To choose a VPN server, first check which region your target service requires, then compare how each route performs for your needs. A region label indicates the exit location; IEPL, relay, and direct describe parts of the traffic path. None guarantees a faster connection on its own. Start with servers that meet the region requirement, then test them with the apps you use.
The same server can perform differently across providers, access networks, and times of day. Distinguish between being able to connect, reach the target service, and use it smoothly over time. This guide offers a repeatable way to compare options, not a ranking claiming that one country or route type is always best.
Understand regions, routes, and protocols
A server name in a client often combines several details. The country or region usually refers to the connection’s exit location, not necessarily the location of the first server your device connects to. Route type describes how the service forwards traffic, while a protocol defines how the client and server communicate. Treat these as separate factors when choosing a server.
For example, a relay connection may first reach an entry server, then continue over another link to an exit outside your region. The destination website typically sees the exit address, not the entry address. A region in the server name also does not mean every part of the route is located there. Check the service details and verify the exit location to understand the actual setup.
Shadowsocks, VMess, Trojan, VLESS, and similar names refer to proxy protocols or related protocol families, not IEPL connections. A protocol name alone does not tell you which international route is used, or establish the encryption settings, bandwidth, or congestion level. Client compatibility also depends on the version and configuration.
Comparing IEPL, relay, and direct connections
These terms are not mutually exclusive. Relay describes traffic forwarded through an intermediate server, while IEPL describes a dedicated carrier service used for part of a route. A relay route may also use a dedicated line. To compare options, first understand what each term describes, then check the details for the specific server.
| Route label | What it generally describes | What to check when choosing | What you cannot infer |
|---|---|---|---|
| IEPL dedicated line | An Ethernet private line provided by a carrier is used for part of the traffic route | Overall performance from your local network to the entry point, from entry to exit, and from exit to the target service | That every part of the route is dedicated or guaranteed to be congestion-free |
| Relay | The client connects to an entry server, which forwards traffic to an exit server | Entry-point reachability, relay-link quality, and performance during peak hours | That forwarding traffic necessarily makes the connection slower or faster |
| Direct | The client connects directly to an overseas server, typically without an additional entry point provided by the service | Your local provider’s international routing, packet loss, and sustained transfer performance | That fewer routing steps necessarily mean lower latency |
An IEPL segment may reduce uncertainty from some public-internet routing, but your local connection, shared capacity, and exit network still affect performance. Do not assume that “dedicated line” means the entire route from your device to the destination website uses a private link, or that the label alone says anything about privacy protection.
A relay adds a forwarding step, but may improve the connection through better routing. A direct route has a simpler structure and may also perform well when your local international connection is suitable. What matters is the full route from your current network to the target service—not which label sounds more impressive.
Bottom line: Route type can help narrow down your options, but performance in the apps you actually use should determine which servers you keep. Don’t keep a server just because it says “IEPL,” or rule one out just because it says “direct.”
Choose an exit region for your use case
Everyday browsing and research
If you have no specific region requirement, start by testing a nearby exit location—but use distance only as an initial filter. Internet traffic may take an indirect route, and a farther location may have better connectivity. Try loading the websites you use and check the initial load, image resources, and navigation between pages. This is more relevant than relying only on the latency order shown in your client.
Remote work and online meetings
First check whether your company’s systems restrict access by region, require a specific connection method, or allow access through a personal proxy. After confirming you can sign in, test meeting audio, screen sharing, and file syncing. Real-time communication is sensitive to latency variation and packet loss; a high peak download speed won’t make up for frequent audio dropouts.
For work accounts, try to keep your exit region consistent and avoid unnecessary switching. If you also use a company VPN, follow your company’s setup instructions first. Running multiple network tools at once can take over routing and make internal domains or work resources unreachable.
Streaming and region-specific content
First confirm that the content is available in the target region, then test a specific server. Different exit addresses in the same region may be treated differently by a platform, so matching the region does not guarantee playback. Account region, content licensing, and platform rules can also affect access. See our streaming guide for more on what to expect.
Large file transfers and cloud sync
For downloads, focus on sustained throughput; test upload performance separately. A brief speed spike followed by a decline is different from a steady transfer throughout. Keep data usage in mind when testing, and choose a plan based on your actual usage—not repeated file transfers just to maximize a speed test.
