To choose a VPN route, first check which locations the service supports. Then make sure a route can reliably handle your task before comparing speed. Streaming needs sustained throughput, AI tools need an eligible region and a stable exit, remote work needs consistent sessions, and gaming needs steady latency. Node names and a single speed test are not enough to judge performance.
What regions, entry points, and exit points determine
In a client, the listed location usually refers to the exit—the apparent network location seen by the destination website. The entry point is where your device connects to the service network. Your device may connect to a nearby entry point before traffic is relayed to an exit in another region. So a node’s listed location doesn’t mean the entire route is there, or that it will be faster from your network.
Geographic distance can help narrow down options, but peering between providers, indirect routing, and congestion can all affect performance. A nearby exit may take a roundabout route, while a farther one may have a smoother path. Consider both the destination service’s location and your local network; “closer is better” isn’t a universal rule.
The geolocation, sharing status, and reputation history of an exit IP can also affect your experience. A website may identify an IP differently from the location shown for a node. Being able to open a site doesn’t mean every account feature will work. If you see a regional restriction, check the service’s own eligibility requirements instead of repeatedly switching nodes.
How to compare direct, relayed, and dedicated routes
These terms describe network paths or the type of connectivity used; they’re not proxy protocols. The table outlines common industry meanings and doesn’t imply that VPNHY offers every type listed. Check the servers page and the labels currently shown in your client for available routes.
| Route type | Typical path | Potential benefit | What to verify |
|---|---|---|---|
| Direct | The device connects straight to the proxy server, usually over the public internet | A relatively straightforward path | Routing, congestion, and reachability between your local provider and the server |
| Relayed | The device connects to an entry point, which forwards traffic to the exit | May improve access to the entry point or the path between networks | Entry-point load, relay capacity, and exit quality |
| IEPL dedicated line | An international Ethernet private line carries part of the route | Can reduce the impact of public internet congestion on that segment | Which segments are covered, shared capacity, and the public internet path from the exit to the destination website |
A dedicated line can’t prevent Wi-Fi interference on your device or add capacity to a destination website. A relay adds another segment, but may still perform better than a direct route if network interconnection is better. Ask which specific segment the term refers to; “dedicated line” doesn’t mean the entire path from your device to the destination is reserved for you.
Shadowsocks, VMess, Trojan, and VLESS are common proxy protocols or protocol families. Hysteria2 and TUIC typically use QUIC transport over UDP. None of these inherently means a route is direct, relayed, or dedicated. Protocol availability depends on the client implementation, server configuration, and local network. For example, connections that rely on UDP may not work properly if UDP is restricted. This guide doesn’t rank speeds by protocol name.
Choose by use case: streaming, AI, work, and gaming
Streaming: check playback, not just peak speed-test results
First check the platform’s account and regional requirements, then test actual playback. If the home page loads, that only confirms that some requests are reaching the site; thumbnails, sign-in, and video segments may come from different domains. Use the same device and video quality, then check for buffering, recovery after seeking, and performance at the times you usually watch. This is more representative than a download speed test.
If the site works but video playback doesn’t, check whether your routing rules cover the relevant media domains, then see whether the platform restricts the exit. A successful playback test once doesn’t guarantee lasting access; platform policies and content rights can change.
AI tools: check eligibility first, then test persistent connections
Choose a region supported by the tool and check account eligibility, organization policies, and terms of service. An exit in a supported region doesn’t automatically make you eligible to use the service. After the site loads, check whether sign-in remains stable, streamed responses finish, and file uploads complete.
For everyday use, keep the region and exit relatively consistent rather than switching between regions to chase speed-test results. Some features rely on persistent connections, so a brief interruption may stop a response without taking the entire page offline. For more troubleshooting tips, see AI acceleration guide. Actual availability depends on the destination service.
Remote work: keep meetings, file sync, and company network access reliable
For work, check video calls, document sync, and company resources separately. Internal company domains may require corporate DNS or a specified network; don’t assume a personal proxy can access everything. Follow your organization’s requirements when using its VPN, managed devices, or data, and don’t change routes or bypass security controls without authorization.
Avoid changing exits during a meeting. If a company system uses an IP allowlist, confirm the access method with your administrator; a regular shared exit is not a static IP. Once testing is complete, save your client configuration so rule updates don’t accidentally send internal requests through an external route.
