Overview of representative routes
The list below illustrates how VPNXA organizes regions; it is not the complete list of 210+ routes. The same country or region may offer different cities and connection methods. Actual options are shown in the user panel after login. Streaming support means a route can be used for the relevant content service, but available content still depends on the platform account region, licensing, and current detection policies.
| Country or Region | City | Route Type | Streaming Support |
|---|---|---|---|
| Asia-Pacific | |||
| Hong Kong, China | Hong Kong | IEPL | Supported |
| Japan | Tokyo | IEPL | Supported |
| Japan | Osaka | Relay | Supported |
| Singapore | Singapore | IEPL | Supported |
| South Korea | Seoul | Relay | Supported |
| Taiwan, China | Taipei | Relay | Supported |
| Australia | Sydney | Direct | Supported |
| North America | |||
| United States | Los Angeles | IEPL | Supported |
| United States | San Jose | Relay | Supported |
| United States | Seattle | Direct | Supported |
| United States | New York | Direct | Supported |
| Canada | Vancouver | Relay | Supported |
| Canada | Toronto | Direct | Supported |
| Europe | |||
| United Kingdom | London | Relay | Supported |
| Germany | Frankfurt | Relay | Supported |
| France | Paris | Direct | Supported |
| Netherlands | Amsterdam | Direct | Supported |
| Switzerland | Zurich | Direct | Supported |
| Sweden | Stockholm | Direct | Supported |
| Other Regions | |||
| India | Mumbai | Relay | Supported |
| United Arab Emirates | Dubai | Relay | Supported |
| Brazil | São Paulo | Direct | Supported |
| South Africa | Johannesburg | Direct | Supported |
| New Zealand | Auckland | Direct | Supported |
Route type determines the connection path
The same city does not mean the same connection path. IEPL, relay, and direct routes differ mainly in how traffic travels from the local network to the international exit, where forwarding occurs, and how much peak-time performance is affected by public-network fluctuations.
IEPL
IEPL routes use an enterprise-grade international private-line approach for cross-border connectivity. Traffic first reaches a designated access point, then travels to the international exit over a dedicated transmission path, with less reliance on the public network. The goal is not the highest burst speed in every situation, but fewer detours and less peak-time route variation, making long-lived connections, video meetings, remote desktops, and sustained transfers more consistent.
These routes typically cost more to build and maintain than standard access methods, so they suit tasks that depend on stability. Try IEPL first for persistent work sessions, high-bitrate streaming, AI tools with longer response times, or networks that fluctuate noticeably in the evening. If the target service is far away, still choose an exit near that service rather than relying only on the “IEPL” label.
- Best for persistent connections, remote work, and peak-time use
- A more concentrated access path helps reduce unnecessary route changes
- Prioritize it for tasks sensitive to interruptions and jitter
Relay routes
A relay route sends the connection to an entry point in the local or a nearby region first, then forwards it through a relay node to the target exit. Its value is in avoiding poor direct paths between the local network and a distant data center. By reorganizing the first and second legs, it can provide a better balance across carriers and regions.
A relay is not automatically faster than a direct route. It adds a forwarding layer, and results depend on entry quality, exit location, and the local carrier path. Start with relay routes for everyday browsing, file synchronization, streaming, and standard AI tool access. If one relay performs poorly, try another entry in the same region instead of repeatedly switching between distant countries.
- Best for everyday access, streaming, and cross-carrier networks
- Adjusts the overall path by separating entry and exit roles
- Compare it with a direct route to validate the same target region
Direct routes
A direct route connects the local network to an international exit without an additional relay layer. Its simpler structure suits networks with strong international access, clear routing to the target city, or users who need an exit in a distant region. Europe, South America, and other distant exits often use direct routes to complement regional coverage.
Direct routes depend more on the current state of the local network and international public links, so results may vary significantly by region and carrier. Watch whether pages open continuously, video playback remains stable, and long-running tasks avoid interruptions rather than judging from a single speed test. If direct performance fluctuates in the evening, switch to a relay or IEPL entry in the same region.
- Best for networks with favorable routing or a need for a distant regional exit
- A straightforward connection structure makes comparison with relay results easier
- Keep a backup entry ready when the local network changes frequently
Choose international routes by use case
You do not need to test every endpoint. Identify the target service region and task type first, then compare nearby cities. This is usually more effective than judging by route names alone. The methods below fit most everyday scenarios.
Accessing international websites
Everyday websites, search, documents, and social services depend more on consistent page loads and connection recovery. Start with nearby Hong Kong, Tokyo, or Singapore endpoints, then check whether familiar sites can reliably complete sign-in, image loading, and file uploads. If the local cross-carrier path is poor, switch from direct to relay. There is no need to use a distant exit for ordinary browsing.
