Server Locations - VKVPN | Global Coverage and Route Selection Guide

REGION INDEX

Browse the route directory by region

The table highlights representative regions, cities, route types, and streaming compatibility. It does not show latency, load, or real-time bandwidth. Available routes are based on the subscription content shown in the client after login.

COVERAGE 110+ countries / 250+ routes

The coverage figures describe the overall range of options. The table below is only a regional index, not a complete route list.

Country / region	City	Route type	Streaming
Asia-Pacific
Hong Kong, China	Hong Kong	IEPL dedicated line	Supported
Japan	Tokyo	IEPL dedicated line	Supported
Japan	Osaka	Relay	Supported
Singapore	Singapore	IEPL dedicated line	Supported
South Korea	Seoul	Relay	Confirm after connecting
Taiwan, China	Taipei	Relay	Supported
Australia	Sydney	Direct	Confirm after connecting
North America
United States	Los Angeles	IEPL dedicated line	Supported
United States	San Jose	Relay	Supported
United States	Seattle	Direct	Confirm after connecting
United States	New York	Relay	Supported
Canada	Toronto	Direct	Confirm after connecting
Canada	Vancouver	Relay	Supported
Europe
Germany	Frankfurt	IEPL dedicated line	Supported
United Kingdom	London	Relay	Supported
Netherlands	Amsterdam	Direct	Confirm after connecting
France	Paris	Relay	Supported
Switzerland	Zurich	Direct	Confirm after connecting
Finland	Helsinki	Direct	Confirm after connecting
Other regions
United Arab Emirates	Dubai	Relay	Supported
India	Mumbai	Direct	Confirm after connecting
Brazil	São Paulo	Relay	Supported
South Africa	Johannesburg	Direct	Confirm after connecting
Türkiye	Istanbul	Direct	Confirm after connecting

A city name does not mean that every segment of the public network passes through that city. It primarily identifies the final egress and service region. When accessing international websites, a connection passes through local access, cross-border transmission, egress access, and the destination service’s response. Congestion at any stage can affect the experience, so the same route may perform differently across networks, times, and destination websites.

Streaming compatibility is not determined solely by the server’s country. Content platforms consider the egress address, account region, licensing coverage, and access behavior when deciding what content to show. “Supported” should therefore be treated as a starting point, not a permanent guarantee for every title. If the catalog does not change after connecting to the correct region, close and reopen the app, then check whether the account region matches the egress region.

ROUTE TYPES

How the three route types work and what they cost

IEPL dedicated lines, relay routes, and direct connections are not simply ranked from best to worst. They represent different access paths, resource models, and cost structures, making each better suited to different network conditions and tasks.

IEPL

IEPL dedicated line

An IEPL dedicated line typically places the key transmission segment between the local entry point and overseas egress on a relatively isolated, enterprise-grade link, reducing reliance on ordinary public routes. Its value is not that every destination will perform identically, but that the cross-border segment is more controllable. It is particularly useful for sustained transfers, video playback, online meetings, and remote work where fluctuations are disruptive.

These routes generally cost more in resources than relay and direct connections, so they are best reserved for important connections rather than used continuously simply because they carry a “dedicated line” label. If the destination service is slow or the local network is congested, switching to a dedicated line cannot replace checking the local Wi-Fi, router, and destination service status.

Path characteristics: A relatively isolated key cross-border segment with a more centralized path design
Best for: Extended streaming, online meetings, remote documents, and important work connections
Cost profile: Higher link-resource cost; choose it selectively according to the task

RELAY

Relay route

A relay route first sends the connection to a suitable access point, then forwards it through a relay node to an overseas egress. By adjusting the path between entry and exit, it can avoid some less suitable public routes. For everyday browsing, AI tools, file synchronization, and video playback at ordinary quality, relay routes often provide a balanced mix of resource cost and usability.

A relay does not necessarily become slower simply because it has more hops. What matters is path stability, whether the access point suits the current network, and connection quality between the egress and destination service. Treat relay routes as a default candidate: start with one near the target region, then cross-check against an IEPL dedicated line in the same region if you encounter repeated buffering, choppy meeting audio, or stalled file synchronization.

Path characteristics: Forwarded through an access point to adjust the cross-border path
Best for: Everyday browsing, AI tools, file synchronization, and general streaming
Cost profile: Balanced resource allocation, suitable as a daily candidate

DIRECT

Direct connection

A direct connection reaches the overseas egress from the current network without an intermediate relay. Its path is simpler, but it depends more heavily on the local carrier’s international exit and the quality of public routes. When the path between the local network and target region is suitable, direct connections can handle web access, messaging, and lightweight queries. When public routes are congested or change, performance is usually more variable than with dedicated lines or optimized relays.

Direct connections work well for lightweight tasks or as a backup path, including access to less commonly served regions that do not require sustained high-volume transfers. Do not choose one based on geographic distance alone. A nearby egress may be less effective than a farther region if the public route takes a detour. Use page response, connection continuity, and whether the destination service loads normally as your criteria.

