How to Choose a Clash Mobile Client: Android and iOS Apps Compared

Start by narrowing down your options by OS and subscription format

The short version: Android users who need to keep using Clash YAML should focus on actively maintained mihomo-based clients. iPhone users should first check which configuration formats a client supports, then compare its interface and rule features. A Clash name does not guarantee support for the same fields, and importing nodes does not guarantee that your routing rules will carry over.

The core handles proxy connections, DNS, and rules; the client provides the interface for importing configurations, connecting, and changing settings. Clash.Meta continued development under the mihomo name, but clients may bundle different core versions. Check the core details shown in the app to assess compatibility—not just the app name or store screenshots.

• Already have a complete Clash configuration? Check whether proxy-groups, rules, rule-providers, and DNS fields are preserved.
• Only have a node subscription? First check whether it provides a complete YAML file, a list of nodes, or encoded share links. These are different input formats.
• Just need a reliable everyday connection? Focus on the import process, background stability, and access to diagnostic logs. Avoid adding setup overhead for rule features you do not need yet.

Android client comparison: maintenance matters more than a familiar interface

Common options on Android include Clash for Android, Clash Meta for Android, and the FlClash family. They may all offer a VPN toggle, but differ in where you edit configurations, how subscriptions are updated, and how often the core is upgraded. This table compares product lines; behavior may vary between builds and versions.

Check new protocol support at the core level

If your subscription includes type: hysteria2 or newer protocol options, first confirm that the current core recognizes those fields. An “unknown proxy type” parse error usually points to an unsupported core feature or incompatible configuration format—not a missing permission. Toggling the VPN or repeatedly running speed tests will not fix a parse error.

If you already use Clash for Android, keep the old configuration as a reference and import the same subscription into the new client. Do not uninstall the old app right away. Manually selected proxy groups, per-app routing lists, and local overrides are often not included in remote subscriptions.

iOS client comparison: Clash config compatibility does not mean the same core

Android APKs cannot be installed on iOS. Taking over all phone traffic typically relies on Network Extension, Apple's framework for network extensions. It is not the same interface as Android's VpnService, so Android menus, background allowlists, and TUN settings do not carry over.

Availability, pricing, and minimum OS requirements for iOS apps may change; these details are not guaranteed across the board. If you only need to choose between a few nodes, do not convert an entire configuration just to make it “exactly like Android.” If you rely on complex rule sets, verify that the rules load and match as expected before committing to the app.

Importing subscriptions: check what actually makes it through

A common migration mistake is assuming everything is ready just because nodes appear in the list. A complete configuration usually includes proxy nodes, proxy groups, rules, and DNS. Some import methods extract only the nodes, leaving the client to fill in the rest with its default configuration. Either setup may connect, but traffic will be routed differently.

On Android, check in this order

1. Using the common Clash for Android interface as an example, go to “Profiles” → “+” → “URL” and enter a name and subscription URL. In other clients, look for an import option under “Profiles.”
2. After the download completes, select the configuration; do not just leave it in the list. Check its update time and any parse messages.
3. Open “Proxies” to check whether your original proxy groups appear, then select an available node. Start with “Rule” mode, not Global mode, so it does not mask rule issues.
4. Return to the home screen and connect. Approve the system VPN request the first time it appears, then use the logs to check what is actually happening.

On iOS, first check whether the import screen accepts a complete configuration or a node subscription. If you see webpage content, a login page, or a parse error, check whether the subscription URL has expired and whether the provider offers a format for that client. Never submit a credential-bearing link to an unknown online converter.

Editing rules: test behavior with a minimal configuration before adding complexity

Rules are evaluated in order. Once a rule matches, later rules usually do not affect that decision. A proxy group is a set of outbound options—for example, select lets you choose manually. It is not a proxy node. When comparing clients, check separately whether they can display a group and whether rules can reference it.

Here is a minimal mihomo configuration for local troubleshooting; it does not include remote proxy nodes. Port 7890 is the HTTP/SOCKS mixed-proxy port specified in this example, not a universal default for mobile clients. Native iOS clients should not use the example as-is.

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

proxies: []

proxy-groups:
  - name: Manual
    type: select
    proxies:
      - DIRECT

rules:
  - DOMAIN,example.com,Manual
  - MATCH,DIRECT

• Manual contains only DIRECT, so this example is for checking configuration parsing, proxy group display, and rule matching only. It will not connect to a remote proxy.
• DOMAIN matches only the specified domain. To include subdomains, use DOMAIN-SUFFIX as needed.
• MATCH is a fallback rule and usually belongs at the end. Put it first and ordinary rules after it will have no effect.

One more practical check: can the client show the active configuration, help locate load errors, and distinguish the original subscription from the effective configuration? For anyone who regularly edits rules, these tools matter more than a prominent home-screen toggle.

TUN, background operation, and DNS: three checks for everyday reliability

Treat traffic capture and proxy protocols as separate things

TUN is a virtual network interface that passes traffic to the client for processing; it is not a proxy protocol. Android clients typically create a local VPN interface through VpnService and generally do not require root. Desktop instructions to “install the TUN service” do not apply directly to phones.

A VPN icon only shows that the system tunnel is established. It does not guarantee that the node works or that every app uses the proxy. Check whether per-app routing is enabled and whether any apps are excluded. Work profiles, other VPNs, and system restrictions can also affect which traffic is captured.

Use a 10-minute test to pinpoint background restrictions

1. After connecting, use the device with the screen on for 2 minutes to confirm that the configuration and node work.
2. Lock the screen for 10 minutes, then unlock it and check notifications, VPN status, and reconnection logs.
3. If the connection only drops while the screen is locked, check background restrictions under Android “Settings” → “Apps” → the client → “Battery.” Menu names vary by OS version.
4. Adjust the restriction for this client only, then repeat the test. Do not change several system settings at once.

DNS is about more than whether a server is listed

DNS resolves domain names to addresses. During migration, compare whether DNS is enabled, whether queries use the expected route, and whether the client supports the subscription's DNS policies. mihomo's fake-ip, DNS rules, and platform network extensions may work differently; do not force a field-for-field match. If an IP address works but domain names do not, check the DNS logs before cycling through a dozen nodes.

Choose by use case, then run a repeatable acceptance test

• New to Android? Choose a client with a clear source, regular updates, and visible core details. Get one configuration working first, then decide whether you need local rule editing.
• Existing Clash for Android user? Try a mihomo-based client with a similar workflow. Keep your old configuration and screenshots of your per-app list and proxy groups during migration.
• Sharing a configuration between Android and a computer? Check the core version and supported fields. Even with the same core, file paths, network interfaces, and system permissions need separate handling.
• Only need to choose nodes on iPhone? Focus on node import and everyday usability; full Clash YAML compatibility may not be a priority.
• Need complex routing on iPhone? Compare configuration formats, rule sets, and diagnostic tools first, then weigh the cost of converting and maintaining your configuration.

Do not judge clients by a single latency test. A latency test usually measures response time to a specific address, not download throughput or video quality. For a fair comparison, use the same Wi-Fi, node, and test address, run each client three times, and record failures. Retest after switching networks.

Complete these four checks before making the new client your everyday app. Keep a record of the configuration source, client version, and core version. If problems arise later, you can tell whether they came from a subscription change, a client update, or an OS restriction instead of starting over with another install.