100+ countries / 230+ routes

Global Routes Directory

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Routes are organized by region, city and access method. First identify where the target service is located, then choose IEPL, relay or direct access based on session length, interaction sensitivity and exit requirements. The page shows representative entry points; the full selection is available in the user panel.

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ROUTE CATALOG

Browse server nodes by region

The entries below illustrate combinations of regions, cities and route types; they do not represent the complete directory. VPNEC covers 100+ countries / 230+ routes. Available options are shown in the user panel based on the current subscription.

Asia-Pacific

Suitable for services in East, Southeast and South Asia, and often a practical starting range for everyday browsing, short connections and interactive tasks.

Country or region City Route type Streaming support
Hong Kong, ChinaHong KongIEPLSupported; choose based on the target region
JapanTokyoIEPLSupported; suitable for Japanese content
JapanOsakaRelaySupported; suitable for Japanese content
SingaporeSingaporeIEPLSupported; check the target platform
South KoreaSeoulRelaySupported; suitable for Korean content
Taiwan, ChinaTaipeiRelaySupported; choose based on the target region
IndiaMumbaiDirectSupported; check the target platform
ThailandBangkokDirectSupported; check the target platform

North America

Suitable for North American websites, AI tools, developer platforms, remote collaboration services and local content. When the target service is clearly located in North America, choose an exit in the same region.

Country City Route type Streaming support
United StatesLos AngelesIEPLSupported; suitable for US content
United StatesSan JoseRelaySupported; suitable for US content
United StatesSeattleDirectSupported; check the target platform
United StatesNew YorkRelaySupported; suitable for US content
CanadaVancouverRelaySupported; suitable for Canadian content
CanadaTorontoDirectSupported; check the target platform

Europe

Suitable for European local content, cross-region collaboration, development resources and tasks requiring a specific European exit. With many cities across Europe, prioritize the country where the service is located.

Country City Route type Streaming support
United KingdomLondonRelaySupported; suitable for UK content
GermanyFrankfurtRelaySupported; suitable for German content
NetherlandsAmsterdamIEPLSupported; choose based on the target region
FranceParisDirectSupported; suitable for French content
ItalyMilanDirectSupported; suitable for Italian content
SpainMadridDirectSupported; suitable for Spanish content
SwedenStockholmDirectSupported; check the target platform
SwitzerlandZurichRelaySupported; check the target platform

Other regions

Representative exits across Oceania, Latin America, the Middle East and Africa. These exits are best for tasks with a clearly defined target region; do not choose solely by city name.

Country City Route type Streaming support
AustraliaSydneyRelaySupported; suitable for Australian content
New ZealandAucklandDirectSupported; suitable for New Zealand content
BrazilSão PauloRelaySupported; suitable for Brazilian content
United Arab EmiratesDubaiRelaySupported; check the target platform
South AfricaJohannesburgDirectSupported; check the target platform
TürkiyeIstanbulDirectSupported; check the target platform

ROUTE TYPES

How to choose among three route types

Route types describe how traffic is organized between the entry and exit. They are not the same as client protocols. A protocol establishes the encrypted tunnel; the route type determines how data travels across public and dedicated network paths.

TYPE · IEPL

IEPL

IEPL focuses on a more controllable cross-border transmission path. After entering from the access side, data travels through dedicated links or relatively fixed transport resources to the exit, reducing repeated detours across public networks. Its value is not a momentary peak shown on a page, but a more predictable path over long sessions and better continuity during network fluctuations.

These routes suit video calls, remote desktops, sustained uploads, collaborative documents and AI tools that need to stay signed in for extended periods. They typically require greater route-management and maintenance resources, so reserve them for tasks that are more sensitive to continuity. For simply opening webpages, reading documents or running short queries, a dedicated route is not always necessary.

Best for · Long sessions / interactive tasks / sustained transfers

TYPE · RELAY

Relay routes

A relay route first connects to a nearby access point, which then forwards traffic to an exit in the target region. This separates local access from the remote exit into two stages, helping avoid unstable sections of the public network and making distant exits easier to use. The relay layer is part of the path, so maintenance focuses on the combination of entry selection, forwarding path and exit status.

