Start with the region required by the service, then choose a connection path. A server name tells you where a connection enters; whether the app completes your task is what matters when choosing a route.
100+ countries / 150+ routesUnlimited devicesMilitary-grade encryption7-day money-back guarantee
This page offers static guidance for choosing a route and does not show live performance data. Sign in and check the subscription list for all available routes. Confirm specific cities, paths and access to target services in the panel and through your own connection tests.
Consider the exit location, connection path and service compatibility separately. Don’t judge a route by its name alone.
VPN19 covers 100+ countries with 150+ routes. The table uses Japan, Singapore, Hong Kong, the United States, Switzerland and Australia as regional examples to illustrate common naming conventions in client apps. The city and route combinations are examples of route structure, not a list of available servers, and do not mean every plan includes these specific combinations.
Read the “Country” column as a country or region. “City” indicates the level of detail used to describe an exit location; it does not identify an actual data center address. The same region may be reached by different paths, and a region in a server name alone does not confirm the exit IP’s location. Start with the labels in your subscription, then check the exit location seen by the target app.
Route examples: city and route combinations do not indicate available servers. Check the User Panel for the current list.
Country / Region
City
Route Type
Streaming Support
Asia-Pacific
Japan
Tokyo
IEPL (example)
Test on the platform
Japan
Osaka
Transit (example)
Test on the platform
Japan
Nagoya
Direct (example)
Test on the platform
Japan
Fukuoka
Transit (example)
Test on the platform
Singapore
Singapore
IEPL (example)
Test on the platform
Singapore
Singapore
Transit (example)
Test on the platform
Hong Kong
Hong Kong
IEPL (example)
Test on the platform
Hong Kong
Hong Kong
Transit (example)
Test on the platform
North America
United States
Los Angeles
Transit (example)
Test on the platform
United States
San Jose
Direct (example)
Test on the platform
United States
Seattle
Transit (example)
Test on the platform
United States
New York
Direct (example)
Test on the platform
United States
Dallas
Transit (example)
Test on the platform
Europe
Switzerland
Zurich
Transit (example)
Test on the platform
Switzerland
Geneva
Direct (example)
Test on the platform
Switzerland
Bern
Transit (example)
Test on the platform
Other Regions
Australia
Sydney
Transit (example)
Test on the platform
Australia
Melbourne
Direct (example)
Test on the platform
Australia
Brisbane
Transit (example)
Test on the platform
Australia
Perth
Direct (example)
Test on the platform
On narrow screens, scroll horizontally within the table. To find available servers, open the subscription list in the User Panel; the example names above are not guaranteed to appear in search results.
Dedicated Lines, Transit and Direct Connections
Route types describe how traffic travels, not a universal rating of how well every app will work.
IEPL
IEPL: Focus on the Cross-Border Segment
Local Network EntryDedicated Line → Exit
IEPL usually refers to an International Ethernet Private Line. As a route label in a subscription service, it describes the transport used between the entry point and an exit outside your region. It does not mean the entire connection from your device to the destination website uses a dedicated link. Your local Wi-Fi, access provider and destination website can all affect the result.
Dedicated-line transport generally involves higher resource and maintenance costs. It may be worth comparing for sustained sessions, remote work and long transfers. Assess whether it suits your needs by testing real tasks during your usual usage hours, not by relying on the label alone. Check the panel for VPN19’s specific route details; this page makes no additional bandwidth or reliability guarantees.
RELAY
Transit: A Route via an Entry Point
Device → Transit EntryExit Outside Your Region → Service
A transit route first sends the connection to an intermediate entry point, then onward to the relevant exit. Entry and exit points serve different roles, so the entry location may not match the final exit region. When a platform checks your location, it generally looks at the final exit, not where the client first connects.
This structure allows more flexibility in routing, but the extra hop also adds connection links that need to be maintained. Costs depend on the entry and exit resources and the transmission conditions between them; transit should not simply be assumed to be a cheaper substitute for a dedicated line. Compare it using everyday browsing and app access, checking whether pages, logins and persistent connections work as expected.
DIRECT
Direct: Check the Public Internet Route
Device → Public InternetExit Outside Your Region → Service
In common route naming, “direct” generally means the client connects to a server outside your region without an additional service-side transit entry. The connection still travels over provider networks, and there may be other network equipment between your device and the destination website. A simpler-looking path does not necessarily mean a faster response.
This structure usually uses fewer transit resources, but performance depends more on your local provider and international internet connections. It can work for general browsing or as a comparison route, especially when troubleshooting issues that may involve a particular entry point. Save any work in progress before switching, then check that the app is using the new connection.
