Browse representative routes by region, city, and access type. VPNVB currently covers 100+ countries / 210+ routes and supports Windows / macOS / iOS / Android / Linux. Switch exit locations according to your destination.
OTHEROther regionsMiddle East · South America · Africa
Region names describe exit locations. The routes available to your account are shown in the post-login route list.
100+countries covered
210+routes available
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ROUTE DIRECTORY
Browse cross-border routes by region
The table explains VPNVB’s regional coverage and common access types; it does not estimate latency, load, or bandwidth. Routes are maintained as network conditions change. Check the currently available options in the client before connecting.
APAC
Asia-Pacific
Suitable for services in East Asia, Southeast Asia, and Oceania. Start with an exit location near your destination, then switch access types based on stability.
Country or region
City
Route type
Streaming support
Hong Kong
Hong Kong
IEPL
Supported
Singapore
Singapore
IEPL
Supported
Japan
Tokyo
Relay
Supported
Japan
Osaka
Direct
Dedicated route required
South Korea
Seoul
Relay
Dedicated route required
Taiwan
Taipei
Relay
Supported
Australia
Sydney
Direct
Dedicated route required
India
Mumbai
Direct
Dedicated route required
NA
North America
Suitable for websites, cloud services, collaboration platforms, and content services in the United States and Canada. Western and Eastern cities reach different networks, so choose based on where the destination is hosted.
Country or region
City
Route type
Streaming support
United States
Los Angeles
IEPL
Supported
United States
San Jose
Relay
Supported
United States
Seattle
Direct
Dedicated route required
United States
New York
Direct
Supported
Canada
Vancouver
Relay
Supported
Canada
Toronto
Direct
Dedicated route required
EU
Europe
Suitable for European websites, regional content, developer platforms, and cross-border work services. Exit properties can differ between European cities; when a service requires a specific region, choose the corresponding country directly.
Country or region
City
Route type
Streaming support
United Kingdom
London
Relay
Supported
Germany
Frankfurt
Relay
Dedicated route required
France
Paris
Direct
Supported
Netherlands
Amsterdam
Direct
Dedicated route required
Switzerland
Zurich
Direct
Dedicated route required
Sweden
Stockholm
Direct
Dedicated route required
Italy
Milan
Direct
Dedicated route required
OTHER
Other regions
For local services in the Middle East, South America, Africa, and the regions connecting Europe and Asia. These routes place more emphasis on matching the exit location; when a local exit is not required, a nearby regional route is often a practical starting point.
Country or region
City
Route type
Streaming support
United Arab Emirates
Dubai
Relay
Dedicated route required
Brazil
São Paulo
Direct
Dedicated route required
South Africa
Johannesburg
Direct
Dedicated route required
Türkiye
Istanbul
Direct
Dedicated route required
ROUTE TYPES
How to choose a route type
IEPL, relay, and direct routes describe how data travels from your local network to an exit in the destination region. The name alone does not determine speed; suitability depends on your local carrier, destination, and current network conditions.
More controlled routing
IEPL
IEPL connects the entry and exit through a more clearly defined cross-border transport path. Route organization and scheduling are generally more centralized than with ordinary public-internet direct connections. Its main value is reducing the number of public-network segments across the border, which can help maintain continuity in complex network conditions.
These routes suit sustained work, long-lived connections, file synchronization, video meetings, and tasks sensitive to connection changes. The exit region must still match the destination service; IEPL addresses path organization, not the destination website’s regional rules.
IEPL usually requires more resources and maintenance than direct routes. For ordinary web browsing, it need not be used by default; reserving it for important tasks or more challenging local network conditions is often more practical.
Balance path quality and cost
Relay routes
A relay route sends the connection to an intermediate access point before forwarding it to the target exit. The relay organizes the path and aggregates exits, avoiding some less suitable direct peering paths while giving different local networks a relatively consistent second-leg route.
It suits everyday browsing, content loading, AI tools, and general work, making it a balanced choice for many situations. If both direct and relay routes are available in the same region, start with relay; when the destination requires a specific exit, narrow the choice by country or city.
A relay adds one path segment, so results depend on how the entry, relay, and exit work together. The same route name does not guarantee identical performance on every local network. Judge it by connection stability and whether page resources load completely.
Simpler path structure
Direct routes
A direct route connects the local network straight to an exit in the destination region without an additional service relay. Its simpler structure suits networks with good peering between the local carrier and destination, and tasks that require a specific exit country.
Direct routes are useful for regional testing, backup connections, nearby destination networks, or replacement during relay maintenance. Performance is more exposed to local carrier routing changes, so route names alone are not enough to assess quality.
Direct routes generally require fewer resources to organize than IEPL and offer more regional choices. If pages load slowly, images are incomplete, or long-lived connections drop, switch to a relay route in the same region instead of repeatedly reconnecting to the same exit.
Access Type Comparison
Type
Path structure
Best for
Cost profile
When to switch
IEPL
A more centralized cross-border transport path between entry and exit
Sustained work, meetings, synchronization, and long-lived connections
Relatively higher resource and maintenance costs
Prioritize important tasks; the exit region must still match the destination
Relay
Connects to the target exit after the path is organized through an intermediate access point
Everyday access, streaming, AI tools, and general work
Balances coverage and path quality
A practical starting point for many situations
Direct
Connects the local network directly to an exit in the destination region
Regional matching, nearby exits, and backup connections
Simpler path organization
Switch to a relay in the same region when local peering affects performance
SELECTION GUIDE
Use-case route selection guide
First identify where the destination is hosted, then decide whether continuity, regional content, or responsiveness matters most. Do not choose solely by geographic distance; the destination service’s deployment region is usually a better reference.
