The better value between a VPN data plan and a monthly subscription depends less on the plan name than on how steadily you use the data. Monthly subscriptions suit people who connect frequently and have fairly consistent needs each month; non-expiring data plans are better for occasional research, temporary travel, or a backup connection. Compare more than the listed price: check how data resets, how much traffic actually uses the proxy routes, and whether unused data remains available later.

Many people choose a plan using the total network usage shown by their device, only to get a misleading result. System statistics usually include local websites, app updates, cloud sync, and other connections that do not use the proxy, while plan usage generally counts data transferred through the service routes. First determine which apps use the proxy, then read the matching upload and download figures in the client or user panel.

What is the billing difference between data plans and monthly subscriptions?

A monthly subscription provides a fixed billing cycle and reallocates the available data when a new cycle begins. JrVPN's light monthly plan costs ¥9.9 for 60GB per month; the standard monthly plan costs ¥18 for 250GB per month. Both monthly plans support unlimited devices online at the same time and include a 7-day no-questions-asked refund. “Unlimited devices” refers to the number of connected terminals; it does not increase the plan's data allowance. Multiple devices still share the available data in the same subscription.

Non-expiring data plans work differently: unused data is not cleared when the monthly cycle ends. They function more like a reserve that can be used gradually over time, making them suitable for infrequent needs, months with no usage, or occasional access to international routes. Check the plan page for current data allowances and prices, and compare the total cost with the amount you are realistically likely to use.

Comparison criteria Light monthly plan Standard monthly plan Non-expiring data plan
Price and allowance ¥9.9 / month, 60GB per month ¥18 / month, 250GB per month See the current specifications on the plan page
How data is handled Reallocated each month Reallocated each month Unused data never expires
Typical usage pattern Steady, light usage Regular streaming, downloads, or work across multiple devices Occasional use, temporary tasks, or backup access
Main risk when choosing May not be enough in high-use months A large amount may remain unused with infrequent use Requires repeated top-ups during consistently heavy use

So there is no single answer to which option is “better value” without considering your usage cycle. Monthly plans offer predictable budgets and allowances and are simpler to manage for regular use; data plans let unused data remain available over time. The meaningful comparison is effective cost: the amount paid divided by the data actually used, rather than the total allowance advertised on the plan page.

Bottom line: If you connect every month and your browsing, work, or streaming needs are fairly steady, start with a monthly plan. If usage is clearly intermittent, you often go an entire month without connecting, or you only want an emergency route, consider a non-expiring data plan. If you are unsure, track one complete usage cycle and choose based on the actual consumption.

How to estimate usage for light browsing, regular streaming, and everyday work

Data differences between scenarios mainly come from the type of content, not from “turning on a VPN” itself. Text pages, code repositories, and ordinary search results are usually light; image feeds, autoplaying short videos, and high-definition video can quickly increase downloads. Video meetings, file sync, and remote desktops involve both uploads and downloads. Break each scenario down by app, content quality, time spent, and whether the traffic uses the proxy.

Light browsing: check auto-loaded content first

Light browsing typically means searching, reading pages, viewing documents, sending text messages, and using web tools. Text-only pages use relatively little data, but modern websites may also load images, ad assets, video previews, font files, and scripts. Autoplaying videos in social feeds can quickly turn “just browsing” into a high-usage activity.

If you mainly look up information occasionally and use split-tunneling rules to keep local services on direct connections, a non-expiring data plan will usually fit this intermittent pattern better. If you visit international documentation, code platforms, and web apps every day, the light monthly plan offers a more predictable budget.

Regular streaming: quality and autoplay drive usage

Video is usually the biggest source of data usage. Players select a quality level based on network conditions, window size, and user settings, so the same content can consume very different amounts at different resolutions. Platform preloading, opening previews, and rebuffering after seeking can add further downloads. Estimating from the video's stated runtime alone is likely to understate actual usage.

People who stream regularly should first check the usage reported by the platform or client at their normal quality, then decide whether 60GB or 250GB is closer to their needs for a typical cycle. If streaming is occasional, do not commit to a larger monthly allowance because of a single high-use period; if every cycle includes steady viewing, a non-expiring plan may require frequent replenishment and become harder to manage.

