routes/ Regional and Route Type Index

Server Locations Directory

Browse VPNHu’s international routes by region, city, and connection method. The directory explains where routes are located, how they are organized, and which access scenarios they suit—without using brief samples as a substitute for long-term connection testing.

90+ countries 200+ routes Unlimited devices
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routes/catalogue 90+ countries / 200+ routes
asia-pacific/ Asia-Pacific Routes Tokyo · Hong Kong · Singapore · Seoul north-america/ North America Routes Los Angeles · Seattle · New York · Toronto europe/ Europe Routes London · Frankfurt · Paris · Amsterdam other-regions/ Other Regions Dubai · São Paulo · Johannesburg · Istanbul
IEPL Relay Direct Streaming AI
catalogue/regions

Browse Routes by Region

The directory below lists representative cities to show regional coverage and route types. Actual availability is based on the subscription directory after sign-in. A region may offer multiple connection methods, so consider the purpose, the destination service’s location, and the local network environment together.

asia-pacific/

Asia-Pacific Routes

Suitable for services in East Asia, Southeast Asia, and Oceania, and often a good first choice for everyday browsing, AI tools, and Asian streaming platforms.

Country or Region City Route Type Streaming Support
JapanTokyoIEPL Dedicated LineSupported
JapanOsakaRelaySupported
Hong Kong, ChinaHong KongDirectSupported
SingaporeSingaporeIEPL Dedicated LineSupported
South KoreaSeoulRelaySupported
Taiwan, ChinaTaipeiDirectSupported
MalaysiaKuala LumpurRelaySupported
ThailandBangkokDirectSupported
AustraliaSydneyRelaySupported

In Asia-Pacific, the nearest location is not always the best choice. If the target service is hosted in Japan, Tokyo is usually the most direct option; for services in Southeast Asia, Singapore often offers a more natural regional route. When the local carrier’s direct connection to the destination is unstable, a relay or IEPL dedicated line may be worth prioritizing over geographic proximity.

north-america/

North America Routes

Suitable for North American content platforms, developer services, cloud collaboration tools, and international websites primarily accessed through the United States.

Country or Region City Route Type Streaming Support
United StatesLos AngelesIEPL Dedicated LineSupported
United StatesSan JoseRelaySupported
United StatesSeattleDirectSupported
United StatesNew YorkRelaySupported
CanadaTorontoRelaySupported
CanadaVancouverDirectSupported

North America spans a large area, and routes between the eastern and western parts of the same country can differ significantly. For cloud services in the western United States, compare Los Angeles, San Jose, and Seattle first; for eastern destinations or services with specific regional requirements, try New York. Canadian routes suit content that requires a Canadian exit region and should not be treated simply as alternatives to US routes.

europe/

Europe Routes

Covers common entry points in Western and Northern Europe for European websites, cross-border work, regional content libraries, and European cloud resources.

Country or Region City Route Type Streaming Support
United KingdomLondonIEPL Dedicated LineSupported
GermanyFrankfurtRelaySupported
FranceParisDirectSupported
NetherlandsAmsterdamRelaySupported
SpainMadridDirectSupported
ItalyMilanDirectSupported
FinlandHelsinkiRelaySupported

Choosing a European route depends largely on the target website’s regional requirements. London suits UK services; Frankfurt and Amsterdam are common choices for general European connections; Paris, Madrid, Milan, and Helsinki are better when a specific local exit is needed. Streaming access can also depend on account region, content rights, and provider policies, so verify it on the target platform.

other-regions/

Routes in Other Regions

For more specific regional exit needs, including the Middle East, South America, Africa, and routes spanning Europe and Asia.

Country or Region City Route Type Streaming Support
United Arab EmiratesDubaiRelaySupported
BrazilSão PauloDirectSupported
South AfricaJohannesburgRelaySupported
TürkiyeIstanbulDirectSupported

These locations are best chosen for specific regional needs rather than as default everyday routes. If a website serves content only locally or a business system displays different pages based on exit region, choose the relevant city. Without a clear regional requirement, a shorter, more stable route is usually better for a consistent experience than pursuing a less common exit location.

docs/route-types

How to Distinguish Route Types

IEPL dedicated lines, relays, and direct connections describe how traffic is routed from the local network to the exit node. They are not simple quality tiers: the same type can perform differently depending on the region, local carrier, and target service.

route/iepl

IEPL Dedicated Line

Controlled Routing Long-Lived Connections Work

An IEPL dedicated line uses a more controlled cross-border route for the main transmission segment, reducing repeated path selection across the public international internet. Its value is not how quickly a single webpage opens, but the relative consistency of the path during persistent connections, file transfers, video meetings, and streaming responses. For developer tools, remote work systems, and continuous playback, this predictability is often more important than short-lived peak speed.

Dedicated-line resources generally cost more to build and maintain than ordinary public-internet routes, making them better suited to tasks where continuity matters. They are not always the right first choice: when the target service is nearby, a high-quality direct route may be sufficient; for occasional browsing, a relay may offer a better balance. When evaluating a dedicated line, consider whether the full task completes successfully rather than only how quickly the connection starts.

route/relay

Relay Routes

Optimized Entry Balanced Use Regional Switching

A relay route first sends the connection to an entry point with strong interconnection to the local network, then forwards it to the target region. The main goal is to avoid an unfavorable direct path between the local network and a distant exit, while letting a better intermediate link handle the more variable cross-region segment. For everyday browsing, high-definition streaming, AI web tools, and regular file downloads, relays are a versatile choice that balances regional coverage and connection quality.

