How to Choose Between Clash Verge, ClashX, and Clash Meta for Android: A Five-Platform Client Comparison

The short answer: choose by device and usage

When choosing a Clash client, the easiest mistake is to compare only the interface. For long-term use, the key factors are maintenance status, core type, OS compatibility, TUN implementation, and configuration migration. A compact interface and convenient tray menu come later.

If you want a quick recommendation, start with the device scenarios below. Here, “suitable” means worth installing today as of the article date—not merely capable of launching.

Understand the difference between the client, core, and configuration

A “Clash client” usually has two parts: a graphical interface and a proxy core. The interface manages subscriptions, node selection, logs, the system proxy toggle, and service installation. The core reads YAML configuration, matches rules, establishes proxy connections, handles DNS, and—when TUN is enabled—takes over more types of network traffic.

The relationship between Clash Verge Rev and Mihomo

Clash Verge Rev is a desktop graphical client, and common builds use Mihomo as the core. Mihomo continues and extends Clash Meta’s capabilities, supporting rule providers, proxy providers, TUN, sniffing, fake-ip, and more complete DNS configuration. The client version and core version are separate numbers, so record them independently when troubleshooting compatibility.

On desktop, you can usually find the client version under “Settings” → “App Settings” or “Settings” → “About,” and the Mihomo version under “Settings” → “Core.” Menu labels may vary slightly between builds, but the startup line in the logs usually prints the core name and version as well. When reporting an issue, include the OS version, CPU architecture, client version, and core version.

The ClashX name covers multiple projects

ClashX first became known for its lightweight macOS menu bar experience, but the original project and later Meta forks should not be treated as the same thing. Search results may include ClashX, ClashX Pro, ClashX Meta, and other derivatives; their cores, update histories, and signing methods differ. An older build that still runs may not correctly handle newer configuration fields.

• Check the project’s latest stable release and commit date, not just its download count.
• Confirm whether the core is the old Clash core, Clash Premium, or Mihomo.
• Confirm whether the package targets arm64, x64, or both architectures.
• Confirm whether TUN is implemented through a system extension, service process, or administrator privileges.
• Confirm that subscription updates, configuration overrides, and rule providers have clear entry points.

Configuration compatibility does not mean identical capabilities

A YAML file containing basic nodes, proxy groups, and rules can usually be migrated between multiple clients. However, configurations using Mihomo-specific fields—such as more complete TUN parameters, rule-set behavior, geodata modes, or specific protocol options—may trigger errors in an older core, or the fields may simply be ignored. The latter is harder to spot: the interface may show “enabled” while routing behaves differently.

mixed-port: 7890
allow-lan: false
mode: rule
log-level: info
ipv6: false

tun:
  enable: true
  stack: mixed
  auto-route: true
  auto-detect-interface: true
  dns-hijack:
    - any:53

The example above shows common Mihomo configuration snippets. Desktop clients usually manage the TUN switch through the interface, so you may not need to edit the subscription file directly. When subscription updates overwrite the original configuration, put local changes in the override or merge configuration provided by the client.

Windows: Clash Verge Rev is better for full desktop use

Windows users often need the system proxy, TUN, scheduled subscription updates, a tray menu, and startup launch to work together. Clash Verge Rev puts these features in one desktop dashboard, making it a good fit for users migrating from older Clash for Windows setups and for checking live connections and rule matches.

The system proxy is enough for ordinary browser traffic

After importing a subscription and selecting a configuration, open the “Proxy” page and choose an available node, then enable “System Proxy.” Common configurations use mixed-port 7890, which accepts both HTTP and SOCKS requests. Some subscriptions use HTTP port 7890 and SOCKS port 7891 separately, so follow the ports shown in the active configuration.

1. Open the “Subscriptions” or “Profiles” page and add the subscription URL.
2. Click Update, wait for the configuration to finish downloading, and select it.
3. Open “Proxy” and choose automatic testing or a specific node in the policy group.
4. Set the mode to “Rule” to avoid sending every connection through the same node unconditionally.
5. Return to the home screen or tray menu and enable “System Proxy.”
6. Check “Logs” to confirm that browser requests appear and review the matched rules.

The system proxy mainly affects programs that actively read the OS proxy settings. Browsers, some chat apps, and system components often use it, but game launchers, command-line tools, some store apps, and software with its own network stack may not. “The browser works but one program does not” therefore does not necessarily mean the node has failed.

Enable TUN only when more applications need to be covered

In Clash Verge Rev, the usual order is to open “Settings” → “Service Mode” and install the service, then enable “TUN Mode.” The first installation triggers a Windows permission prompt. Once enabled, Mihomo uses a virtual network adapter and system routes to take over traffic, including traffic from programs that do not support the system proxy.

