NETWORK SECTION / ROUTE DIRECTORY

Global Route Profiles

74VPN provides cross-border network acceleration across 90+ countries / 200+ routes. Routes are organized by region, exit location, and routing method, making it easier to choose based on your destination instead of the route name alone.

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COVERAGE 90+ countries

ROUTES 200+ routes

PLATFORMS Windows / macOS / iOS / Android / Linux

ROUTE DIRECTORY

Browse Representative Routes by Region

The table below shows how the route directory is organized. Countries, cities, and route types are static categories; latency, load, concurrent users, and real-time bandwidth are not displayed. The streaming column indicates that the region has entry points for relevant content services. Actual access depends on the platform, account region, and exit location at the time of connection.

Country or region	City	Route type	Streaming support
Asia-Pacific
Hong Kong, China	Hong Kong	IEPL	Supported
Japan	Tokyo	IEPL	Supported
Japan	Osaka	Transit	Supported
Singapore	Singapore	IEPL	Supported
South Korea	Seoul	Transit	Supported
Malaysia	Kuala Lumpur	Direct	Supported
North America
United States	Los Angeles	IEPL	Supported
United States	San Jose	Transit	Supported
United States	Seattle	Direct	Supported
United States	New York	Direct	Supported
Canada	Vancouver	Transit	Supported
Canada	Toronto	Direct	Supported
Europe
United Kingdom	London	Transit	Supported
Germany	Frankfurt	Transit	Supported
France	Paris	Direct	Supported
Netherlands	Amsterdam	Direct	Supported
Switzerland	Zurich	Direct	Supported
Italy	Milan	Direct	Supported
Other regions
Australia	Sydney	Transit	Supported
New Zealand	Auckland	Direct	Supported
Brazil	São Paulo	Direct	Supported
United Arab Emirates	Dubai	Direct	Supported
South Africa	Johannesburg	Direct	Supported
Türkiye	Istanbul	Direct	Supported

ROUTE TYPES

Route Types and Path Differences

Route type describes how data is organized between the local access point and the regional exit. It is not a simple ranking label. Distance, access networks, international exit direction, and the location of the target service all affect results, so no single route is ideal for every task.

IEPL

IEPL connections organize cross-border links around an enterprise-grade international private-line model. The access and exit segments are typically joined through predefined paths, reducing unpredictable detours across public networks. The goal is not to shorten geographic distance, but to make the path clearer, reduce inter-network handoffs, and limit peak-time fluctuations caused by changes at public exits.

These routes are well suited to ongoing video meetings, remote desktops, code repository synchronization, cloud document collaboration, and development tools that require persistent connections. The destination region should still come first. If the target is mainly in Japan, testing a Japan IEPL route is generally more sensible than crossing several regions to a North American exit.

IEPL routes require more defined link resources and operational investment, so their cost structure is generally higher than direct connections over public networks. For occasional web browsing, an IEPL route may not be necessary. For continuous transfers, persistent sessions, and tasks that demand stable inter-network connectivity, its path design can be more valuable.

RELAY

Transit Routes

A transit route first sends the connection to a suitable access point, then uses a transit node to join the international route and reach the target region. Transit reorganizes the path: when the direct route from a local provider to the target exit takes a significant detour, or inter-network connectivity varies, the transit node can bridge the route.

Transit routes suit everyday browsing, streaming, AI Tools, and general work. They balance coverage, resource costs, and path control, while allowing different entry points for different access networks. Transit is not automatically better than direct. If the transit location is opposite the user or target service, the extra path may increase wait times.

To determine whether transit is suitable, check initial page loads, continuous playback, file transfers, and persistent connections rather than judging only the brief feeling when a connection is established. When the destination changes, switch to a transit exit closer to that region and test again.

DIRECT

Direct Connections

A direct connection uses the public network to connect the current access environment to a regional exit, without an additional dedicated transit entry point. Its path is simpler and flexible to expand, making it suitable for nearby regions with good public interconnection, as well as a backup exit or access to content in a specific country.

Direct performance depends more heavily on the local provider, inter-network connectivity, and the international route used at the time. The same direct route may perform differently across network environments, so one connection experience should not be generalized to every device or access method. After changing networks, the previously suitable direct exit may need to be reconsidered.

Direct connections usually have lower path-organization overhead and suit light browsing, email, research, and temporary access to a specific region. If pages load inconsistently, video quality changes frequently, or persistent connections drop, compare a transit or IEPL route in the same region.

SELECTION NOTES

Choose an Exit by Use Case

Start with the target service, not the route name. Identify the region you need, whether the task requires a persistent connection, and whether you will switch between multiple services. Then choose the exit and route type. The sequence below applies to Windows, macOS, iOS, Android, and Linux.