WEB
Everyday browsing and research
Everyday web destinations are varied, so you do not need a separate exit for every site. Start with an APAC relay and check whether page text, images, login components, and downloads load completely. Switch to the relevant region when the destination is mainly hosted in North America or Europe.
To assess a route, look at stability across several consecutive pages rather than one homepage load. Images, scripts, and APIs may use different domains; when the main page opens but features are missing, the path and resource-delivery region may not match fully.
MEDIA
Streaming and regional content
Content platforms consider exit location, account region, content rights, and app cache when determining access. Prefer routes clearly labeled for the relevant platform or region instead of choosing any exit in the same country. “Supported” means an adapted option is available for the region, not that every standard route uses the same configuration.
After changing regions, fully quit and reopen the app so the old connection and regional cache can refresh. If the catalog appears but playback fails, try another access type in the same region. If the library still differs from expectations, check the account’s own regional settings.
AI
AI tools and long-lived connections
AI chats, generation tasks, and developer APIs often involve persistent sessions, streaming responses, and requests to multiple domains. Prefer a relay or IEPL route and keep the exit region stable. Switching countries repeatedly during a task may trigger session checks or invalidate connection context.
If the page opens but the response stops midway, keep the same region and change the access type first, then check whether the client is using rule-based routing. An AI tool’s main site, static assets, and authentication services may use different domains; routing only some requests internationally can leave the page incomplete.
GAME
Gaming connections
Choose a gaming route based on the actual server region, not the account store region. Try a nearby APAC exit for Asian servers, and the corresponding region for North American or European servers. Login, matchmaking, voice, and gameplay traffic may use different services, so client rules must cover the full process.
Network acceleration cannot fix congestion on the game server or change the state of a local wireless network. If the issue occurs only during gameplay, confirm that game traffic uses the selected route. If both login and gameplay are unstable, switch between relay and IEPL in the same region.
WORK
Remote work and collaboration
Video meetings, code repositories, cloud documents, and enterprise authentication prioritize connection continuity. Choose a relay or IEPL route based on the organization’s service region, and keep the exit unchanged during meetings, synchronization, or submissions. Frequent exit changes may trigger a new login.
Work tools may include a browser, desktop client, and background sync process. Configuring only the browser does not necessarily cover the desktop app; check whether the client uses global or rule-based mode. When internal systems have fixed access policies, follow your organization’s network requirements.
CHECKING ORDER
How to decide when to switch routes
You do not need to change several settings at once. Troubleshoot in a fixed order to determine whether the issue comes from the local network, exit region, access type, or application routing.
Confirm the local network works first
Temporarily disconnect the route and confirm that common local websites open normally. If the local network itself is dropping connections, has unstable Wi-Fi, or has not completed a network transition, changing the remote route usually will not help. Mobile and fixed networks use different routes, so reassess after changing the access network.
Match the destination region next
Identify the main region of the target website, app, or server. Choose content platforms by licensing region, games by their actual server region, and work services by the organization’s deployment region. If the destination is unclear, start with an APAC relay and adjust based on resource loading.
Keep the region and change only the access type
When the same region offers direct, relay, or IEPL routes, keep the exit country unchanged and switch only the access type. This helps distinguish regional rules from transport-path issues. Changing both country and route type makes the result difficult to diagnose.
Check rule-based routing
A website’s main domain, login domain, image assets, and app APIs may use different addresses. If rule mode misses some of them, the page may open while login fails, text may work while images are missing, or the foreground app may work while background synchronization stops. Update the subscription and rules instead of randomly switching cities.
Record the symptoms and submit a ticket
If the same issue occurs across multiple regions and access types, submit a ticket from the user panel. Include the platform, local network type, target app, selected route name, steps that reproduce the issue, and error message. This helps distinguish route maintenance from app rules or client configuration.
These notes explain names shown in the route directory and client. The routes available to your account are determined by the subscription obtained after login.
Why are there different route types in the same country?
The same exit country only means the connection ultimately reaches the target service from the same region. IEPL, relay, and direct routes use different path structures to suit different local networks and tasks. When a connection fails, switch types within the same region first to preserve the destination’s regional attribute.
Is the nearest city always the best choice?
Not necessarily. Physical distance is only a reference; the actual path also depends on the local carrier, cross-border transport network, and the destination service’s access point. When the destination is hosted in North America, a North American exit may be more suitable than a nearby route in the wrong region.
Why does streaming support require a dedicated route?
Content platforms identify requests by exit region and their own licensing rules. Dedicated routes match the exit to the relevant platform and region. Standard routes work for general web access, but that does not mean they match every platform’s regional checks.
Does the route directory include every available route?
No. This page shows representative cities and access types to explain the coverage structure. VPNVB covers 100+ countries / 210+ routes overall; log in to obtain a subscription and view the complete route names currently available to your account.
How do I get the route list in the client?
Create an account with a username and password; no email address is required. After logging in to the user panel, obtain the client and subscription configuration, then update the route list using the import guide for your platform. Supports Windows / macOS / iOS / Android / Linux.