For everyday speed checks, do not chase the lowest single latency result. Test candidate nodes three times with five-second intervals, then use a fixed file of around 100 MB to observe real throughput. A stable 80 ms node is usually better for long-term use than one that occasionally reaches 45 ms and then times out.

macOS: the main choice is between a full dashboard and menu bar controls

On macOS, start with one question: do you need to edit subscriptions, inspect connections, switch overrides, and adjust TUN frequently? If so, Clash Verge Rev’s full dashboard is more straightforward. If you mainly want to switch policy groups from the menu bar and have confirmed that a ClashX Meta fork is still maintained, a lightweight menu bar client may better match your routine.

The build must match Apple silicon or Intel

Devices with Apple M1, M2, M3, M4, and later Apple chips should generally use an arm64 or aarch64 package; older Intel Macs should use x64 or x86_64. A universal package supports both architectures but is usually larger. Check the chip under the macOS “Apple menu” → “About This Mac,” or run the following command in Terminal:

uname -m

arm64 indicates an Apple silicon environment, while x86_64 usually indicates an Intel environment. Running an x64 client through Rosetta on Apple silicon may support basic proxying, but core calls, service installation, and power efficiency may not be optimal.

ClashX is suited to lightweight use, but verify its maintenance status

ClashX-style clients typically let you manage “Set as System Proxy,” “Proxy Mode,” “Policy Groups,” and “Update Configuration” from the menu bar. This works well for users with a stable configuration who only switch nodes occasionally. The drawback is not the menu bar itself, but the many similarly named legacy projects that make it difficult for new users to tell whether the core is still being updated.

Before installing, check whether the release notes clearly mention Mihomo, the supported macOS versions, and an arm64 build. If a project has not released anything for a long time, still relies on an old Clash core, or cannot recognize new subscription fields, do not keep using it simply because the package is small.

macOS TUN requires attention to system permissions

When enabling TUN, macOS may ask for an administrator password and require network-related permission under “System Settings” → “Privacy & Security.” If the connection drops immediately afterward, disable TUN first, confirm that system proxy mode still works, then check the default interface, DNS, and other VPN settings. A management profile on a company device may also restrict network extensions; repeatedly reinstalling the client will not fix that.

Linux: package format, desktop tray support, and permissions matter more

Linux desktop users can use Clash Verge Rev, but should choose a package format suited to their distribution. Debian, Ubuntu, and Linux Mint typically use deb; Fedora, Rocky Linux, and openSUSE users more often choose rpm; AppImage reduces installation steps. The package format does not change proxy rules, but it affects updates, desktop entries, and dependency handling.

On Wayland, whether the tray icon appears depends on the desktop environment and AppIndicator support. If the proxy is running but the tray icon disappears, reopen the main window from the application menu or check the process and logs; do not assume the core has exited. GNOME users may need a compatible tray extension, while KDE Plasma usually offers fuller system tray support.

TUN needs to create a virtual network adapter and modify routes, so regular user permissions are often insufficient. Prefer the service installation flow provided by the client instead of running the entire graphical interface as root. On a headless server, deploy the Mihomo core directly and manage it with configuration files; installing a desktop client adds no value.

Android: do not treat the archived CMFA as the default choice

Clash Meta for Android is often abbreviated as CMFA. It once offered Mihomo capabilities, per-app proxying, configuration overrides, and VPN takeover, making it a common Clash client on Android. The project is no longer maintained. Devices where it is already installed and still works with the current configuration can keep it temporarily, but new devices should not use the archived build as a long-term starting point.

Four capabilities matter most in an Android client

• Active maintenance: Keeps up with Android VPN APIs, target SDK changes, and Mihomo core updates.
• Per-app proxying: Lets you choose which apps use the VPN, or exclude banking, local-network, and enterprise apps.
• Configuration compatibility: Reads the rule-set, DNS, and proxy-protocol fields used by the current subscription.
• Background stability: Keeps the VPN service running through screen locks and Wi-Fi-to-cellular network changes.

For new installations, choose an Android client built on Mihomo that is still actively released, such as a cross-platform project covering both Android and desktop. Do not judge it only by whether its interface resembles CMFA; confirm the actual core name and version under “Settings” → “About” or “Core.”

“Global” on mobile is not the same as global mode on desktop

Android clients usually take over app traffic through the system VPN interface. In proxy mode, “Global” means matching connections all use a selected proxy group, while Android’s VPN switch determines whether traffic enters the client. These are separate layers. For everyday use, keep rule mode enabled and handle exceptional apps through per-app settings.