Relay routes suit everyday browsing, streaming, code repositories, cloud consoles and most AI tools. They offer a balanced mix of coverage and operating cost, making them a versatile starting point when a dedicated route is not specifically needed. If a region offers multiple relay entries, test them individually for the current task and keep the most stable one as your regular route.

Best for · Everyday access / regional content / general tasks

TYPE · DIRECT

Direct routes

A direct route connects the client straight to an exit in the target region without an additional relay layer. Its structure is simple, with fewer forwarding steps, and it works well when the local network already has a good connection to the target exit. Direct performance depends more heavily on the user’s network, carrier routing and the public path between the user and the target data center, so results may vary significantly across network environments.

These routes suit light browsing, backup exits, region-specific checks and users who prefer a particular path structure. Direct routes generally have a simpler cost structure, but that does not mean they outperform relay or dedicated routes on every network. If the connection drops frequently, switch to a relay in the same region instead of repeatedly reconnecting to the same exit.

Best for · Light tasks / backup exits / regional checks

A route name is not a speed guarantee

IEPL, relay and direct describe path structure. The actual experience is also affected by the local network, carrier exit, target service data center, connection time and client status. Test with your own real tasks when choosing a route rather than judging solely by its type name.

Nearby does not always mean a shorter path

Geographic distance is only a reference. Public networks may pass through additional cities or exchange points, and a nearby exit may still take a detour. If the target service has a regional requirement, match the region first; otherwise compare different access methods within the same region.

Cost differences come from path resources

Dedicated routes require more controlled transport resources, relay routes require forwarding between entry and exit, and direct routes have a relatively simple structure. You do not need to use the most resource-intensive path at all times; reserve more stable routes for more important, sustained tasks.

USE CASE MATRIX

Route recommendations by use case

Keep the selection order simple: match the target region first, decide whether the task needs a long-lived connection, then compare the actual experience of different routes in the same region.

WEB

Everyday browsing

For ordinary webpages, research, code documentation and short sign-ins, focus on smooth loading and a matching service region. Start with a nearby relay route; when the site has no regional requirement, begin with an Asia-Pacific entry. If page resources come from North America or Europe, choose the corresponding region directly to avoid excessive distance between entry and content source.

Browsing tasks usually consist of many short connections. If one page fails to load, try refreshing or switching to another entry in the same region before moving to a distant country. If only one site fails while others work normally, the cause is more likely a difference in exit region or the target site’s policy.

MEDIA

Streaming and regional content

Start by checking which region hosts the content library. Choose a Japan exit for Japanese content and a US exit for US content; picking a route merely because it looks nearby can produce the wrong region. After connecting, open the target platform and confirm its catalog before playback to avoid a session recheck caused by changing exits mid-stream.

Long playback sessions are better suited to relay or IEPL routes. If the platform homepage opens but the catalog is wrong, check the account region, cache and current exit instead of repeatedly restarting the player. After switching routes, reopen the app so the platform can read the exit location again.

AI

AI tools

AI tools often involve sign-in, ongoing conversations, file uploads and streaming output. Compared with opening a single webpage, these tasks depend more on session continuity. Prefer a relay or IEPL route in a region supported by the target tool, and keep the exit stable throughout a work session. Frequent cross-region switching can trigger another sign-in or session check.

If text chat works but file processing is frequently interrupted, compare route types in the same region before changing clients. Before an important task, run a short conversation and a small file test to confirm the connection, then start the longer task.

GAME

Gaming and real-time interaction

Choose a game route based on the game server’s region, not the account’s registration region. Real-time interaction is sensitive to path changes, so first test a nearby relay or IEPL entry. Do not switch exits after entering a match, as an address change may immediately interrupt the existing connection.

If the launcher and the actual game server are in different regions, complete updates and sign-in first, then choose a route based on the game region. A route that works well for downloads may not suit real-time play; test the two tasks separately.

