Asia-Pacific
Singapore, Japan, Hong Kong
Location Directory and Selection Guide
Global Servers and Route Selection
VPNKX provides cross-border access across 110+ countries / 160+ routes. When choosing a route, consider more than the location name: verify the target website, platform, local network and actual access time.
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REGION DIRECTORY
Static directory
Location Coverage Overview
North America
United States
Europe
France
Other regions
Australia
110+countries
160+routes
The directory helps identify target regions; confirm cities, route types and streaming results in the user panel.
Location Directory
International Routes by Location
The table explains how locations, cities and route types are organized. It does not show latency, load, online user counts or real-time bandwidth. Streaming status uses a verification-based description because results may vary by platform, account region and content rights.
Asia-Pacific
A good starting point when your target is in East Asia, Southeast Asia or a nearby region.
| Country or region | City | Route type | Streaming support |
|---|---|---|---|
| Singapore | Singapore | Relay | Verify against the target platform |
| Japan | Tokyo | IEPL | Verify against the target platform |
| Hong Kong, China | Hong Kong | Relay | Verify against the target platform |
North America
For North American websites, workplace services or content platforms, use the service’s region as your first selection criterion.
| Country or region | City | Route type | Streaming support |
|---|---|---|---|
| United States | Los Angeles | Direct | Verify against the target platform |
Europe
For European websites or regional content, also check the target platform’s account region, content license and in-app notices.
| Country or region | City | Route type | Streaming support |
|---|---|---|---|
| France | Paris | Relay | Verify against the target platform |
Other covered regions
For distant destinations, verify performance against your local network, carrier path and time of use.
| Country or region | City | Route type | Streaming support |
|---|---|---|---|
| Australia | Sydney | Direct | Verify against the target platform |
How the network path is organized
Route Types: Principles and Trade-offs
IEPL, relay and direct routes describe different ways of organizing network paths. Each has suitable use cases; without considering the local carrier, target region, time of use and specific application, they cannot be reduced to a fixed speed ranking.
Route type
IEPL
IEPL routes generally use a relatively independent cross-border transmission path to carry traffic, with the aim of reducing unpredictable detours and congestion on public networks. Their value lies mainly in path management and control over the cross-border segment, not in guaranteeing identical results for every endpoint or carrier.
These routes are better suited to remote work, persistent sessions and file transfers where connection continuity matters. If the local connection has packet loss, unstable Wi-Fi or an incorrect system proxy configuration, switching to an IEPL route cannot replace local troubleshooting.
Building and maintaining dedicated routes usually costs more than using ordinary public network paths, so providers allocate capacity and locations more selectively. Confirm that the target region matches first, then test the actual application; do not decide based on the route name alone.
Route type
Relay routes
A relay route first sends the connection to an entry point suited to the current access network, then uses an intermediate link to reach the target region. Its main purpose is to adjust the path, avoid some detours that may occur on direct cross-border routes, and allow the entry and exit points to be managed separately by region.
More relays do not automatically make a path better. A well-designed relay should serve route optimization. If the local connection to the entry point is poor, or the target service requires a particular exit region, you may still need to change the entry point or target region. When testing a relay, check whether page loading, persistent connections and in-app requests all work normally.
Relays require additional entry and forwarding resources, so their operating complexity generally falls between ordinary direct routes and dedicated routes. They suit everyday browsing, office software, AI Tools and content platforms, but the final result should always be verified in practice.
Route type
Direct routes
A direct route goes from the current network to the target region without an additional relay, resulting in a simpler path. Its suitability mainly depends on the public network route from the local carrier to the target region, including congestion and routing changes at the time of use.
When the route between the local network and target region is smooth, a direct route can provide a clear, straightforward path. If some webpage resources fail, an app repeatedly retries its connection or performance varies sharply by time of day, compare routes instead of repeatedly changing account credentials.
Direct routes have a relatively simple resource structure and generally cost less than dedicated solutions requiring independent cross-border resources. Cost differences do not directly predict performance: distance, routing direction, local access and the target service’s response all matter.
Choose by use case
Route Selection for Different Use Cases
The goal is not to find one permanently optimal region, but to identify whether an issue lies with the local network, international route, target application or account region with as few changes as possible. The methods below provide a repeatable order of checks based on your goal.
Everyday browsing and research
Everyday browsing involves many kinds of requests, including page content, images, scripts and login endpoints. Start with a route near the target website’s region, confirm that the homepage, login page and internal links work, then check whether several pages remain consistent.
If only a few images or attachments fail, first rule out browser cache, extensions and DNS resolution. If several unrelated websites show similar symptoms, compare another route in the same region. This helps avoid mistaking a temporary issue at one site for a general route problem.
