route types
Understand the three route types
Route names describe how data travels from the local entry point to the regional exit; they do not guarantee the same experience in every network environment. Entry quality, cross-border links, exit conditions, and the target service’s response all affect the final result.
dedicated route
IEPL dedicated line
An IEPL dedicated line organizes the entry point and overseas exit through a relatively defined private link, reducing unpredictable detours across public networks. It is better suited to sustained transfers, long-lived connections, video meetings, remote desktops, and work tasks that depend on continuity. Its value is not a higher peak in a single speed test, but maintaining a usable transfer rhythm as much as possible during busy periods.
These routes require greater link capacity and operational investment, so they generally cost more than ordinary direct routes. Reserve them for tasks that genuinely need stability. For reading webpages or handling short queries, a nearby transit or direct route may be a better fit.
relay route
Transit
A transit route first connects to a relatively stable entry point, then sends traffic through an intermediate link to the target regional exit. Its value lies in avoiding poor default paths between the local carrier and a distant data center, while improving cross-border access through a better entry-and-exit combination. For streaming, everyday browsing, web-based AI tools, and general downloads, transit routes often balance coverage and cost effectively.
Transit routes add an extra forwarding step, so entry-point selection matters especially. A shorter distance does not always mean a better path, and the target service’s region is not necessarily the best entry region. If a page opens but content loads inconsistently, keep the same exit region and compare another transit entry point.
direct route
Direct
A direct route connects the local network straight to a regional exit, with a simpler path structure suited to focused, lightweight access. Performance is more heavily influenced by the local carrier, public cross-border links, and routing at the remote data center. When network conditions are favorable, direct routes can handle webpage access, research, and short sessions without an additional transit entry point.
Direct routes are often easier to expand across regions, making them useful for long-tail countries and cities. If response times fluctuate during busy periods, do not repeatedly reconnect to the same route. Try a transit route in the same region, or choose a nearby alternative exit serving the same content region.
How to compare cost differences
Route costs mainly come from entry resources, cross-border transport, exit data centers, and ongoing operations. IEPL dedicated lines emphasize link organization and stability; transit routes require both entry and exit resources; direct routes depend on public network conditions. Cost should not be read simply as “higher means faster.” A more practical test is whether the task needs a long-lived connection, whether the target region is fixed, and whether an alternative route in the same region is available when conditions fluctuate.
VPNDI monthly subscription traffic resets each month on the activation date; when upgrading mid-cycle, the price difference is prorated based on the remaining days. Traffic packages remain available until used and never expire. Assess usage before choosing a plan, then assess the task before choosing a route; separating the two makes the decision clearer.