Server List · 110+ Countries / 170+ Servers

Server Nodes & Global Routes

VPNFP's international routes come in three types — IEPL dedicated lines, transit and direct — covering Asia-Pacific, North America, Europe and other major regions. This page lists sample routes, explains how the three types differ, and offers concrete advice on choosing a route for each use case.

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Sample Routes by Region

The table below groups sample VPNFP routes by region. Each entry shows the country/region, city, route type and streaming support. In the streaming column, "Yes" means the route can access major international streaming platforms such as Netflix and YouTube; "Partial" means only some platforms or some regional catalogs are available; "—" means the route is intended for general access and is not optimized for streaming.

Note: This table shows sample routes, not the full list. VPNFP currently covers 110+ countries / 170+ servers; the complete route list is fetched live in the client after sign-in, and newly launched or temporarily maintained routes are shown as displayed in the client.

Country / Region	City	Route Type	Streaming
Asia-Pacific
Hong Kong SAR	Hong Kong	IEPL dedicated line	Yes
Japan	Tokyo	IEPL dedicated line	Yes
Singapore	Singapore	IEPL dedicated line	Yes
South Korea	Seoul	Transit	Yes
Taiwan	Taipei	Transit	Yes
Thailand	Bangkok	Transit	Partial
Malaysia	Kuala Lumpur	Transit	Partial
Philippines	Manila	Direct	—
North America
United States	Los Angeles	IEPL dedicated line	Yes
United States	San Jose	IEPL dedicated line	Yes
United States	Seattle	Transit	Yes
United States	New York	Transit	Yes
Canada	Toronto	Transit	Yes
Canada	Vancouver	Transit	Partial
Europe
Germany	Frankfurt	IEPL dedicated line	Yes
United Kingdom	London	IEPL dedicated line	Yes
Netherlands	Amsterdam	IEPL dedicated line	Yes
France	Paris	Transit	Yes
Switzerland	Zurich	Transit	Partial
Spain	Madrid	Transit	Partial
Italy	Milan	Transit	—
Other Regions
Australia	Sydney	Transit	Yes
New Zealand	Auckland	Transit	Partial
United Arab Emirates	Dubai	Transit	—
Brazil	São Paulo	Transit	—
South Africa	Johannesburg	Transit	—
Turkey	Istanbul	Direct	—

How the Three Route Types Differ

The route type determines the path your data takes from your device to the international network, which directly affects the stability and peak-hour performance of the cross-border link. VPNFP offers all three types, and you can switch between them in the client at any time — there is no separate charge for different route types. In terms of cost, IEPL dedicated lines are the highest, followed by transit, then direct routes; but every route is available within the same plan, and plans are billed by data only.

IEPL dedicated line

Point-to-point cross-border dedicated line

IEPL (International Ethernet Private Line) is a point-to-point cross-border Ethernet dedicated line. Traffic travels over a carrier-owned private circuit from entry to exit and never touches the public internet backbone. The advantages are a fixed path and immunity to congestion on public network segments, so throughput typically stays stable during evening peaks and holidays — ideal for workloads that demand stability. Dedicated bandwidth is purchased from upstream carriers, making this the most expensive of the three types, so it is generally deployed first in high-density hubs such as Hong Kong, Tokyo, Singapore, Los Angeles and Frankfurt.

Transit

Relayed through transit servers

A transit route first passes through a transit server in your country or a nearby region, then forwards to an exit server in the destination country. The transit node handles entry aggregation and path optimization, steering traffic away from poorly performing segments of the cross-border public network. It costs less than a dedicated line and has the widest coverage, making it the mainstay of the 170+ routes — well suited to everyday browsing, research, standard-definition streaming and most other uses. Peak-hour performance depends on congestion along the public segment at the time; if speeds wobble, switching to another transit route in the same region usually restores them.

Direct

Direct connection to exit servers

A direct route connects your device straight to the exit server in the destination country, with no transit layer in between. The path is shortest and the setup simplest, giving snappy response when link conditions are good. And because there is no transit server in the chain, it is the cheapest of the three types. Direct routes are usually deployed in nearby Asia-Pacific locations and suit lightweight, latency-sensitive uses with modest bandwidth needs, such as reading text content or instant messaging. When the cross-border public network congests, direct routes fluctuate more visibly than transit or dedicated lines.

All three route types are labeled in the client's route list. The basic rule of thumb: for stability first, pick an IEPL dedicated line; for coverage and value, pick transit; for lightweight, low-latency uses, try direct. Switching routes within the same subscription costs nothing extra, so in practice it is worth trying a few routes for the same task and going with whichever performs best on your own network.

