NETWORK DIRECTORY / STATIC REFERENCE

90+ Countries / 200+ Routes

Global Routes and Server Locations

Choose an entry point by region, target service, and route type. This directory presents static route information only; short-term network conditions should not be treated as long-term conclusions.

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COVERAGE SCOPE

Coverage and how to read it

FvVPN covers 90+ countries and 200+ routes. The table below lists representative entry points to illustrate regional coverage, not a complete panel inventory. The full set of available routes is shown in the user panel after login. When a country offers multiple cities or route types, filter by use case first, then compare connection performance.

AREA

The region determines the exit location

The selected region affects the exit location visible to the target website. For localized content, region-limited services, or business systems, match the target service’s region first rather than relying only on geographic distance.

PATH

The route type describes the transport path

IEPL, transit, and direct routes describe different ways of organizing the path. The name alone does not determine speed; local access networks, the target service’s location, and the time of use also matter.

USE

The use case determines what to prioritize

Browsing, streaming, AI tools, gaming, and work place different demands on a route. Define the task first, then check whether page loading, persistent connections, downloads, and interaction meet its requirements.

REGIONAL INDEX

Browse the route directory by region

“Streaming supported” means that the region offers route options suitable for streaming access. Content platforms can change regional rules and licensing, so the exit region should still match the region of the target content. Latency, load, and bandwidth figures are not shown to avoid treating temporary conditions as fixed capabilities.

Country / Region City Route type Streaming support
Asia-Pacific Routes
Japan Tokyo IEPL Supported
Japan Osaka Transit Supported
Singapore Singapore IEPL Supported
Hong Kong, China Hong Kong IEPL Supported
South Korea Seoul Transit Supported
Taiwan, China Taipei Transit Supported
Australia Sydney Direct Supported
India Mumbai Direct Match the content region
North America Routes
United States Los Angeles IEPL Supported
United States San Jose Transit Supported
United States New York Direct Supported
United States Seattle Transit Supported
Canada Toronto Transit Supported
Canada Vancouver Direct Supported
Mexico Mexico City Direct Match the content region
Europe Routes
United Kingdom London Transit Supported
Germany Frankfurt IEPL Supported
France Paris Transit Supported
Netherlands Amsterdam Direct Supported
Switzerland Zurich Direct Match the content region
Italy Milan Direct Supported
Routes in Other Regions
United Arab Emirates Dubai Transit Match the content region
Brazil São Paulo Direct Supported
South Africa Johannesburg Direct Match the content region
Turkey Istanbul Transit Match the content region
Israel Tel Aviv Direct Match the content region
New Zealand Auckland Direct Supported

PATH MODEL

Differences between route types

The three types represent different trade-offs among path control, access method, and resource cost. None has a fixed ranking outside its use case. A route suitable for brief browsing may not suit continuous transfers, and an entry point near the destination may not be ideal for a remote corporate system.

F

PRIVATE PATH

IEPL

IEPL emphasizes a controlled international transport segment. Traffic enters a dedicated path from the access side and continues to an exit in the target region. Compared with paths that rely entirely on the public internet, IEPL generally provides a clearer routing structure and suits continuous connections, file synchronization, online meetings, remote work, and long transfers.

These routes require greater resource coordination and maintenance, so they are best evaluated where connection continuity is the priority. The target region still matters: for a Japanese service, start with a Japan entry point; for a European business system, prioritize the relevant European region. The IEPL label does not mean every website will use the same path, and the target service’s own network conditions still affect the result.

For tasks involving continuous uploads, cloud editing, or longer sessions, IEPL is worth testing first. Focus on session stability, complete page-resource loading, and sustained file transfers rather than only the instant when the connection is established.

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RELAY PATH

Transit routes

A transit route connects to a suitable access point first, then forwards traffic through a transit node to the target region. Its purpose is not simply to add another hop, but to organize the local access and remote transport segments separately. When a direct path from the local network to the target region is unreliable, transit offers another route option.

Transit works well for everyday browsing, AI tool interaction, streaming access, and switching between regions. Its cost is generally between dedicated routes and direct routes, while its city coverage is easy to expand. Because the path includes access and forwarding stages, check both the entry region and the final exit region. Looking only at the country in the name can miss the needs of the actual task.

When several transit entry points are available in the same region, compare them against the same short task: open the same page, load the same content, or perform the same cloud operation. Keep the device, network, and target service consistent so differences can be attributed to the route rather than changing test conditions.

v

DIRECT PATH

Direct routes

A direct route connects from the current access network straight to an exit in the target region. Its path structure is simple and its coverage is flexible, making it suitable for temporary access, light browsing, and tasks requiring an exit in a specific country. It is also commonly used for more distant or less frequently accessed regions.

Direct routes rely more heavily on public routing between the local network and the target region. Results can vary by access network, time, and target service. Judge suitability by the actual task in the current connection environment, not by map distance or city prominence alone.