BROWSE

Everyday Browsing

Web browsing depends mainly on consistent responses and regional matching. Start with a nearby exit, then check commonly used websites, search services, and image-heavy pages. If a nearby direct connection is stable, there is no need to connect through another region for the label alone. If initial page loads are inconsistent, compare transit routes in the same region.

Everyday browsing often involves multiple websites. An exit far from the locations of your usual services may trigger changes in language, currency, or content region. Keep one familiar region as the default exit and switch only for services tied to a specific region, reducing repeated changes to sessions and regional detection.

MEDIA

Streaming

Streaming first depends on the exit region recognized by the content platform. Choose a route matching the account’s content region, then check the catalog, available quality settings, and continuous playback. “Supported” in the table means the region has an entry point for streaming use; it does not mean every account will show the same content.

Avoid switching exits frequently after playback begins. A regional change may trigger session verification, and the playlist may change as well. For longer viewing sessions, compare an IEPL route with a transit route in the same region. Direct connections can suit content regions that are geographically closer and have clearer public-network paths.

AI TOOLS

AI Tools

AI Tools often use web sessions, continuous output, file uploads, and API requests at the same time. Give priority to consistent exit regions and persistent-connection performance. Once connected, stay in the same region and avoid switching routes during a conversation, upload, or development task, as the session region may change.

For web-based use, start by testing a nearby transit route. For sustained calls, coding assistance, or longer content generation, compare it with an IEPL route in the same region. If a tool has a specific regional requirement, choose that country or region directly rather than replacing the target exit with a closer route.

GAME

Gaming

Gaming starts with identifying the game server’s region. An exit closer to the game service will generally help avoid unnecessary cross-region paths, but results still depend on the local access network and the game’s own network architecture. Choose the route before logging in and keep the connection unchanged throughout a complete match or session.

Test a transit route in the target region first, then compare it with a direct connection in the same region. An IEPL route suits persistent sessions in environments where public-route fluctuations are noticeable. Route selection can optimize transmission paths, but it cannot change game-server status, matchmaking, or local wireless quality.

OFFICE

Remote Work

Work tasks may include video meetings, remote desktops, shared documents, code repositories, and enterprise systems. Prefer a fixed exit near the location of your work services and check the connection before a meeting or remote session begins. For longer tasks, an IEPL route or a transit route with a clear path is generally better suited to maintaining the session.

If your team systems use the exit region for login checks, avoid switching regions during work. Validate file synchronization and web access separately: a page loading normally does not mean large transfers or remote desktops will perform equally well. Judge the route by the complete workflow.

DECISION METHOD

A Repeatable Route-Selection Method

Route selection is not a one-time decision. When the access network, destination, or usage period changes, previous conclusions may no longer apply. A fixed process separates the problem into three layers: region, path, and application.

Target Region

Identify Where the Service Is Located

Check the country or region associated with the target website, content platform, cloud service, or game server. When a specific content region is required, the exit must match it. If there is no explicit regional requirement, start with the closest exit.

Path Type

Compare Routes in the Same Region

Within the same region, compare IEPL, transit, and direct connections in sequence. This separates regional differences from routing differences and avoids incorrect conclusions caused by switching regions at the same time.

Complete Task

Validate with a Real Workflow

For browsing, check commonly used pages; for streaming, complete continuous playback; for AI Tools, check sustained output; for work, complete a meeting or file synchronization. Do not stop judging simply because the connection button says connected.

Backup Exit

Keep an Alternative in the Same Region

Keep another route type available for frequent destinations. When the local network changes, switch paths within the same region before changing countries or regions, reducing changes to account content regions and login environments.

OPERATING NOTES

Limits of the Route Directory

The route page provides categories and selection criteria, not fixed promises about momentary network conditions. The boundaries below help clarify how to interpret the countries, cities, and route labels in the directory.

N-A

City Names Indicate Exit Locations

Cities identify regional exits; they do not mean that data travels in a straight geographic line throughout the journey. International networks choose paths based on provider interconnection and routing policies, so even neighboring cities may involve different access and forwarding steps. Treat the city as an exit label and use the route type to assess the path structure.

N-B

Route Types Are Not a Fixed Ranking

IEPL, transit, and direct connections address different path requirements. IEPL emphasizes path organization, transit emphasizes access handoffs, and direct emphasizes a simpler structure. If the destination is nearby and public interconnection is clear, direct may already be suitable; when inter-network paths are complex, transit or IEPL is worth comparing. Test by use case rather than choosing the route with the more impressive-sounding name.

N-C

One Account, Multiple Devices

74VPN supports Windows / macOS / iOS / Android / Linux with unlimited devices. Different devices may use different local networks, so route performance should be checked separately. A route that works on a computer cannot replace testing on a mobile device; after moving from a home network to another access environment, confirm your usual exit again.

ACCOUNT ENTRY

Configure from the Target Region

No email address is required; a username and password are enough to create an account. After signing in, get the client and subscription, then choose a regional exit suited to the current task on a supported platform.

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