More relay hops do not automatically make a route better. An effective relay depends on the entry point, exit point, and target service direction working together; if the entry point creates a significant detour or the target service is already nearby, the extra handoff may be unnecessary. Identify the target region first, then compare relay and direct routes in that region. If pages open but long content stops loading, try a relay in the same region as an alternative.

route/direct

Direct Routes

Simple Routing Regional Exit Everyday Browsing

A direct route goes from the local network straight to the exit node without a dedicated relay entry point. Its simpler structure suits situations where the local carrier has a good connection to the target region and the target service location is clear. For nearby regional websites, ordinary browsing, or a specific country and city exit, direct routes are usually easy to understand and select.

Direct-route performance is more easily affected by the local carrier’s international gateway, access time, and remote network scheduling. A direct route in the same city may perform differently across access networks, so the city name alone is not enough to judge it. If a direct route repeatedly reconnects, buffers video, or interrupts streaming output, switch to a relay or IEPL dedicated line in the same region to compare the connection method without changing the target region.

guide/by-task

Choose Routes by Use Case

There is no need to find one fixed route for every task. A more practical approach is to build a shortlist based on the target service’s region, connection duration, and regional requirements.

browse/

Everyday Browsing

For everyday access to international websites, start with a nearby Asia-Pacific route, then compare direct and relay connections based on actual page loading. Browsing involves many short requests, so stable DNS resolution, connection setup, and continuous resource loading matter more than the speed of a single page opening.

If multiple websites disconnect, try a relay in the same region. If only one website is affected, try an exit in the region where that site primarily operates. There is no need to switch regions constantly; keeping one regular route and one backup route is usually enough.

streaming/

Streaming

Streaming access is determined first by the content library’s region. Choose a Japan exit for Japanese content and a UK exit for UK content; do not overlook regional matching simply because one route connects smoothly. Platforms may also use account region, payment details, and device cache to determine available content, so reopen the app or website after switching routes before checking again.

Continuous playback depends more on stable data delivery over time. If buffering repeats, switch from direct to relay or IEPL in the same country instead of changing countries first and altering the content library at the same time. Streaming support means a route can be used for the relevant access; it does not mean every platform and content region follows the same rules at all times.

ai-tools/

AI Tools

AI web apps, coding assistants, and command-line tools often depend on persistent connections and streaming output. Being able to sign in does not guarantee an uninterrupted conversation afterward. If a response stops midway or an editor extension repeatedly reconnects, compare relay and IEPL routes in the same region while keeping the account’s usual region relatively consistent.

Development workflows should also check whether the terminal, editor, and browser use the same network settings. If the browser works but the command line fails, the applications may have different proxy scopes rather than the route directory lacking the target region. When calling an API, confirm that the development environment is reading the correct system network settings.

gaming/

Gaming Connections

Match the route to the game server’s actual region first. Account, store, and match-server regions may differ, so choose based on the location of the game service currently in use. A direct route to a nearby region is a good starting point; if disconnects or inconsistent input response occur, compare a relay in the same region.

Game downloads, account login, and match connections may use different services, so a route that works well for downloads is not necessarily the best choice for matches. During updates, prioritize sustained transfer; during matches, focus on connection stability and sudden pauses, and avoid repeatedly changing the exit while playing.

work/

Work and Collaboration

Video meetings, remote desktops, code repositories, and online documents need sessions to stay active for longer periods. Start with a region near the company service or cloud resource, then compare relay and IEPL routes first. A work route should be judged across login, editing, syncing, uploading, and meetings—not merely by whether the homepage opens.

If an enterprise system is sensitive to login region, keep a consistent usual exit and avoid crossing multiple countries within a short period. VPNHu supports Windows / macOS / iOS / Android / Linux and allows unlimited devices; different devices can use the same subscription, but work devices should still use consistent, explainable regional choices.

workflow/switch

Build a Reproducible Switching Order

Changing routes repeatedly at random makes problems difficult to diagnose. Compare region, route type, and application environment separately to find a combination suited to the current network and task more quickly.

Region

Confirm the Target Service Location First

Choose an exit based on the actual region of the content library, cloud resource, enterprise system, or game service. When the destination is clear, do not start by randomly testing the global directory; regional matching is the foundation for comparing route types.

Type

Compare Links Within the Same Region

Keep the city or country unchanged while comparing direct, relay, and IEPL routes in sequence. Check whether webpage resources load completely, streaming content remains continuous, files finish transferring, and applications avoid repeated reconnections.

Application

Confirm the Client’s Coverage

Browsers, desktop apps, terminals, and editors may read different network settings. If only one application behaves abnormally, check whether it is included in the connection scope rather than concluding that the route for the current region is unavailable.

Keep

Record Regular and Backup Choices

Once you find a stable combination, keep one everyday route and one backup route in the same region. If the target service’s policies or the local network path change, switch between these candidates before considering a different region.

coverage/policy

90+ countries / 200+ routes

VPNHu’s coverage directory includes common international entry points and region-specific exits. The value of multiple routes is to provide alternatives for different local networks, target services, and use cases—not to make users switch constantly. For most tasks, a small set of stable candidates is more effective than checking the entire directory.

Routes are maintained and adjusted based on upstream interconnection, regional service policies, and actual connection conditions. A city may offer multiple route types; directory names help identify the region and path, but do not mean every connection in that city uses exactly the same network structure. Sign in to obtain a subscription and view the current directory in your client.

No email address is required for registration; a username and password are enough. Monthly subscription traffic resets each month on the activation date, and mid-cycle upgrades are prorated by the remaining days. Traffic packages remain valid until used and never expire. Payment methods include Alipay / WeChat Pay / USDT, and the service offers a 7-day no-questions-asked refund.

Asia-Pacific Tokyo / Hong Kong / Singapore / Seoul
North America Los Angeles / Seattle / New York / Toronto
Europe London / Frankfurt / Paris / Amsterdam
Other Regions Dubai / São Paulo / Johannesburg / Istanbul