When a specific regional exit is needed but IEPL or transit coverage is unavailable, test a direct route first. If pages open but sustained transfers fluctuate, switch to a transit route in a nearby city. If the target service has strict regional requirements, keep the country unchanged and try another path within the same region.

SELECTION RULES

Choose a route by use case

Start with the task, not the route name. Identify the target service’s region, how long the connection must remain active, and whether regional content is involved, then choose the region and route type. The guidelines below narrow the options but do not replace checks in the current network environment.

BROWSE

Everyday browsing: start with a nearby entry point

News, research, web searches, and routine account tasks usually do not require a fixed distant country. Start with a nearby Asia-Pacific entry point with a clear path, such as Japan, Singapore, Hong Kong, China, or South Korea, then check whether the first screen, images, and scripts continue loading.

If a website clearly offers regional versions, set the exit region to the relevant market. Avoid switching regions frequently during browsing; keeping one exit region for the session makes it easier for the website to maintain a normal login state. If one site behaves unexpectedly, try another path in the same region before jumping to a distant region.

MEDIA

Streaming: match the region first

Streaming content is subject to regional licensing, so the target content’s region should guide the entry point. For Japanese content, test Japan routes first; for North American content, choose the United States or Canada; for European content, select the specific market, such as the United Kingdom, Germany, or France.

“Supported” in the route table means that a suitable streaming route is available; it does not mean every platform or library always follows the same rules. If a page opens but the catalog does not match, confirm the exit region. If buffering occurs during playback, switch within the same region between IEPL, transit, or another entry point. This separates regional issues from transport issues.

AI

AI tools: prioritize session continuity

AI tools often involve web requests, streamed output, file uploads, and long sessions. Choose a region that falls within the tool’s service area, then check whether login, response generation, and file processing remain continuous. Opening the homepage alone does not confirm that the complete workflow is usable.

You can prioritize transit and IEPL routes in Japan, Singapore, the United States, or major European cities for testing. Use the same account and task for comparisons, without changing the browser, device, and route at the same time. If ordinary questions work but file uploads fail, continue checking the upload path and per-app rules instead of attributing the issue directly to the exit region.

GAME

Gaming: use the server location as your reference

Choose a gaming route based on the game server’s region, not the account’s registration region. For Asian servers, compare nearby entry points in Japan, South Korea, and Singapore; for North American or European servers, choose a city near the game’s data-center region. If the game includes matchmaking, voice chat, and update downloads, check each function separately.

A general network acceleration route is not the same as a path designed for a specific game. Judge the connection by stability, consistent input response, and uninterrupted voice chat. Exit the current match or session before switching routes to avoid affecting an existing connection. If several regions work, keep the one with the shorter, more consistent path.

WORK

Work: keep the exit near your business systems

Remote work may involve code hosting, cloud documents, video meetings, corporate email, and internal systems at the same time. Identify the main business system’s region first, then prioritize persistent connections and upload tasks. If the corporate system is in Europe, a nearby European exit is usually easier to understand and troubleshoot than routing through another region.

For work tasks, confirm the route before starting a meeting, sync, or deployment, and keep the region stable during the task. If only one application is inaccessible, check per-app rules and DNS instead of repeatedly changing the device-wide exit. FvVPN supports Windows / macOS / iOS / Android / Linux; clients and subscriptions are available from the user panel after login.

DIAGNOSTIC ORDER

How to switch routes when performance fluctuates

Switching routes is not about randomly clicking cities. Effective troubleshooting controls the variables: keep the device, target service, and network environment unchanged, and change only one region or path setting at a time. This shows where the change comes from and prevents losing your basis for comparison.

Change the type within the same region

The region is correct, but the connection is inconsistent

If the target content region already matches, keep the country and city and try IEPL, transit, or direct within the same region. This preserves the exit region and helps troubleshoot sustained transfers, long sessions, image resources, or file uploads.

Try a nearby city

The target service has no strict regional requirement

When everyday browsing or research does not depend on a fixed country, start by comparing nearby cities. A closer entry point can help avoid unnecessary detours, but page loading and session continuity remain the final criteria.

Keep the region stable

An account login or payment flow is in progress

Avoid switching countries repeatedly during account operations. A changing exit region may trigger security checks from the target service. Switch routes after the current session is complete to preserve a normal login state and make it easier to identify where an issue occurred.

Check local conditions

Several routes are behaving abnormally at the same time

If similar issues occur across different regions and route types, check the local network, device time, DNS, client status, and per-app rules. When several routes fail at once, the cause may not be on the remote path; random switching usually will not narrow it down.

ACCOUNT ACCESS

View the full route list in the panel

A username and password are all that is needed to create an account; no email address is required. After logging in, access clients and subscriptions and view all currently available regional entry points. FvVPN supports unlimited devices, and plans work with Windows / macOS / iOS / Android / Linux.

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