Route Recommendations by Use Case

Different use cases demand different things from a route: some care about throughput and stability, others about latency and path length. Below are recommendations for five common use cases, all based on the characteristics of the three route types described above.

Everyday browsing and research

Visiting international websites, looking things up, using search engines — these put low demands on bandwidth but high demands on availability. Start with an Asia-Pacific transit route such as Hong Kong, Tokyo, Seoul or Singapore; they are geographically close, the path is short, and everyday pages load briskly. If a particular site misbehaves, first switch to another route in the same region, then consider a North American route — most such issues come down to differences between exit IP ranges.

Streaming and video

HD and 4K video need sustained throughput, and evening-peak fluctuations show up directly as buffering and dropped quality. Prefer IEPL dedicated lines labeled "Yes" for streaming (Hong Kong, Tokyo, Singapore, Los Angeles, Frankfurt, etc.) — the fixed path keeps peak-hour throughput steady. When watching region-specific catalogs, pick the exit city in the corresponding country, since catalog availability is determined by the geolocation of the exit IP.

AI tools

When using AI tools like ChatGPT, Claude or Gemini, connection stability matters more than peak bandwidth — a session dropped mid-conversation hurts more than a slow load. Choose dedicated lines in busy hub cities such as Hong Kong, Tokyo, Singapore or Los Angeles, where route quality and exit IP reputation tend to be better. AI platforms restrict some IP ranges, so if a tool will not open, switching to another route in the same region usually fixes it.

Gaming and real-time apps

Real-time applications like games and voice calls care most about latency and jitter, and latency is determined by geographic distance plus the number of forwarding hops. Pick the nearest Asia-Pacific route, and try direct or transit first — fewer hops, shorter paths. Dedicated lines are stable, but if the exit city is far away, latency may not be in their favor. For games with regional servers, choose the exit city to match the server region: Los Angeles or San Jose for US servers, Frankfurt or London for EU servers.

Remote work and collaboration

Accessing company systems, joining video calls, syncing cloud documents — these need both stability and low latency, and work hours usually avoid the evening peak. Stick to one or two proven dedicated or transit routes rather than switching constantly; video calls are sensitive to upstream stability, where a dedicated line's fixed path has the edge. VPNFP places no limit on simultaneous devices, so teams can assign different exit cities to different devices.

General principles

A sensible order for choosing: first pick the route type based on your use case (dedicated for stability, transit for coverage, direct for low latency), then pick the exit city based on where the target service is located, and finally compare two or three candidates on your own network. Route experience depends on your local ISP and the time of day, so treat others' conclusions as reference only — the live route list in the client and your own actual connections are the final word.

Coverage & Regional Distribution

VPNFP currently covers 110+ countries / 170+ servers, allocated by usage density: hub cities in Asia-Pacific and North America are served mostly by IEPL dedicated lines; major European cities have both dedicated lines and transit; other regions are covered by transit routes. Below is a regional overview — for specific cities, see the route list in the client.

Asia-Pacific

Hong Kong · Tokyo · Seoul · Singapore · Taipei · Bangkok · Kuala Lumpur

North America

Los Angeles · San Jose · Seattle · New York · Toronto · Vancouver

Europe

Frankfurt · London · Amsterdam · Paris · Zurich · Madrid

Oceania

Sydney · Auckland

Middle East

Dubai · Istanbul

South America / Africa

São Paulo · Johannesburg

All routes work with the Windows / macOS / iOS / Android / Linux clients, and one account has no limit on simultaneous devices. For plan pricing and data allowances see the pricing page, or view and activate plans directly in the user panel.

Route FAQ

Where can I see the full route list?

This page only lists sample routes. The full list lives in the client: after signing in and importing your subscription, the client fetches all currently available routes in real time — 110+ countries / 170+ servers — and newly launched or maintenance-status routes are shown as displayed in the client.

Do routes ever change?

Yes. Routes are adjusted based on usage and upstream resources, and the client's route list syncs in real time: new routes appear automatically, retired ones are removed automatically, and you never need to re-import your subscription.

Is there an extra charge for switching routes?

No. Every route in your subscription is available — IEPL dedicated lines, transit and direct alike — and switching costs nothing extra; data usage simply counts against your plan's allowance. See the pricing page for plan details.

What does "Partial" streaming support mean?

"Partial" means the route can open major streaming platforms, but some regional catalogs or some platforms may be unavailable, depending on how each platform treats the exit IP range. If you specifically need regional content, choose a dedicated line marked "Yes" in the table, and let your actual connection results be the judge.

Can multiple devices use the same route at the same time?

Yes. VPNFP places no limit on simultaneous devices: one account can connect on multiple Windows / macOS / iOS / Android / Linux devices at once, and each device can pick a different exit route.