Browse representative routes by region
VPNZL covers 120+ countries and 190+ routes. The table below highlights common city gateways, route types, and streaming support by region; it is not a complete route list. Choose the service region first, then compare IEPL, relay, and direct routes within that region.
| Country or region | City | Route type | Streaming |
|---|---|---|---|
| Asia-Pacific | |||
| Hong Kong, China | Hong Kong | Direct | Netflix、Disney+、YouTube |
| Japan | Tokyo | IEPL | Netflix、Disney+、YouTube |
| Japan | Osaka | Relay | Netflix、YouTube |
| Singapore | Singapore | Relay | Netflix、Disney+、YouTube |
| South Korea | Seoul | Direct | Netflix、YouTube |
| Taiwan, China | Taipei | IEPL | Netflix、Disney+、YouTube |
| North America | |||
| United States | Los Angeles | IEPL | Netflix、Disney+、YouTube |
| United States | San Jose | Relay | Netflix、YouTube |
| United States | Seattle | Direct | Netflix、YouTube |
| United States | New York | Relay | Netflix、Disney+、YouTube |
| Canada | Vancouver | Direct | Netflix、YouTube |
| Canada | Toronto | Relay | Netflix、Disney+、YouTube |
| Europe | |||
| United Kingdom | London | IEPL | Netflix、Disney+、YouTube |
| France | Paris | Relay | Netflix、YouTube |
| Germany | Frankfurt | Direct | Netflix、YouTube |
| Netherlands | Amsterdam | Relay | Netflix、Disney+、YouTube |
| Italy | Milan | Direct | Netflix、YouTube |
| Spain | Madrid | Relay | Netflix、YouTube |
| Other regions | |||
| Australia | Sydney | IEPL | Netflix、Disney+、YouTube |
| India | Mumbai | Relay | Netflix、YouTube |
| United Arab Emirates | Dubai | Direct | Netflix、YouTube |
| Brazil | São Paulo | Relay | Netflix、YouTube |
| South Africa | Johannesburg | Direct | Netflix、YouTube |
| New Zealand | Auckland | Relay | Netflix、YouTube |
The route directory provides static selection information only. It does not show online user counts, load percentages, or manually generated performance figures. Connection quality depends on the local access network, destination service, selected protocol, and time of use, so the most reliable approach is to test the applications you actually use.
The difference between IEPL, relay, and direct routes
These three names describe route topology, not a simple ranking. The right route matches the path, stability requirements, and budget rather than relying on the label alone.
IEPL
Prioritizing path controlIEPL routes use a more clearly organized cross-border transmission path. Data from the access point enters the dedicated route before reaching the destination-region egress, reducing uncontrolled detours across the public network. They are well suited to long meetings, remote desktops, sustained uploads and downloads, team collaboration, and tasks that depend on continuous connectivity.
These routes generally cost more to build and maintain than ordinary direct or relay routes, so there is no need to place all traffic on them. Prioritize IEPL for work tools, important sessions, and applications with high stability requirements; let other traffic, such as ordinary web browsing and background updates, use other route types to avoid unnecessary resource usage.
Relay routes
Segmented entry and exit routingRelay routes add an intermediary between the access point and the destination egress. Their value is not in adding steps, but in avoiding poor direct paths and providing a better intermediate route for different access networks. For distant destinations, noticeable evening fluctuations, or direct connections with detours, a relay often delivers a more stable result.
Relay performance depends on how well the entry, relay, and egress work together. The same destination region does not mean every relay route will perform alike. Keep the target app unchanged and compare different entries within the same region; if pages load normally but video buffers, continue comparing the egress region with the platform’s regional compatibility.
Direct routes
Simple structure, direct switchingA direct route connects the access network straight to a server in the destination region without an additional relay. Its simpler structure makes connection setup and troubleshooting more straightforward. When the local path to the destination region is good, direct routes suit everyday browsing, message sync, light file transfers, and use cases that require frequent region switching.
Direct routes also depend more heavily on the local carrier network and international path. When detours or congestion appear at a certain time, changing protocols may not solve a path problem; compare a relay or IEPL route in the same region instead. From a cost perspective, direct routes usually make it easier to cover more regions, making them suitable for regular traffic alongside dedicated routes for specialized tasks.