Streaming and regional content
Streaming access depends not only on the exit region, but also on the platform account region, content rights, app cache and device location settings. After choosing a route, reopen the target app and check the specific content you want to watch; a loaded homepage does not mean all content is available.
When video quality drops automatically, distinguish sustained bandwidth from device decoding capability. Close other network-intensive tasks, then check playback startup, seeking and continuous playback. If the platform explicitly reports a region mismatch, try another route in the same target country and recheck the account and content page.
AI Tools and persistent sessions
AI Tools often depend on login, page APIs, continuous output and file uploads at the same time. Do not judge a route only by whether the login page opens; test a new session, consecutive replies and file handling. When the service region is clear, prefer a nearby location; when it is not, start with an international route that is nearby and stable.
If the page opens but replies stop, check whether the issue occurs only in a specific browser or session, then compare the app notice with the account status. Frequent changes in exit region may trigger extra verification, so keep one variable at a time when troubleshooting: change only the route, browser or local network.
Gaming and interactive apps
Games and interactive apps depend more on connection continuity, round-trip time and route stability. Prefer a route near the game service region, and confirm that the launcher, login endpoint and game process use the same network path. Routing only the launcher through the accelerated connection while the game uses the local network can allow login but cause failures after entering the service.
When the connection drops, first check Wi-Fi fluctuations, background downloads and system power-saving settings, then try another route to the same target region. Service maintenance, matchmaking region and account settings may also affect results, so do not treat a single incident as long-term performance.
Remote work and file transfers
Work setups often include web admin panels, meetings, code repositories, cloud drives and enterprise identity verification. Choose a route based on the most critical business system, complete login first, then test uploads, downloads and persistent sessions. If company systems restrict access by region, follow your organization’s network and account rules.
Video meetings and large file transfers have different network sensitivities. Normal web access does not guarantee a stable meeting, and a smooth download does not replace upload testing. Before important work, run the complete workflow in the actual software and keep an alternative route in the same region for critical tasks.
Troubleshooting order
First check the local network
Before changing regions, confirm that the current network can reach common websites normally and disable other tools that may also control the system proxy. Unstable Wi-Fi, captive portals, power-saving settings and DNS cache can all look like route failures.
If the local network itself is unstable, repeatedly switching international routes only adds variables. First compare using another available network, then return to the original network to check the router, system permissions and app proxy settings.
Open the troubleshooting guide- Confirm local webpages and network authentication work
- Check whether another tool is controlling the system proxy
- Compare Wi-Fi with another available network
- Record app notices and the time the issue occurred
Choose a region
Then compare the target region
When a target website has a clearly defined service region, prefer the same or a nearby region. If no region is specified, start with a geographically close location with a more direct path, then verify login, page loading and persistent sessions step by step.
Keep the browser, device and local network unchanged while switching routes; avoid changing several conditions at once. Only then will comparisons between routes be meaningful. For Streaming and AI Tools, open the actual content page or complete a real operation rather than checking only the homepage.
View platform connection guidance- Narrow the options by target service region
- Change only the route in each comparison
- Verify login, content and persistent sessions separately
- Prioritize platform notices over regional assumptions
Continue verifying
Record reproducible results
Route performance can change with the local carrier path, time of use and target service. A useful record includes the device platform, network, target app, route location, action that triggered the issue and app notice—not just “won’t open” or “slow.”
If several routes and target websites show the same issue, begin a systematic investigation. If only one app is affected, first check its account region, cache, permissions and proxy rules. When submitting a support ticket, clear reproduction conditions reduce back-and-forth questions.
Open the support ticket page- State the device platform and local network
- Record the target app and specific action
- Keep the error notice instead of only stating a conclusion
- List the regions and troubleshooting steps already tried
Directory usage notes
Coverage Does Not Mean Fixed Results
VPNKX covers 110+ countries / 160+ routes. The location directory helps identify an exit region and target destination, but the exact city, entry arrangement and route type may appear differently in the live user panel. Directory examples on this page do not guarantee permanent access to any particular app.
The path used by the same route may differ across local networks, and a content platform may adjust access rules based on the account, rights region and app environment. After choosing a route, verify using the actual webpage, app feature and target content, and follow the target service’s usage requirements.
Subscriptions support Windows, macOS, iOS, Android and Linux, with unlimited devices. Proxy permissions, background operation and system network settings differ by platform; if the same route behaves differently on one platform, first review that platform’s connection steps.
Full plan and data-pack rules are listed on the pricing page. Monthly subscription data resets each month on the activation date, and mid-cycle upgrades are prorated for the remaining days; data packs remain valid until used and never expire. Payments support Alipay, WeChat Pay and USDT, with a 30-day money-back guarantee.