Global Server Directory

Global Server Routes

Coverage across 90+ countries and 200+ routes. This page organizes servers by region, city, and access type, with guidance for everyday browsing, streaming, AI tools, gaming, and remote work.

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Server Route Directory

Use the route table to confirm the region, city, access type, and streaming suitability. Do not choose based on the country alone; consider where the target service is hosted, the current network path, and the time of day.

How to Read the Directory

“Route type” describes the main path used between the access point and the target region. “Streaming” indicates that a route is a candidate entry point for content in the corresponding region, while the provider’s account region, licensing rules, and service status still affect the final result.

90+ COUNTRIES / 200+ ROUTES
Country or region City Route type Streaming support
Asia-Pacific
🇯🇵 Japan Tokyo IEPL Dedicated Line Supported
🇯🇵 Japan Osaka Transit Supported
🇭🇰 Hong Kong, China Hong Kong IEPL Dedicated Line Supported
🇸🇬 Singapore Singapore Transit Supported
🇰🇷 South Korea Seoul Transit Supported
🇹🇼 Taiwan, China Taipei Direct Depends on platform and route
North America
🇺🇸 United States Los Angeles IEPL Dedicated Line Supported
🇺🇸 United States San Jose Transit Supported
🇺🇸 United States Seattle Direct Depends on platform and route
🇺🇸 United States New York Transit Supported
🇨🇦 Canada Toronto Direct Depends on platform and route
🇨🇦 Canada Vancouver Transit Supported
Europe
🇩🇪 Germany Frankfurt IEPL Dedicated Line Supported
🇬🇧 United Kingdom London Transit Supported
🇳🇱 Netherlands Amsterdam Direct Depends on platform and route
🇫🇷 France Paris Transit Supported
🇨🇭 Switzerland Zurich Direct Depends on platform and route
Other Regions
🇦🇺 Australia Sydney Transit Supported
🇦🇪 United Arab Emirates Dubai Direct Depends on platform and route
🇧🇷 Brazil São Paulo Direct Depends on platform and route
How Paths Work

IEPL, Transit, and Direct Routes: What’s the Difference?

Route names describe the main path taken by the data. More controlled paths generally require greater scheduling and maintenance resources; more direct paths depend more heavily on the current access network and public cross-region links.

IEPL

IEPL Dedicated Lines: Greater Path Control

IEPL dedicated lines use more controlled transmission resources between the access point and the target region, reducing the time data spends on complex public paths. Their value is not simply a more premium-sounding label; they make cross-region transmission easier to manage. They suit persistent connections, remote collaboration, larger file transfers, and viewing scenarios where smooth playback matters.

These routes usually require more resource planning, access work, and maintenance than standard paths, so they are best reserved for important tasks. For opening webpages, looking up information, or handling short requests, there is no need to occupy a dedicated line continuously. Saving it for meetings, extended playback, and critical work connections is often more practical.

Path Characteristics
More controlled between access point and exit
Best For
Work, streaming, persistent connections
Cost Profile
Higher resource and maintenance costs
RELAY

Transit Routes: Rerouting Between Entry and Exit

A transit route first sends the connection to a suitable access point, then reaches the target region through intermediate transmission nodes. It addresses situations where a direct path to a distant region may detour, cross-network handoffs may be inefficient, or peak-hour performance may fluctuate. Transit nodes reroute traffic so the entry and exit can use more suitable network resources.

More intermediate steps do not automatically make a transit route better. Effective transit reduces unnecessary detours while balancing cost and connection quality. Everyday browsing, AI tool interactions, regular video streaming, and cross-border file access can usually start with a transit route. If several transit entry points are available in the same region, test them against the current network and keep the steadiest one for regular use.

Path Characteristics
Cross-region paths reorganized through an access point
Best For
Everyday access, AI tools, regular streaming
Cost Profile
A balanced trade-off between resources and coverage
DIRECT

Direct Routes: Simpler Paths, Greater Dependence on the Access Network

A direct route connects the current network to the target region without an additional dedicated transit entry point. Its structure is simple and resource costs are easier to control. When the path from the local carrier to the target region is good, it can support web browsing, text communication, quick lookups, and backup connections. For nearby regions with smooth public-network interconnection, direct access may also be a suitable choice.

Direct performance is more sensitive to the local access network, cross-network routing, and usage hours, so do not judge long-term performance from a single test. If it works during the day but fluctuates at busy times, compare transit or IEPL dedicated lines in the same region. Direct routes are best treated as flexible or backup options rather than a universal default.

Path Characteristics
Direct connection to the target region’s exit
Best For
Browsing, lookups, backup connections
Cost Profile
Relatively simple path structure
Choose by Use Case

Choose the target service first, then consider distance

“Closer” is usually a sensible starting point, but it is not the whole answer. The target website’s region, account region, current access network, and task duration can all affect route selection.

