Route information organized by region and use case

VPN server locations and global routes

VPNMu covers 120+ countries / 220+ routes. This page highlights selected regions, then explains the differences between IEPL, transit, and direct routes so you can choose based on your destination, network conditions, and use case.

Browse regional routes See how to choose

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Coverage index 120+ countries / 220+ routes

APAC Asia-Pacific Singapore · Tokyo · Hong Kong NA North America Los Angeles · Seattle · Toronto EU Europe London · Paris · Amsterdam OTHER Other regions Sydney · Dubai · São Paulo

The city list illustrates coverage direction and is not a checklist of locations to try. Start with the region where the target service is based, then switch route types based on local network performance; this is usually more effective than choosing by distance alone.

Route directory

Browse global routes by region

The cities below are selected commonly used locations. “Supported” means the route can be used for streaming access, but content catalogs, account regions, and playback results remain subject to platform rules. If region detection is inconsistent, confirm the target content’s region first, then try another route in the same region.

Asia-Pacific routes

Asia-Pacific routes are suited to content and online services in Singapore, Japan, Hong Kong, Taiwan, South Korea, and nearby regions. If the destination is in Asia, choosing a city in the same region usually provides more consistent routing.

Country or region	City	Route type	Streaming support
Singapore	Singapore	IEPL	Supported
Japan	Tokyo	Transit	Supported
Japan	Osaka	Direct	Supported
Hong Kong, China	Hong Kong	IEPL	Supported
Taiwan, China	Taipei	Transit	Supported
South Korea	Seoul	Direct	Supported
Malaysia	Kuala Lumpur	Direct	Supported

North America routes

North America routes are commonly used for websites, AI tools, developer platforms, and media in the United States and Canada. When a service assigns resources by region, choose a city in the same or a nearby resource region.

Country or region	City	Route type	Streaming support
United States	Los Angeles	IEPL	Supported
United States	San Francisco	Transit	Supported
United States	Seattle	Direct	Supported
United States	New York	Direct	Supported
Canada	Toronto	Direct	Supported
Canada	Vancouver	Transit	Supported

Europe routes

Content catalogs, data regions, and account rules can vary across Europe. When office systems or developer resources are hosted in Europe, choosing the corresponding country helps maintain regional consistency; when the destination is unclear, start by testing a city near a major exchange hub.

Country or region	City	Route type	Streaming support
United Kingdom	London	Transit	Supported
France	Paris	Direct	Supported
Germany	Frankfurt	Transit	Supported
Netherlands	Amsterdam	IEPL	Supported
Switzerland	Zurich	Direct	Supported
Sweden	Stockholm	Direct	Supported

Other regional routes

Oceania, South America, the Middle East, Africa, and the Europe–Asia border regions are best selected when the destination is clear. For local services, regional workflows, or market-specific views, keep the exit region aligned with the task region.

Country or region	City	Route type	Streaming support
Australia	Sydney	IEPL	Supported
New Zealand	Auckland	Direct	Supported
Brazil	São Paulo	Transit	Supported
United Arab Emirates	Dubai	Direct	Supported
South Africa	Johannesburg	Direct	Supported
Türkiye	Istanbul	Transit	Supported

Route types

The principles and cost differences of route types

IEPL, transit, and direct routes are not simply higher or lower tiers. They use different link arrangements and suit different network conditions and tasks. Understanding the differences before choosing is more reliable than sticking to one route name.

Stability first

IEPL

IEPL routes typically connect the entry and exit points through dedicated cross-border carrier links, with less reliance on the public internet and more controllable routing. Their purpose is not to eliminate physical distance, but to reduce unnecessary public-network detours and unpredictable hops. For long work sessions, continuous file transfers, remote desktops, video meetings, or development work that needs a stable session, these routes are often worth trying first.

Dedicated links require ongoing network resources, so they generally cost more than ordinary direct routes. IEPL is not necessary for every task: for reading websites or making short queries, a healthy transit or direct route can work just as well. A sensible approach is to reserve dedicated routes for continuity-sensitive tasks, then choose an exit in the target region.

Path optimization

Transit routes

A transit route sends the connection to a better-positioned entry point first, then onward to the target exit. Its value lies in reorganizing the path: when a direct public-internet route to a distant city takes an inefficient detour, a transit node can avoid part of that route. For cross-region streaming, AI tools, overseas developer platforms, or distant work resources, transit often balances cost and performance.

Transit performance depends on the combination of entry, exit, and the links between them. Routes with the same region label can perform differently because of entry-point locations or local carrier networks. When changing routes, compare different entry points within the same target region before switching to another country. This keeps the account and content region consistent and makes it easier to determine whether the issue is the route or the service.

