VPNWorth Global Servers

How it works and its limits. IEPL generally refers to an international Ethernet private line, which uses a dedicated transport segment for part of a cross-border route. It changes how traffic is routed and resources are allocated; it doesn't change the destination website's access rules. Local connectivity between your device and the entry point, and the network beyond the exit to the destination service, still affect the experience.

When it may fit. Consider this route type for extended video streaming, remote meetings and long work sessions. Pay attention to continuity during use, how often the connection drops, and whether performance is consistent at the times you usually connect. A route label can't replace testing in the apps you use or guarantee ongoing access to a particular streaming platform.

Understanding the cost. Dedicated transport resources generally involve higher infrastructure and procurement costs. Network costs aren't billed to users as a separate line item, and an IEPL label doesn't imply an extra charge or specific benefit. VPNWorth plan prices are listed on the plans page; this page doesn't add route fees or bandwidth tiers.

How it works and its limits. A relay adds an intermediary node between your device and an overseas exit, which then connects to the destination service. A suitable entry point and onward route may improve connectivity on some networks. But extra hops also require maintenance, so more relays aren't automatically better, and a label alone doesn't show that a route will outperform a direct connection.

When it may fit. For everyday browsing, online documents and region-specific content, start by checking relay routes in your target region. If your local network has trouble connecting to one entry point, trying another route in the same region can help identify the issue more effectively than repeatedly changing destinations. Keep the client mode and task consistent while testing to avoid introducing other variables.

Understanding the cost. Relays involve costs for entry-point resources, forwarding servers and exit networks. The total depends on the route design and resource procurement, so relays aren't necessarily cheaper. Compare your actual needs with the plan's data allowance; don't treat a server name as a price label. This page doesn't charge extra based on route type.

How it works and its limits. Direct generally means your device connects over the public internet to the designated exit, without an additional service relay at the entry point. Direct doesn't mean a physical straight line: traffic still passes through carrier routers and interconnected networks. The same exit can perform differently depending on your local network and the time of day.

When it may fit. When the public-internet path from your local network to the destination region works well, a direct route may suit everyday browsing or work. If a page loads slowly, compare it with other route types in the same region before assuming you chose the wrong city. For meetings or longer tasks, assess the entire session, not just whether the initial connection succeeds.

Understanding the cost. Direct routes have a relatively simple structure, but quality public-internet exits still cost money. Direct doesn't mean low quality or low price, and route type doesn't determine data reset rules. Choose based on whether the destination fits your needs, whether your task works, and what's actually available in the client.