Everyday work: include upload usage

For work, downloads are only part of the picture. Video meetings continuously upload audio and video, cloud drives sync changed files, code repositories pull and push content, and remote desktops constantly exchange screen data and input. When several people share one subscription, background tasks on each device add to the total.

If you use the connection throughout the workweek, a monthly plan generally makes the budget easier to control. For temporary access to documents or an overseas work system while traveling, a non-expiring data plan is more flexible. Remember that unlimited simultaneous devices does not mean each device has a separate allowance; combine usage from your computer, tablet, and other terminals.

Use client statistics for a reusable data estimate

A reliable estimate does not require guessing how much a particular page or film will use. Build your own sample instead. Keep your normal habits for a complete, representative period, then read the upload and download figures in the client. If the client supports statistics by connection, app, or proxy group, prioritize the proxy-side figures.

  1. Set a consistent test scope. Choose a period that reflects your normal habits. Do not deliberately reduce streaming, meetings, or downloads, or the sample will be distorted.
  2. Confirm the proxy mode. Record whether you used global proxying, rule-based split tunneling, or manually selected apps. The mode determines which traffic is included in plan statistics.
  3. Remove unrelated variables. Before testing, pause large system updates, first-time cloud-drive syncs, and downloads unrelated to your normal needs.
  4. Record uploads and downloads. Do not copy down only the download total. Meetings, backups, and file submissions can generate significant uploads.
  5. Project based on frequency. Classify the sample's workdays, streaming days, and occasional-use days, then map them to your normal cycle.
  6. Allow for variation. Travel, unscheduled meetings, software updates, and concentrated streaming can push some cycles above average, so do not choose a plan that barely matches the average.
Proxy usage for the cycle
= Proxy download statistics
+ Proxy upload statistics
+ Predictable temporary tasks during the cycle

Effective data cost
= Amount paid for the plan
÷ Proxy data actually used

If the client only shows a live rate and cannot retain cumulative data for a cycle, check subscription usage in the user panel or record the remaining allowance at the start and end of the test. Do not combine figures from different sources: server-side and client-side calculations may include protocol overhead, retransmissions, and connection-maintenance data, so reasonable differences are expected.

Why protocols, routes, and split tunneling affect actual usage

Shadowsocks, VMess, Trojan, VLESS, Hysteria2, and TUIC add necessary protocol overhead to the original application data. The additional cost depends on the transport method, encryption, packet size, network quality, and retransmissions. There is usually no reason to switch protocols repeatedly to save a small amount of overhead; a stable connection, fewer dropped packets, and avoiding repeated downloads often matter more than minimizing theoretical encapsulation.

Hysteria2 and TUIC use UDP-based transport capabilities to handle fluctuating networks and can suit some high-latency or unstable environments, but constrained networks may require a more compatible connection method. Trojan commonly uses TLS for transport, while the real-world performance of VLESS and VMess depends heavily on their transport-layer configuration. Shadowsocks is comparatively straightforward to configure. The protocol name alone cannot determine speed, stability, or data efficiency; route quality and client implementation matter just as much.

IEPL dedicated routes, relays, and direct connections

A direct connection sends the device straight to an overseas exit node. The path is simple, but fluctuations on the public international network directly affect the experience. A relay route first connects to a nearby entry point and then uses the relay network to reach the exit, which can improve routing quality in some regions. An IEPL dedicated route uses a private transport path between the entry and exit, typically reducing the impact of public-network routing fluctuations.

Route type does not “compress” video or files into less data. A more stable route may reduce repeated buffering and retransmissions after interruptions, avoiding wasted usage, but the main data volume for the same content is still determined by the application. Choose routes based on the destination region, stability, and task type rather than mistaking a dedicated-route label for extra data allowance.