If the connection drops after the screen has been locked for several minutes, open Android “Settings” → “Apps” → the client → “Battery,” allow background activity, and disable aggressive battery restrictions for that app. Menu names vary by manufacturer; other common paths include “Battery optimization,” “Background power management,” and “Auto-start management.”

iOS: choose a compatible tool instead of searching for a same-name core

iOS has no Clash Verge counterpart that fully matches the Windows desktop client, and not every app supporting Clash rules should be called a Clash client. Network tools such as Stash and Shadowrocket can import or convert parts of Clash-style configurations, but they use their own implementations, configuration extensions, and release processes.

When choosing an iOS tool, first confirm which format the subscription service provides. If it only provides Clash YAML, check how well the app supports the proxy types, policy groups, rule providers, and DNS fields. Being able to import a file does not mean every field will behave the way it does in Mihomo.

Features worth checking on iOS

1. Whether it supports the node protocols used by the current subscription.
2. Whether it handles basic rules such as DOMAIN-SUFFIX, DOMAIN-KEYWORD, IP-CIDR, and GEOIP.
3. Whether it offers on-demand connections and can recover automatically when switching between Wi-Fi and cellular data.
4. Whether it shows rule matches and connection logs for troubleshooting direct-connection or proxy errors.
5. Whether it supports subscription updates instead of requiring manual file imports every time.

iOS Network Extension is managed by the system. Two proxy or VPN tools cannot control the same device connection at the same time. If the connection repeatedly reconnects, check the current profile under system “Settings” → “VPN,” then disable other on-demand connection rules.

How to compare maintenance, TUN, and resource usage

Client comparisons should not stop at feature lists. A more practical approach is to define a fixed checklist and run it on your own device for 10 to 15 minutes. Use the same subscription, node, and proxy mode for every test so node fluctuations are not mistaken for client differences.

Compare memory figures under identical conditions. When a desktop client includes a WebView interface, usage can differ substantially between an open main window and tray-only operation; rule-set size, connection count, and log level also matter. Leaving logs at debug creates more disk writes, so info is usually sufficient for daily use.

How to tell whether a project is still worth installing

• Whether the latest stable release supports your current operating system.
• Whether core updates continue, rather than only updating interface dependencies.
• Whether developers respond to compatibility issues after system upgrades in the issue tracker.
• Whether the release page clearly documents architectures and package formats.
• Whether you can roll back to the previous stable release if a serious problem occurs.

A recent “last updated” date is not enough on its own. Some repositories only update automation dependencies without publishing usable packages; others release less often but maintain a steady cadence for OS compatibility and core upgrades. Review release records, core versions, and actual packages together.

A safe migration process from an older client

When moving from Clash for Windows, an older ClashX build, or CMFA, do not delete the old client first. Save the subscription URL and local settings, complete an independent test in the new client, and clean up the old program only after everything works. This avoids losing override rules, LAN settings, and per-app lists.

1. Record the old client’s subscription URL, current proxy mode, and commonly used policy-group selections.
2. Export the local YAML, override scripts, or merged configuration and save them separately.
3. Turn off the old client’s system proxy, TUN, and launch-at-startup settings.
4. Install the new client and import only the original subscription at first; do not immediately copy every local change.
5. In rule mode, test browser access, DNS, LAN access, and everyday apps.
6. Install the service and enable TUN if needed, then test programs that ignore system proxy settings.
7. Restore overrides, per-app proxy settings, and automatic update intervals one by one.
8. Use the new client for one or two days before deciding whether to remove the old one.

When two clients enable the system proxy, the one started later may overwrite the system settings; enabling TUN in both can also create duplicate routes. During migration, ensure that only one client handles network traffic at any given time. If connectivity still fails after quitting the app, first turn off the system proxy, then check for leftover virtual adapters and default routes.

The final choice: active maintenance matters more than a familiar name

For Windows, macOS, and Linux users who want a consistent desktop experience with the Mihomo core, subscription management, and TUN, Clash Verge Rev is the easier place to start. macOS users who clearly prefer menu bar controls can consider a maintained ClashX Meta fork with transparent core information, but should not carry over a long-outdated ClashX package by default.

New Android devices should use a actively maintained client based on Mihomo or explicitly compatible with the current subscription format, rather than starting with the archived Clash Meta for Android. On iOS, choose a standalone network tool that supports the required protocols and rule syntax, and accept that its configuration fields and runtime behavior may differ from Mihomo.

Whichever client you choose, start with rule mode and the system proxy for basic verification, then enable TUN only if needed. Recording the client version, core version, ports, and error logs makes troubleshooting easier than repeatedly switching nodes. Client names change; maintenance, configuration compatibility, and the way the app takes over system traffic are the durable selection criteria.