120+ Countries / 230+ Routes · From ¥9.9/mo

Server Locations, Filter by Region

From Asia-Pacific to Europe, every route is labeled with its route type and streaming support. Pick the one that truly fits your use case.

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Routes

Plans

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REGIONS

Regional Routes 230+

Hong Kong IEPL

Tokyo Direct

Singapore IEPL

Los Angeles Relay

Frankfurt Direct

Connected

Hong Kong IEPL

Unlimited Devices

Route Statistics

Countries Covered

120+

230+ Routes

Connected · Hong Kong IEPL Dedicated

REGIONS

By Region View Routes

The following is a sample of available routes. The full 230+ routes can be filtered by region and use case in the client, with unlimited switching at no extra charge.

Asia-Pacific

8 Examples

Country	City	Route Type	Streaming
Hong Kong	Hong Kong	IEPL Dedicated	Netflix / Disney+
Japan	Tokyo	Direct	Netflix / YouTube
Japan	Osaka	Relay	Disney+
Singapore	Singapore	IEPL Dedicated	Netflix / Disney+
South Korea	Seoul	Direct	Netflix
Taiwan	Taipei	Relay	YouTube
Malaysia	Kuala Lumpur	Direct	Netflix
Thailand	Bangkok	Relay	YouTube

North America

6 Examples

Country	City	Route Type	Streaming
United States	Los Angeles	Relay	Netflix / Disney+ / HBO Max
United States	New York	Direct	Netflix / HBO Max
United States	Seattle	Relay	Hulu
United States	San Jose	Direct	YouTube Premium
Canada	Toronto	Relay	Netflix
Canada	Vancouver	Direct	YouTube

Europe

6 Examples

Country	City	Route Type	Streaming
United Kingdom	London	Direct	BBC iPlayer / Netflix
France	Paris	Relay	Netflix / Prime Video
Germany	Frankfurt	Direct	Netflix
Netherlands	Amsterdam	Relay	Netflix
Italy	Milan	Direct	Prime Video
Spain	Madrid	Relay	Netflix

Other

4 Examples

Country	City	Route Type	Streaming
Australia	Sydney	Direct	Netflix
Brazil	São Paulo	Relay	Netflix
India	Mumbai	Direct	YouTube
United Arab Emirates	Dubai	Relay	Prime Video

LINE TYPES

Route Types Explained

Three route types correspond to different link quality and cost. Understanding the differences helps you pick the right route for each scenario.

IEPL Dedicated

An international Ethernet private line that establishes a dedicated physical link between two data centers, with carrier-grade bandwidth and latency guarantees. Traffic travels over a private channel rather than the public internet, so speeds stay stable even during peak hours. Ideal for 4K / HDR streaming, cross-border video conferencing, large file transfers, and other scenarios that demand maximum stability. It is the most expensive of the three types, and capacity is limited, so it is typically prioritized for high-bandwidth use cases.

High Cost · High Stability

Relay

Traffic is first forwarded through a third-party relay node before reaching the destination region. Relay nodes automatically probe route quality and avoid congested paths, effectively rerouting you to a smoother connection. Suitable for AI tools, streaming, daily browsing, and other scenarios where stability matters more than ultra-low latency. Moderate cost, balancing speed and price — a solid all-round choice for everyday use.

Moderate Cost · Balanced Value

Direct

The destination data center is connected directly, with no relay node in between — shorter path, fewer hops, and typically lower latency. Suitable for gaming, latency-sensitive lightweight tasks, and scenarios that need speed but not heavy traffic. Lower cost and great value, though peak-hour congestion on the public internet may still affect performance.

Low Cost · Low Latency

PICK GUIDE

By Use Case Choose a Route

Different use cases have different priorities. Here's a quick guide to choosing a route based on what you're doing.

Daily Browsing

Just pick the route closest to your physical location. Asia-Pacific users should prioritize Hong Kong / Tokyo / Singapore, North American users Los Angeles / New York, and European users London / Frankfurt. Both relay and direct routes work fine — no need to chase IEPL dedicated lines. If your network is unstable, relay routes are usually more reliable than direct ones.

Streaming

Prioritize IEPL dedicated lines. 4K streaming needs stable, high bandwidth; during peak hours, ordinary routes often slow down and quality drops from 4K to 1080P or lower. If no IEPL route is available in your region, choose a direct route and try to avoid peak hours. Streaming platforms check the geolocation of your exit IP, so you need a route in the corresponding region to access that region's content library.

AI Tools

Relay routes are usually more stable. AI tool requests involve large amounts of upstream and downstream data, and relay nodes can automatically optimize routing to reduce connection drops. Recommended: relay routes in Hong Kong / Singapore / Tokyo. If a connection fails, try switching to another route in the same region.

Gaming

Direct routes first. Gaming is latency-sensitive but doesn't need much bandwidth, so the shorter path of a direct route helps keep ping low. Choose a direct route in the same region as the game server — for example, Tokyo Direct for Japanese servers, Los Angeles Direct for US servers. If direct latency is still high, try a relay route; some relay routes perform better at certain times.

Work

IEPL dedicated or high-quality relay. Cross-border work involves video conferencing, file syncing, and remote desktop, all of which demand high stability. The dedicated link of an IEPL line avoids peak-hour congestion; if budget is limited, choose a relay route and avoid rush hours. For work, it's best to stick to one route consistently to avoid connection drops from frequent switching.

COVERAGE

Coverage

The following is a partial list of coverage. The full list is shown in real time in the client.

Hong Kong Japan Singapore South Korea Taiwan Malaysia Thailand United States Canada United Kingdom France Germany Netherlands Italy Spain Australia Brazil India United Arab Emirates

FAQ

Route Selection FAQ

What's the difference between route types?

IEPL dedicated lines are private physical links with the best stability and bandwidth guarantees; relay routes use third-party nodes to optimize routing and offer balanced value; direct routes have shorter paths and lower latency, making them ideal for gaming and similar scenarios. All three types can be switched freely in the client at no extra charge.

Why do some routes not support certain streaming platforms?

Streaming platforms check the geolocation of your exit IP, and different routes exit from different locations. Some platforms only offer content in specific regions, so only routes in those regions can unlock that region's library. The streaming support shown in the route list is a static fact; actual availability may change as platform policies evolve.

Can I switch routes at any time?

Yes. You can switch routes by region or use case in the client, with no limit on the number of switches. Data usage is counted against your plan's total, and switching routes costs nothing extra. We recommend switching when your connection is stable to avoid interrupting downloads.

How is the 120+ country coverage counted?

It means the provider has deployed exit nodes in 120+ countries and regions. The specific routes can be viewed by region in the client, and the list updates dynamically as nodes change. The total route count is based on what's shown in the client.

Find the Right Route for You

120+ countries / 230+ routes, plans from ¥9.9/mo, 60-day money-back guarantee. Sign up now and get started right away.

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