Everyday Browsing: Start with Nearby Transit and Keep Direct as Backup

Browsing news, searching for information, opening documents, and handling text communication typically involve many short requests. A nearby transit route can reduce unnecessary cross-region detours; if the current access network already has a smooth path to the target region, compare a direct route there as well. If pages open but images keep loading, login redirects stall, or file requests repeatedly retry, switch to another route type in the same region rather than repeatedly clearing browser data.

Streaming: Match the Target Region and Account Rules

A streaming route should first match the region where the content is available. To access Japanese content, start by testing a Japan route; for US content, begin with candidate routes in the United States. IEPL dedicated lines and transit routes are often better suited to sustained delivery, but route region is only one condition. The content provider may also use account region, licensing scope, and its own rules to determine what is visible. If the catalog does not change, confirm the selected region, fully close the app, and reconnect so the old session does not retain its previous region information.

AI Tools: Prioritize Session Continuity and Service Region

AI tools often involve login, model requests, file uploads, and continuous output. If a route drops after a response begins, a long answer may stop or a file task may need to be submitted again. Choose a region where the tool normally provides service, then start testing with transit or an IEPL dedicated line. If text requests work but file uploads do not, try another path in the same region; avoid changing countries repeatedly during a task, as this can cause frequent changes to the login session and exit region.

Gaming: Server Location Matters More Than Content Region

Choose a gaming route based on the actual game server location, not just the account store region. For Asian servers, start with an Asia-Pacific entry point; for North American or European servers, choose the corresponding region. Games are more sensitive to path jitter and packet loss, and a shorter distance does not guarantee a suitable public link. If direct access becomes unstable during busy periods, compare transit routes in the same or a nearby city. Network acceleration can optimize the transmission path but cannot replace the game service’s own operating status.

Remote Work: Keep a Primary Region and a Same-Region Backup

Remote meetings, code repositories, cloud documents, and enterprise systems often require a continuous session. Choose a regular route based on the region where the work service is hosted, and prepare backup paths of different types in that same region. Check the connection and login before an important meeting, and avoid changing countries during the meeting. Test an IEPL dedicated line first for large file synchronization; transit routes are generally sufficient for ordinary documents and messaging. Keeping the same region also helps reduce extra login checks triggered by frequent changes in the exit location.

Connection Troubleshooting

A Practical Order for Switching Routes

When a connection fails, following a fixed order is more effective than randomly changing countries. The goal is to distinguish a region mismatch, a fluctuating individual path, an old app session, and a change in the local network.

  1. Confirm the Target Region

    First identify which region the website, streaming content, AI tool, or work system primarily serves. If the region is wrong, a smooth connection may still show the wrong content or place you in an unsuitable service area. Select the country and city correctly before comparing route types.

  2. Change Paths Within the Same Region

    If the region is correct but loading is unstable, switch among IEPL dedicated lines, transit, and direct routes in that region first. This keeps the exit region consistent while helping determine whether the issue comes from the current transmission path. Jumping straight to a distant country introduces more variables and makes troubleshooting harder.

  3. Re-establish the App Session

    After switching routes, close the target app if it is still running in the background, then reopen it. In a browser, open a new tab and visit the site again; in a streaming app, end the old playback session. Some services temporarily retain previous connection information, so changing routes without restarting the app may not show a visible difference.

  4. Check the Local Access Network

    If several regions and route types fail at the same time, check whether the current Wi-Fi, wired network, or carrier connection is working normally. Disconnect the subscription connection first and confirm that regular websites open, then reconnect. Repeatedly switching servers cannot solve an unstable underlying network.

  5. Keep Primary and Backup Combinations

    After testing, keep a regular route and a same-region backup for common tasks. Browsing, streaming, and work do not necessarily need the same path. Creating simple combinations by use case reduces repeated testing before each connection and makes it easier to switch when conditions change.

Route Selection Principles

Choose the region first, then the route type; switch within the same region before comparing other regions; re-establish the session before judging the service result. A route name is only an entry point—the connection process on the current network is what matters in practice.

Regional Coverage

90+ Countries, 200+ Routes

Bibi VPN coverage extends from Asia-Pacific to North America, Europe, and other regions. Coverage provides more regional entry points and backup paths; it does not mean every task should use the most distant server. For most everyday use, start with a nearby region and adjust gradually based on the target website, content region, and current network.

Windows, macOS, iOS, Android, and Linux users can access client downloads through the user panel. Subscriptions support simultaneous use on unlimited devices, making it easy to keep route settings consistent across computers, tablets, and other supported platforms. No email address is required; get started with a username and password.

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