Gaming: focus on jitter, packet loss, and UDP support
Choose an exit near the game server with a good actual route—not simply a region close to the player. The latency shown by a proxy client may measure an entry-point probe or handshake time, not the round-trip time to the game server. Use in-game network indicators, response to controls, and disconnects as your main measures.
Many games rely on UDP, while system proxy mode may only handle apps that support proxy settings. If game traffic isn’t routed through the proxy, changing nodes won’t change its path. Check whether you need TUN mode and whether the client and service support UDP forwarding. A standard subscription service is not the same as a product specifically optimized for gaming.
Import your subscription, then test it step by step
Subscription links usually contain access credentials and should be kept as securely as a password. They let compatible clients retrieve configuration; they’re not public sharing links. If an import fails, first check format support, subscription status, and client version. Don’t post the full link on public forums or online conversion sites.
- Get a compatible client.See the instructions at the user dashboard download page. Sign-in is required to download; iOS download eligibility depends on the information shown in the dashboard. Sign-in is also required to access your subscription.
- Import and update the configuration.Make sure the client supports the subscription’s format and protocols. After importing, check that the node list is complete. Don’t change encryption, transport, or certificate verification settings without instructions.
- Choose a proxy mode.For everyday use, start with the rule mode that fits your needs. System proxy and TUN modes cover different traffic; a connected status doesn’t mean every app is being routed through the proxy.
- Keep comparisons consistent.Test candidate routes using the same device, network, task, and similar time of day. Change only the route each time; don’t also change DNS, protocol, and rules.
- Record what happens.Note the region, node name, time of use, symptoms, and how you restored service. Distinguish between failure to connect, connection without access, and interruptions during use instead of labeling everything “slow internet.”
- Retest at your usual times.Test again when you actually need the service, and keep a backup route that can handle the same task. Don’t draw long-term conclusions from a single smooth session.
Connected but not working? Check DNS and routing
DNS translates domain names into addresses. If the proxy is connected but your local resolver still handles the destination domain, the result may not suit the current route, or queries may not enter the tunnel as expected. A DNS leak means queries use a resolver path outside the intended protection. Don’t draw a conclusion just because a test page shows a particular resolver name.
First decide what you expect: which domains should be resolved through the proxy, and which internal domains should use local DNS. Then check whether the client’s DNS policy, browser Secure DNS, and system settings are overriding one another. Some clients use remote DNS resolution or Fake-IP mapping; a different display doesn’t necessarily mean something is broken. If you’re unsure about a setting, restore the compatible defaults provided by the service.
Routing rules determine whether requests go through the proxy, connect directly, or are blocked. If a site’s main page works but sign-in fails, the authentication domain may be missing from the rules. If a work system becomes unreachable, an internal domain may have been sent through the proxy by mistake. Temporarily using global proxy mode can help diagnose rule issues, but it’s a troubleshooting step—not necessarily a good long-term setup, and it must not conflict with company network policies.
- ✅ Check that the target app’s traffic is actually routed through the proxy, not just that the client says “Connected.”
- ✅ Check which rules match and review connection errors. Keep redacted logs if needed for troubleshooting.
- ✅ If disconnections happen only after sleep, check background activity and power-saving settings first.
- ✅ If IPv6 is involved, check that its routing and DNS handling match your expectations. Don’t assume it’s automatically covered by the tunnel.
- ❌ Don’t disable certificate verification to fix connection problems, and never share subscription credentials or full account configurations publicly.
Evaluate plans and routes separately
The route affects how smoothly a task works; your data allowance determines how much you can use. A plan’s price alone doesn’t tell you how a particular route will perform. Streaming, file sync, and multiple devices all use data. Check your actual usage before choosing a monthly subscription or data bundle; node count is a less useful way to compare plans.
VPNHY monthly plans are ¥9.9 / 60GB, ¥18 / 250GB, and ¥28 / 500GB, with data resetting monthly on the activation date. If you upgrade mid-cycle, the price difference is prorated for the remaining days. Data bundles are ¥158 / 300GB, ¥358 / 1000GB, and ¥658 / 3000GB; they’re used until depleted and never expire. See plan details for more information.
VPNHY offers 100+ countries and 180+ routes, with no limit on the number of devices connected at once. These figures describe coverage and usage limits; they don’t guarantee that every destination website will always be available. Bank-grade encryption protects data in transit, but doesn’t replace checking the destination website, client sources, and account security. You can request a full refund for any reason within 60 days of your first payment.