Choose the right route for each use case
The core order is destination region, application type, connection continuity, and local network. Narrow the region first, then compare route types; this is usually more effective than repeatedly switching among every available node.
Everyday browsing
Start with a nearby region and a direct route. Web pages, email, message sync, and ordinary file access depend more on consistent response and quick switching, so there is no need to default to a dedicated route. If direct access in the same region repeatedly stalls, switch to a relay for comparison.
Starting point: nearby region · DirectStreaming
Confirm the content library’s region first, then choose a route marked as supporting streaming for that region. Opening the home page does not guarantee stable playback; also check quality switching, seeking, and continuous playback. If buffering occurs, compare relay and IEPL routes in the same region in turn.
Starting point: content region · RelayAI Tools
AI tools often call login, chat, file upload, and content-generation interfaces at the same time, so keep the egress region consistent whenever possible and avoid frequent switching during a session. After choosing a region where the service is available, test login and an extended conversation first; for file processing, compare a relay or dedicated route as well.
Starting point: service region · Relay or IEPLGaming
Choose a route based on the game server region, not the account’s registration region. Start with an egress in or near the game server’s region, then compare input response, team voice chat, and full-session continuity. Use direct when its path is suitable; test a relay when fluctuations are noticeable.
Starting point: game server region · DirectCross-border work
Remote meetings, code repositories, cloud documents, and remote desktops often run in parallel. Do not judge them only by a single page-load speed; check whether long sessions, uploads, screen sharing, and background sync remain consistent together. For important workflows, compare IEPL routes first, while ordinary web traffic can use direct or relay routes. VPNZL supports unlimited devices online at the same time, so Windows, macOS, iOS, Android, and Linux devices can choose different routes for their respective tasks instead of sharing one egress.
Control variables when switching routes
Changing the region, protocol, and app settings at the same time makes it difficult to identify the source of a problem. A more reliable approach is to change one condition at a time and repeat the same check with the same task.
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Fix the target app first
Choose one real task as the test, such as opening your usual workspace, holding an extended conversation, playing the same content, or connecting to the same game region. Do not judge an entire route only by a search homepage, because different apps use different network paths.
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Then fix the egress region
Compare different route types within the same country or region. This prevents the content region, account region, and network path from changing at the same time. If the target service clearly distinguishes regions, keep the egress location consistent with the required region.
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Compare direct, relay, and IEPL
Start with the simpler direct route, then test a relay; for work that requires continuity, add an IEPL route to the comparison. Focus on whether the task can be completed from start to finish, not just on the instant a connection is established.
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Adjust the protocol last
The route determines the main path, while the protocol affects how the connection works and how endpoint resources are used. Adjust the protocol only after the region and route type are set, so you can tell whether a change comes from the path or the client settings. On mobile devices, also check background recovery and reconnection after network changes.
Understanding 120+ countries / 190+ routes
The coverage figures show the breadth of available regions, but the route count does not mean every app requires trying every entry. An efficient method is to narrow broad coverage down to a small set of regions and route types relevant to you.
Country coverage answers “where is the egress?”
When accessing regional content, work systems, or international websites, the egress region affects the location recognized by the service. Coverage across more countries preserves choice for travel, remote collaboration, regional content, and cross-border access. If you use only fixed services day to day, your usual regions will generally remain stable, so frequent cross-region switching is unnecessary.
Route count answers “how do I reach the egress?”
The same country can offer different cities, entries, and route types. Having 190+ routes means you can compare paths through direct, relay, and IEPL connections in addition to choosing a region. When the connection experience changes, switching types within the same region first makes the cause easier to identify than jumping straight to another country.
Assign devices by task
VPNZL supports unlimited devices online at the same time. A home computer can use a streaming-friendly region, work devices can stay in the region where their services are hosted, and mobile devices can choose routes that make everyday switching easier. Devices do not need to share one egress, and one app does not require changing settings on every endpoint.
Keep registration and subscription details simple
No email address is required for registration; a username and password are enough. After obtaining a subscription, import it on Windows, macOS, iOS, Android, and Linux as needed for each device. Organize route notes around “device, app, region, and type” rather than trying to remember temporary results that are difficult to reuse.