Direct paths

Direct routes

A direct route connects the local network to the target exit without an additional dedicated transit entry point. Its simple structure works well when routing from the local network to the target region is strong, making it suitable for everyday browsing, message sync, information lookup, and lightweight tasks with clear regional requirements. Direct does not mean poor performance; the key is whether the public route fits the region and time of use.

Direct routes are more exposed to public-routing changes and inter-network peering conditions. If a route usually works but becomes unstable on a particular network, try a transit route in the same region first; for tasks that require a long-lived session, consider IEPL. Choose based on whether the task can be completed continuously, not on the route name alone.

Route type	Key principle	Best for	Cost focus
IEPL	Connects entry and exit points through dedicated carrier links	Sustained work, remote sessions, file transfers	Prioritizes link stability
Transit	Reorganizes the path to the exit through a suitable entry point	Long-distance access, streaming, AI tools, developer platforms	Balances path quality and resource cost
Direct	Connects the local network directly to the target exit	Everyday browsing, information lookup, region-specific access	Simple structure, dependent on public-routing performance

Selection guide

Route recommendations for different use cases

Keep the selection process simple: identify the target service region, decide whether session continuity matters, then compare IEPL, transit, and direct routes within that region. The guidance below covers common use cases.

Everyday use

Web browsing and information lookup

For everyday browsing, smooth page loads and natural connection recovery matter most, so there is no need to default to a dedicated route. Start with a direct route near the target region; if some sites repeatedly stall, switch to transit in the same region. The exit region also affects search results, language, and content on international websites, so regional alignment often matters more than the route name.

Streaming

Streaming and regional content

First confirm the account and target content region, then choose a route in the corresponding country or region. If the detected region is inconsistent before playback, switch between routes in the same region and reopen the streaming platform. Streaming support does not mean every account will see the same catalog; licensing, account details, and platform rules also affect the result. For continuous playback, transit or IEPL is usually a better fit.

AI tools and developer APIs

For web-based chat, start with a stable transit route; code editors, long-running requests, and developer APIs place greater emphasis on session continuity, so IEPL is worth trying first. If an AI tool account is used long-term from one region, keep the exit region consistent and avoid frequent cross-region switching. When connections fail, try another route in the same region before checking the service status and local development environment.

Gaming

Gaming and real-time interaction

Choose a gaming route based on the actual server region, not the account’s registration region. For servers in Asia, start with Asia-Pacific; for North American or European servers, choose the corresponding region. Real-time interaction is sensitive to path instability, so try transit or IEPL first. Updates and gameplay can use different routes, keeping download speed separate from interactive performance.

Work

Remote work and file sync

Remote desktops, meetings, code repositories, and cloud documents often need a connection that stays open for a long time. Prefer an IEPL route in the region where the work resources are hosted; if transit in the same region is more stable on your network, it is also a valid choice. When file sync is interrupted, switch routes within the same region before changing countries, so the account environment and business region do not change at the same time.

Coverage notes

Understanding 120+ countries and 220+ routes

“Countries” describes the exit coverage, while “routes” describes the available combinations of connection entry points, exits, and links. One country may include multiple cities and may offer IEPL, transit, and direct routes. The route count therefore cannot be equated directly with the country count; check the city and route type when choosing.

Coverage helps determine whether the target region is available, but actual use should be guided by the specific task. For a regional business system, choose the region where it operates; for regional content, choose the licensed content region; for cross-region collaboration, consider both resource location and session continuity. Chasing the nearest or most prominent-looking route can distract from the actual destination.

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Route FAQ

Common questions about route selection

Is the nearest city always the best choice?

Not necessarily. Physical distance is only one factor; the local carrier network, inter-network peering, target service region, and route type all affect performance. Match the target region first, then compare different types within that region.

Is IEPL suitable for every task?

IEPL is better suited to sustained work, remote sessions, and long transfers. For everyday browsing or short queries, start with a direct or transit route. Assigning routes by task helps avoid unnecessary switching.

What should I do when streaming content differs from expectations?

Confirm the account and target content region first, then switch to another route in the same region and reopen the streaming platform. Content catalogs are also affected by platform licensing and account rules; route support does not mean every account will see exactly the same content.

Should I switch countries first when an AI tool connection drops?

Try changing the route type within the same country or region first. This keeps the exit region relatively consistent and makes it easier to determine whether the issue comes from the current path, the target service, or the local development environment.

Should multiple devices use the same route?

VPNMu supports unlimited devices. Choose routes by task—for example, connect work devices to the business region and media devices to the content region. If devices handle the same account or work session, keeping the region consistent makes management easier.