WORK

Remote work

Video calls, remote desktops, collaboration tools and cloud backends need stable, sustained connections. Prefer IEPL, followed by a relay in the target region. Fix the exit before a meeting and pause unnecessary large-file syncing to reduce competition on the local network. If a company system restricts regions, choose an exit only from an allowed region.

Work scenarios also require attention to DNS and app split tunneling. A browser being reachable does not mean a desktop app uses the same path. After connecting, check the meeting app, collaboration tools and company backend separately; if only one app fails, review the client’s split-tunneling rules first.

REGION INDEX

Find global coverage by task

VPNEC covers 100+ countries / 230+ routes. Regional badges help locate representative exits quickly; view the full directory and the routes available to your current account in the user panel.

Asia-Pacific

Hong Kong, China Japan Singapore South Korea Taiwan, China India Thailand

Suitable for Asian content, everyday access, short interactive tasks and nearby exits.

North America

Western United States Eastern United States Western Canada Eastern Canada

Suitable for AI tools, developer platforms, North American content and remote collaboration services.

Europe

United Kingdom Germany Netherlands France Italy Spain Sweden Switzerland

Suitable for European local websites, regional content, cloud resources and cross-region work.

Other regions

Australia New Zealand Brazil United Arab Emirates South Africa Türkiye

Suitable for region checks, local content and business connections where the target country is clearly defined.

SELECTION WORKFLOW

Route switching checklist

Do not change the region, client and network at the same time. Change one variable at a time to determine whether the issue comes from the exit, route type or local environment.

  1. Confirm the target region

    First confirm the country required by the website, streaming content, AI tool or game server. If there is no regional requirement, choose a nearby region; when there is one, follow the service location rather than your current physical location.

  2. Choose the route structure

    Use relay or direct routes for short browsing sessions; prefer IEPL or a stable relay for ongoing meetings, remote desktops and long sessions. This avoids using dedicated resources for low-sensitivity tasks while keeping important work from relying entirely on public network paths.

  3. Keep test conditions consistent

    Use the same device, client and target service when testing different routes. Do not change the network or adjust many rules while switching routes, or you will not know which change caused the result.

  4. Re-establish the app session

    After changing exits, close and reopen the target app. Some services retain an old connection or cached region data, so clicking a switch inside the client may not update an existing session immediately.

  5. Keep regular and backup exits

    Record one regular route for browsing, streaming, AI tools and work, then prepare a backup entry in the same region for important tasks. When something goes wrong, switching to the backup is more efficient than trying entries at random across the full directory.

ROUTE FAQ

Route selection FAQs

A route is not a permanent choice. When the target service, network or task type changes, reassess the region and access method.

Is the route closest to my location always the best?
Not necessarily. Geographic distance is a useful starting point, but public network paths may take detours. When the target service has a regional requirement, match its country first; otherwise begin by comparing relay routes in a nearby region.
Is IEPL suitable for every task?
IEPL is better suited to sustained sessions, real-time interaction and important work tasks. For short browsing, ordinary research or regional checks, start with relay or direct routes. Assign routes by task rather than relying on one type for everything.
Why does an app still show the old content after I change regions?
The app may retain an old session, cache or existing connection. After switching routes, close and reopen the target app, and sign out of the old session before reconnecting if necessary. Also check whether the app serves content based on the account region rather than the exit region.
Can the same account use different routes on different devices?
Yes. This service supports unlimited simultaneous devices. Each device can choose a region for its own task—for example, a work device can use IEPL while a streaming device uses a relay in the region where the target content is available.
How can I view the full route directory?
After creating an account, open the user panel and check the subscription and client pages for routes available to the current account. No email address is required; a username and password are enough.
What should I check first when choosing a streaming route?
First confirm the region of the content library, then choose an exit in the same country. Reopen the platform after connecting and check its catalog. Results also depend on the account region and the platform’s own policies, so use the actual content page as the reference.

VPNEC ROUTE ACCESS

Get the full route directory

100+ countries / 230+ routes. Supports Windows / macOS / iOS / Android / Linux. No email address required; create an account with a username and password.

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