Choose a Route by Use Case
First meet the service’s region requirements, then test your actual workflow. Change one variable at a time to make results easier to interpret.
BROWSING
Everyday Browsing
For everyday browsing, start by comparing nearby regions in the panel that meet the target service’s location requirements, but treat geographic distance as a guide, not a guarantee. A webpage may load images, scripts, fonts and login resources separately, so seeing the main page does not mean every resource is reachable. Visit sites you use regularly, search, load images and access your account to check for recurring missing resources.
If only some pages fail, first check whether split-tunneling rules are sending related domains over different paths. Once you’ve confirmed the rules, compare another route in the same region; this is usually more useful for troubleshooting than repeatedly switching countries. Keep a working route as your usual option and retain another verified route as a backup.
STREAMING
Streaming
Before watching services such as Netflix or Disney+, check your account region, the title’s licensing availability and the platform’s current rules. Matching the exit region is only one factor, and a successful connection in the client does not prove playback will work. Open the title you want and check the full video, subtitles and playback after seeking—not just the home page or a trailer.
Changes in video quality may be caused by connection fluctuations, the platform’s adaptive streaming, device settings or your local Wi-Fi. Compare routes on the same device with the same title to avoid mistaking content differences for route differences. VPN19 does not list any platform as permanently supported; results should be checked again under your current conditions.
AI TOOLS
AI Tools
Tools such as ChatGPT, Claude, Gemini and Cursor may each check your region, account eligibility and access environment differently. First check the tool’s official list of supported regions, then choose an exit that meets its requirements from your actual subscription. Sign-in, web chat, file uploads and API calls are separate workflows; access to the website does not mean the other features are configured.
After signing in, stick with the same verified route where possible, rather than frequently changing exits during an ongoing session. Test with a normal work request and check that streamed output finishes and attachments are processed. Check proxy settings separately for command-line tools and IDE extensions. See the ChatGPT Access Guide and the AI Troubleshooting Guide.
GAMING
Gaming
Gaming involves more than account sign-in: consider game updates and actual matches too. A route that works for the game store does not mean game traffic uses the same path; some games also use different transport methods. Check which connection methods the client and game support, and test in line with the game’s rules.
Identify the region of the game server first, then compare exits for that region rather than choosing based only on your own location. If matches fail while web pages work, check that the game process, voice component and routing rules are all configured consistently. A general cross-border subscription service should not be assumed to be a dedicated gaming accelerator based on its route names; this page makes no claims about performance in specific games.
WORKSPACE
Remote Work
For work, start with your organization’s access policies. Enterprise sign-in, code repositories, cloud storage and meeting services may each have different network requirements, and some organizations restrict exit locations. Ask your administrator which routes are allowed before setting up split tunneling. If you also use a corporate connection tool, check route priority to prevent the tools from overriding each other.
Test sign-in, document saving, file sync and meeting connections, especially reauthentication during longer sessions. VPN19 supports unlimited devices, but network conditions and rules may differ on each one. Keep a verified route for work use. If an issue occurs, save your work before switching to a backup route.
Connection Checks
Start by checking how the app is connecting, then distinguish local settings, route issues and platform account problems.
Check the App and Its Rules
Check the client’s current mode, confirm that the subscription is up to date, and see which rule matches the target app. System proxies, in-app proxies and command-line environments may use different settings. If a browser works, don’t assume every app is using the same exit.
Confirm the Exit and Session
Check the exit region seen by the app, keeping in mind that an existing browser connection may continue using its previous route. Save your work, reconnect to the target service and check again. If you only refresh the client status after switching servers without reconnecting the app, the results may be misleading.
Test the Intended Task
Verify the actual task: browse the full page, play the target content, finish an AI conversation or save a work document. If only one account gets an error, check the platform’s message, account status and permissions rather than attributing every issue to the route.
Include Reproducible Details When Reporting an Issue
Note the service, route name shown in the client, affected app and error message. Say whether the issue occurs during sign-in, loading or continued use, and whether other routes behave the same way. Hide account details in screenshots, and never share subscription links or access credentials publicly. If you need help, submit a ticket through the User Panel.
VPN19 supports Windows / macOS / iOS / Android / Linux. Get the client and subscription through the User Panel. Clients for non-iOS platforms are available to download after signing in; for iOS, available download options depend on the active plan shown in the panel. For setup help, see the Guides. For billing and refunds, visit the FAQ.