Streaming and regional content
For streaming, first check whether the exit region matches the content library, then assess playback stability. Choose a Japan exit for Japanese content and a US exit for US content. If the library does not change after connecting, fully close and reopen the app, then check the account region, cache, and location permissions. Platform policies can change, so “supported” means the route is intended for that access use case, not that every account will see the same programs.
Chat and file processing
AI tools often involve long responses, file uploads, and persistent sessions. Prefer a relay or IEPL entry with stable routing in a region where the target service is available. After connecting, avoid frequently changing countries within the same session, which can trigger repeated changes to login status, region detection, and security checks. Before uploading a large file, test continuity with a short conversation.
Gaming and real-time interaction
Gaming depends more on direct routing, steady jitter, and the distance between the game server and exit city. Confirm the game server region first, then choose the same region or a nearby city. After connecting, observe input response in training or casual mode rather than relying only on a browser speed test. For brief lag spikes, compare direct and relay routes in the same region instead of choosing a popular but more distant endpoint across continents.
Meetings and remote connections
Video meetings, remote desktops, code repositories, and business cloud drives need connections that stay active for long periods. Choose an IEPL or relay entry near the work service and complete sign-in and permission checks before an important meeting. Avoid changing exits during the meeting. If the company system restricts login regions, keep the exit region consistent. For important transfers, prepare a backup route in the same region so you can switch quickly if the current path changes.
How to test after switching routes
A route should be judged by real tasks. A single speed test can be affected by local Wi-Fi, background updates, browser cache, and the target server. A more reliable approach is to keep test conditions consistent and observe the full workflow in services you use regularly.
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Rule out local network interference first
Pause system updates, cloud-drive synchronization, and large downloads. If the wireless signal is weak, move closer to the router or use a more stable local connection. If local websites also fail frequently, fix the basic network before comparing international routes.
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Choose an entry in the target region
Connect first to a city in the region where the target content is located. When everyday browsing has no specific regional requirement, start with a nearby endpoint. This reduces variables caused by distance and makes it easier to determine whether an issue is local, route-related, or service-side.
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Reopen the target app
After switching routes, close and reopen the target app or browser tab. Some apps retain the previous connection, so changing the exit alone may not take effect immediately. If a streaming library does not refresh, leave the account page and enter it again, but avoid rapidly switching among multiple countries.
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Complete a real task
For browsing, open several familiar pages continuously and upload a normal file. For streaming, scrub the timeline and observe recovery. For AI tools, complete a continuous conversation. For work, connect to a remote service and use it normally. A real workflow says more about route suitability than a single speed number.
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Compare backup paths in the same region
When the current route is poor, first try another route type in the same region instead of immediately switching to a distant country. Direct, relay, and IEPL routes differ, so comparisons within the same target region are more meaningful. Once you find a stable entry, keep it as a regular option.
Coverage and availability
VPNXA covers 110+ countries and 210+ routes, with support for Windows / macOS / iOS / Android / Linux. The service does not limit the number of devices, making it suitable for use across a personal computer, tablet, and mobile device under one subscription. Specific client and subscription details are available in the user panel after login.
Routes are organized by region, city, and connection method. The representative list provides a quick view of coverage; the user panel shows the complete set of available endpoints.
Configure the service on supported platforms. When connecting many devices, manage usage according to your plan’s traffic allowance and actual needs to avoid long-running background synchronization consuming traffic.
Create an account with a username and password. After activation, open the panel to choose a plan, get the client and subscription, and view currently available routes.
Monthly plans start at ¥9.9/month with 60GB included. All plans come with a 30-day money-back guarantee. See the plans page for current pricing and traffic allowances.
Route selection FAQ
Why are there different route types in the same city?
The same exit city only means the target service is reached from a nearby region. IEPL, relay, and direct routes use different access paths, so performance can vary across local networks and times of day. When you encounter instability, try another route type in the same city or region first; this makes it easier to find a path suited to your current network.
Is the closest location always the best choice?
Not necessarily. A shorter distance can reduce transmission length, but the target service’s regional requirements, carrier routing, and route type also matter. For everyday browsing, start with a nearby region. For streaming, business systems, or region-specific services, meet the target-region requirement first, then compare local endpoints.
Why has the streaming library not changed even though support is shown?
The content library can also be affected by the account region, app cache, location permissions, and the platform’s detection policies. After switching to a route in the target region, reopen the app and check the account settings. If the platform retained the previous connection, leave the current page and enter it again. Availability changes with platform policies, so actual results depend on what your account displays.
Which route type should I prefer in the evening?
Try an IEPL or relay route in the target region first, then observe continuity during a real task. If the local carrier’s direct path is stable at that time, you can continue using direct. The key is to keep the target region fixed and compare paths instead of switching randomly among distant exits.
Where can I find the complete route list?
This page shows representative regions and cities. After creating an account and activating service, get the client and subscription from the user panel; importing the subscription into the client will show currently available endpoints. No email address is required; a username and password are enough.