Path characteristics: Uses the public network directly to reach the overseas egress
Best for: Web searches, messaging, backup connections, and access to less common regions
Cost profile: Simpler path structure, more sensitive to local network quality

USE CASES

Set a route selection order by use case

A sound route-selection method considers the target region, task type, and connection continuity together. Use the suggestions below to narrow the candidates; there is no need to make one route your permanent choice.

BROWSE

Everyday browsing and research

Everyday browsing depends more on consistent page responses than on sustained high resource usage. Start with a relay route near the region where the website is hosted. If the destination service has no meaningful regional differences, compare common areas such as Hong Kong, Tokyo, Singapore, Los Angeles, or Frankfurt.

Open familiar websites, search results, image pages, and sign-in pages in succession, and watch for repeated loading stalls. If only one website is slow while others work normally, the issue may be with the destination service itself, so switching through every route is unnecessary. If several websites stall at the same time, comparing another route type in the same region is more informative.

STREAM

Streaming

First choose a route marked “Supported” for the content’s region, then check that the account region matches the egress region. During playback, watch for repeated buffering, whether loading resumes after seeking, and whether quality remains stable over time. If the catalog does not change, reopen the app and try another candidate in the same region.

AI

AI tools and online creation

AI tools often involve sign-in, persistent connections, content generation, and file uploads. Prefer a relay or IEPL dedicated line in a region commonly used by the target service. Avoid switching egress regions repeatedly during generation, as this can interrupt the sign-in state, web session, or upload. If text interaction works but file processing stalls, check the file size and local network first, then compare routes in the same region.

GAME

Gaming and real-time interaction

Choose a gaming route based on the actual game-server region, not the account registration region. Prefer an entry point in the same geographic direction with a stable path, and test it before entering a live match. A network acceleration service cannot change the game server’s condition, and local wireless fluctuations directly affect real-time interaction, so improve the local connection environment first when possible.

WORK

Work, meetings, and remote collaboration

Online meetings, remote desktops, and cloud documents need a continuous connection. Start with an IEPL dedicated line in the region where the target company or service is located, while keeping a relay route in the same region as backup. Confirm the route before a meeting and avoid changing egress during it. Unlimited simultaneous devices are supported, but all devices still share the current network and plan traffic.

SWITCHING METHOD

What to check before and after switching routes

Frequent switching does not necessarily make it easier to find the right route. First distinguish between a local issue, a destination-service issue, and a cross-border path issue, then compare routes in a structured order to save time.

A

Check the local connection first

Temporarily disconnect the network acceleration connection and check whether familiar local websites open normally. If local pages are also slow, address the Wi-Fi signal, router status, or current network congestion first. Cross-border routes cannot replace local access quality, and changing servers immediately can misdiagnose a local issue as a route issue.

B

Keep the destination and device unchanged

Use the same device, network, and destination service when comparing routes. First compare IEPL dedicated lines, relays, and direct connections within one region, then consider changing regions. This helps show whether the difference comes mainly from the route type or egress location and avoids contradictory results.

C

Disconnect before reconnecting

Disconnect the current connection before changing routes, wait for the client status to reset, and then select the new route. Browsers, streaming apps, or AI tools may retain an old session; reopen the destination page after the connection succeeds. When sign-in state matters, avoid switching egress across multiple countries in quick succession.

D

Keep a backup route for important tasks

Before work, meetings, or long transfers, confirm one primary route and one backup route in the same region. The backup does not need to use the same type; when the primary is an IEPL dedicated line, a same-region relay can supplement it. If one route is temporarily unsuitable, following a planned order is safer than choosing at random.

COVERAGE NOTES

Understanding global coverage

110+ countries / 250+ routes describes the overall service scope. Countries, cities, routes, and egress points are different concepts; understanding these levels makes the directory easier to use.

Country coverage and route count are different metrics

A country may include multiple cities and different access paths within the same city. Route count reflects the range of available paths, while country coverage reflects the breadth of egress regions. Do not equate the total with the performance of any single route: for a specific task, a suitable path near the target region matters more than the number of entries in the directory.

City names identify the egress region

City names in the client help users understand the relationship between the egress location and the destination service region. A cross-border connection still passes through local access, transmission networks, and an overseas egress; the city label does not mean the entire path is located in that city. For region-sensitive content, also consider the account region, egress region, and destination-service rules.

The route directory may change as resources are allocated

Server maintenance, network changes, and shifts in egress resources may update the specific route names shown in the client. Logged-in users should rely on the current subscription content rather than old screenshots or manually recorded names. If a frequently used route changes, select a new one using the regional and type-based method on this page instead of searching for an identical name.

Choose routes by task across devices

VKVPN supports unlimited simultaneous devices across Windows, macOS, iOS, Android, and Linux. Different devices can choose routes based on their tasks—for example, keep a work device in the region where the company service is located and use a content-specific region for an entertainment device. When several devices are active, plan tasks around the plan’s traffic and local network capacity.