Split-tunneling rules determine what enters the plan

Rule-based split tunneling can keep local services on direct connections while sending only domains or apps that need international routes through the proxy. For data-plan users, this is often more effective for controlling usage than simply switching protocols. Global proxying is useful for troubleshooting missed rules, but leaving it enabled long term may send app updates, cloud sync, and background connections through the proxy.

Split-tunneling rules need regular updates. Domain ownership, content delivery networks, and app APIs change; outdated rules may send requests that should use the proxy directly, or mistakenly send local resources through the proxy. If part of a webpage fails to load, check the client's connection log first to see which rules matched the main site, APIs, and static assets instead of immediately changing plans.

What to watch for when platforms report data usage

Desktop clients usually make it easier to inspect connection logs, proxy groups, live rates, and cumulative usage, making them suitable for detailed tests. On Windows and macOS, also distinguish between system-proxy and virtual-network-interface modes: system proxying mainly handles apps that follow system settings, while virtual-interface mode can cover more connections. The reported scope may therefore differ between the two modes.

Android clients commonly use the system VPN interface to handle traffic and may offer per-app proxying. When estimating usage, check which apps are included or excluded and make sure battery-saving settings have not interrupted background connections. After the system reclaims a connection, an app may fall back to a direct connection, making client statistics lower than total network usage and creating the impression that the plan data is not changing despite active use.

How iOS and iPadOS clients report usage depends on the implementation and the system network extension. Some statistics reset after a connection restart, so compare them with cycle usage in the user panel. A router deployment covers multiple devices on the network; TVs, gaming devices, guest terminals, and smart devices may all be aggregated into the same subscription. Check the split-tunneling policy for each device when troubleshooting.

How to avoid DNS leaks and incorrect split tunneling when evaluating usage

DNS resolves domain names to network addresses. If a proxy rule requires a domain to use an international route but DNS queries still follow an unsuitable local resolution path, the result may not match the exit region, resources may fail to load, or the connection may bypass the intended rule. A DNS leak here means that queries did not follow the configured resolution path as expected; it does not mean that extra plan data was deducted.

When troubleshooting, first confirm that the client has enabled DNS settings compatible with the proxy mode, then check the rules log to see where domain resolution and the final connection went. Do not stack multiple system-level proxy tools or DNS modification tools, or it will be difficult to identify which component ultimately handled the request. After making changes, disconnect and reconnect to refresh old connections and caches.

Incorrect split tunneling can also distort usage estimates. If a local video service that should use a direct connection is sent through the proxy, plan usage will rise noticeably; if a work app that should use the proxy goes direct by mistake, client records will be understated. The most useful check is not simply whether a page opens, but the destination domain, matched rule, and selected exit shown in the connection log.

Make the final choice by usage scenario

Light browsing users should first distinguish between small daily usage and occasional concentrated use. The former may consume little per session but occurs throughout the month, making the light monthly plan easier to manage; the latter may involve long gaps with no connection needs, which generally suits a non-expiring data plan better.

Regular streaming users should base the decision on actual quality, platform, and viewing frequency. If every cycle brings steady demand, use client records to choose between the 60GB and 250GB monthly plans; if you watch international content only while traveling or during specific periods, compare how much of a non-expiring plan you can realistically use over a longer timeframe.

Everyday work users should also account for the importance of their tasks and temporary peaks. Continuous video meetings, file sync, and remote collaboration are better suited to a predictable monthly plan; infrequent travel, occasional access to an overseas admin system, or a backup route may favor a non-expiring data plan. When multiple devices are online at once, assess the shared total rather than applying a single-device sample to each device.

Selection order: First confirm the proxy route and what the statistics measure, then track a complete usage cycle. Choose a monthly plan for steady, regular needs and a non-expiring data plan for intermittent, unpredictable needs. Among monthly plans, start with the 60GB light monthly plan for consistent light use, then compare the 250GB standard monthly plan for regular streaming or work across multiple devices.

Finally, do not focus only on the allowance that “looks largest.” Data that goes unused and resets with the cycle does not automatically save money; likewise, non-expiring data is not cheaper for every usage pattern. Consider plan cost, actual usage, frequency, and ease of management together to find the option that fits.