing
Focus on consistent page loading, in-site navigation, search and file access.
Choose a server near the service region of your usual websites, clear old page state and reconnect. Do more than open the homepage: access content pages, run searches, switch sections and complete common actions. If the page loads but later requests repeatedly fail, compare other regions rather than treating the initial load as a complete result.
Everyday browsing usually involves multiple sites. Keep one broad-coverage route for regular use, then choose separate servers for sites with clear regional requirements. Recheck the previous choice whenever the local network changes.
Streaming
Focus on the complete result: account region, content catalog, startup and uninterrupted playback.
First identify the region associated with the content, then choose the corresponding country or a nearby region. After connecting, restart the app or refresh the page. Check whether the catalog changes, the target program opens and playback continues without regional prompts. Exit recognition can change, so one successful session should not be treated as a long-term conclusion.
Playback issues may also come from the local network, device performance, account requirements or the platform itself. Keep picture quality and device settings consistent when comparing routes, and recheck during the time you actually watch.
AI Tools
Focus on sign-in, prompt submission, long responses and file processing.
AI tools typically involve several stages, including page loading, authentication, persistent connections and content delivery. Do not stop at the sign-in page: submit a real request, wait for the complete response and check whether a new conversation or workspace opens normally. If the service has account-region requirements, confirm that the account meets them first.
When choosing a region, start with servers near the tool’s main service area, then compare interaction continuity during common usage hours. Browser extensions, proxy rules and old cache can also prevent the app from using the expected route, so review them alongside the exit check.
Online gaming
Focus on region sign-in, input response, session continuity and matchmaking.
For games, first confirm the account region and game-server location. If the region name and server region do not match, do not guess based on distance. After entering the game, observe sign-in, matchmaking, scene changes and ongoing controls. A browser speed test cannot replace in-game performance because the game’s service location and network path may differ.
If the game client supports region selection, keep the region unchanged while comparing routes. Background downloads, system updates and other high-bandwidth tasks on the same network can distort the result, so remove these variables before testing.
Remote work
Focus on authentication, meetings, document collaboration and stable ongoing sessions.
Work scenarios usually depend on persistent sessions more than a single page visit. Test corporate sign-in, online documents, code repositories, meetings and file syncing during real work hours rather than opening only a public page. If corporate services apply regional security policies, check your organization’s rules before switching servers to avoid triggering extra verification.
Keep one route for work after validating the complete workflow, rather than switching it frequently with streaming or temporary access. VPNLV supports an unlimited number of simultaneously connected devices, but each device still needs separate checks for system proxy settings, app rules and target-service results.
Verify whether a route fits the current task
Server selection should follow a repeatable checking process. Results are meaningful only when conditions remain consistent; after conditions change, treat earlier findings as historical records rather than fixed promises.
Establish a local network baseline
First confirm that common sites open normally without the acceleration service connected, and pause syncing, updates or downloads that may use bandwidth. If the underlying network is unstable, changing regions only changes the path; it does not replace local troubleshooting.
Keep comparison conditions consistent
Use the same device, access network, target app and a similar time of day when comparing regions. Keep the page and actions identical in browser tests, and the account and task identical in app tests, so device differences are not mistaken for route differences.
Verify the complete workflow
Starting with the connection, check the exit region, target page, sign-in state, in-site actions and continued use in sequence. Success at one stage does not guarantee success at the next, especially for streaming, AI tools and work platforms.
Recheck during normal usage hours
Network paths change with the access environment and time of day. Recheck during the hours when you actually use the service, and record which regions suit which tasks. Real app performance at busy times is more useful than one page load during an idle period.
What matters beyond server count
VPNLV covers 100+ countries / 220+ routes. Coverage shows the breadth of available regions, but cannot by itself answer whether a specific app is suitable. Purchase decisions depend more on whether the directory is clear, route labels are easy to understand, billing matches your usage pattern and there is a clear way to handle an unsuitable option.
If you use the service steadily every day, compare monthly plans; if usage is occasional, consider a data package. Monthly-plan traffic resets each month on the activation date, and mid-cycle upgrades are prorated against the remaining days; a data package lasts until its allowance is used and never expires. The two options suit different usage patterns, so do not choose based on total traffic alone.
Registration requires only a username and password, with no email address needed. Before payment, review the plan details and refund terms. VPNLV offers a 14-day no-questions-asked refund. The server page explains regions and selection methods; current plans and directory availability are shown in the user panel.
Common questions about the server directory
The answers below distinguish directory facts, practical advice and results from actual testing.
Is a nearby server always better?
Not necessarily. Geographic distance is only an initial filter. Local-carrier routing, route organization, target-service location and usage time all affect the result. Compare nearby regions first, then decide using the target app’s complete workflow.
Does listing a country in the directory mean its local streaming services will definitely work?
No. The directory shows available exit regions; streaming platforms also consider account region, content rights and exit identification. After connecting, check the catalog, target program and uninterrupted playback.
Is an IEPL dedicated route suitable for every use case?
Connection type describes route organization and cost profile; it does not guarantee a fixed result in every situation. Other types may be sufficient for light browsing, while work or sustained interaction may justify comparing the actual performance of routes labeled as dedicated.
Why can the same server work before but produce different results now?
The local network, routing path, target-platform policies, app cache and account status may all change. Recheck the exit and target app first, then compare another server in the same region instead of relying only on an old record.
Should I keep different servers for different apps?
You can. Streaming, AI tools, gaming and work use different service locations and require different checks. Recording the regions that suit each task is easier to review and maintain than expecting one route to cover every use.