A step-by-step server selection guide for beginners
Keep the number of options manageable, and change only one major factor at a time. If you switch regions, protocols, and client modes all at once, even a better result won’t tell you what made the difference.
- Define your goal. List the websites or apps you need to use. Decide whether you need a specific exit region and what matters most: page responsiveness, reliable meetings, or file transfers.
- Set up your client. Get the client from your account panel. Sign in, get your subscription, then import it and refresh the server list using the client’s instructions. Don’t add configurations from untrusted sources to your tests.
- Keep your local setup consistent. Use the same device and access network where possible, pause large background syncs, and first check that your local connection works normally without a proxy.
- Compare your options. First test common apps with servers that meet your region requirements, then compare other routes in the same region. Note any actual issues with loading, playback, audio, or transfers.
- Test again at your usual times. A server that works well during the day may need checking at the times you normally use it. Keep a primary and a backup option; there’s no need to rerank the entire list every time you open the client.
You can get clients for Windows, macOS, Android, and Linux after signing in. The iOS download link is available under the conditions of eligible plans. Client support for protocols, rule formats, and speed tests varies by platform. Use a compatible subscription format; a successful import on one platform does not mean it will work on every platform.
Understand latency, packet loss, and sustained performance
The “latency” shown in a client may come from a connection test, a web request, or another probe. It may not measure the full round trip to the website you want to reach. Results from different clients or probe destinations cannot be ranked directly against one another. A failed test may simply mean the probe target is unreachable; it does not prove that all apps will fail.
Latency affects interaction time; jitter reflects changes in latency; packet loss can cause retransmissions or lower real-time audio and video quality. Throughput measures sustained transfer capacity. If downloads are fast but webpages occasionally stall, check packet loss, DNS resolution, and the target site’s response instead of simply looking for more bandwidth.
- ✅ Compare candidate servers with the same client and test method, and note your local network and time of day.
- ✅ Check with the apps you actually use: do webpages load fully, do meetings drop out, and do files transfer steadily?
- ✅ Compare peak and off-peak performance to distinguish occasional issues from recurring problems.
- ❌ Rely on a single speed-test peak or rank latency figures from different tools as if they were comparable.
- ❌ Download files and switch access networks during a test, then attribute every difference to the server.
If the issue goes away on another access network, investigate your local connection or provider routing first. If the same website has issues across multiple servers, consider the site’s own status or account restrictions. These cross-checks are more useful for finding the cause than switching randomly between servers.
Connected but can’t load websites? Check split tunneling and DNS
A successful server connection only confirms that a connection between the client and a server is working. Whether app traffic actually uses the proxy also depends on system proxy settings, routing mode, app settings, and split-tunneling rules. Some apps ignore the system proxy, so a working browser does not prove that other apps use the same route.
Rule-based mode typically chooses direct or proxied connections based on domains, addresses, or other conditions. If a target site is incorrectly assigned to a direct connection, changing servers may not help. As a comparison, you can temporarily try the client’s global proxy mode—but this may not route traffic from every app, so check how the client handles it.
DNS translates domain names into addresses. DNS queries may be handled by the system, browser, or client, and encrypted DNS settings in some browsers can affect where they go. A DNS leak generally means queries are being handled by a resolver on your local network, rather than following the expected protected route. This is separate from whether your exit region is correct.
First check the client’s DNS and split-tunneling instructions. Then rule out conflicts with browser-specific DNS settings, caches, and other network tools. Don’t assume there’s a leak just because a test page names a particular DNS provider; check where the queries actually go against your expected configuration. For step-by-step help, see our Guides.
Keep a primary and a backup server to avoid unnecessary switching
Once you’ve found a server that suits your needs, note its exit region, use case, and any issues. There’s no need to chase the lowest number on the entire list. A backup server ideally uses a different entry point or route, but a different region label alone does not prove that the underlying route is independent. Check the server details.
If something goes wrong, first check your local connection, then confirm that your subscription is up to date, the client has the right server selected, and the rules route your target app through the proxy. If the issue persists, submit a support ticket in the account panel with your client platform, network setup, selected server, and the exact error. Don’t include your password or full subscription link.
Choosing order: First meet the target region and service requirements, then check stability during your usual hours, and finally compare responsiveness and sustained transfers. A server that fits your network and needs is more useful than a top spot in a single speed test.