Open-Source Client · Official Channels Only
This site brings together Clash client installers for Windows, macOS, Android, iOS, and Linux, with every link pointing to an official release channel. All clients listed here run on the actively maintained mihomo core and stay compatible with original Clash configuration files. From installation and subscription import to rule-based routing and system proxy setup, step-by-step guides are available whenever you need them.
Software Authenticity Ledger
Clash Genuine Official Site
All-Platform Client Pickup Point
CERT NO. CLASH-HOME-2026 / KERNEL mihomo
The clauses below outline the core capabilities of the clients listed on this site. Click any clause number to read the full explanation.
Rule-based routing is Clash's core feature: rules in the config file are matched top-down using types like DOMAIN, DOMAIN-SUFFIX, IP-CIDR, and GEOIP, and the first match decides where a connection goes—no further matching needed. This lets you direct-connect sites inside mainland China, route specific sites through a proxy, and block ad domains outright, all without flipping switches by hand. Compared to simple proxy tools with only global and direct modes, rule-based routing handles everyday mixed browsing far better. Rule syntax and matching priority are covered in detail in our protocol handbook and blog.
With a subscription link from a proxy service provider, you can import every node and preset routing rule into the client in one step, with no need to enter server details manually. After import, you can set updates to run hourly or daily, so your local config stays in sync whenever the provider changes its nodes. Most clients support multiple subscriptions at once, making it easy to compare node quality across providers; share links in non-Clash formats can also be imported after subscription conversion. Full import steps and common format differences are covered in the Getting Started guide and blog.
Every client listed on this site is built on the mihomo core. mihomo carries on the Clash Meta project, taking over maintenance after the original Clash core stopped receiving updates. It keeps config file compatibility while adding support for protocols like VMess, Trojan, VLESS, Hysteria2, and TUIC, alongside ongoing performance improvements and bug fixes. This means most existing config files still work as-is, while protocol support and update frequency far exceed the discontinued original core. Feature and compatibility differences across core variants are covered in a dedicated section of the protocol handbook.
System proxy works at the application layer and is simple to set up, making it a good fit for browsers and most regular apps—but some command-line tools and game clients ignore system proxy settings entirely and bypass it. TUN mode takes over at the network layer via a virtual network adapter, capturing every app that makes a network connection, with no gaps in coverage. Both modes are simple toggles in the client, so you can switch depending on the situation: system proxy for everyday browsing, TUN when you need full traffic capture. See our blog for a detailed comparison of how each mode works and when to use it.
Windows, macOS, Android, iOS, and Linux all have dedicated clients listed here: Clash Plus and Clash Verge Rev lead on desktop, Android offers several options including Clash Plus and Clash Meta for Android, iOS is distributed exclusively through the App Store, and Linux comes with both deb packages and generic builds. Every installer notes its source channel and maintenance status, and discontinued legacy clients are clearly flagged as archived rather than mixed in with actively maintained projects. Users with multiple devices can reuse the same subscription across every platform for a consistent setup.
From install to connection in three steps—this is the short version; see the Getting Started guide for full details.
Head to the download page and grab the installer that matches your device's operating system. On desktop, Clash Plus and Clash Verge Rev are the top picks; on Android, make sure the APK matches your phone's chip architecture; on iOS, install via the App Store.
Copy the subscription link from your service provider and paste it into the client's config or subscription page to load the node list and routing rules. It's worth turning on auto-update right away, so any changes on the provider's end sync to your local config automatically.
Turn on the system proxy toggle, pick a node on the proxy page or let auto speed-testing choose one for you, then visit any regular website to confirm you're connected. If you need to capture traffic from apps that ignore the system proxy, switch to TUN mode with a single toggle.
Head to the matching section on the download page for your OS—available clients, system requirements, and install instructions are all listed there.
The points below are publicly verifiable facts about the open-source ecosystem, listed for reference before you download.
Getting the Core Source (Command Line)
git clone https://github.com/MetaCubeX/mihomo.git
Cloning the repo lets you review the core's source code and commit history locally; regular users don't need to compile anything—just use the graphical clients on the download page.
One-line answers to the most common questions—see the full FAQ page for detailed explanations and more topics.
The three latest posts, newest first—browse the full archive on the blog list page.
Explains how Clash on Android relies on VpnService to create a virtual network adapter, then walks through first-time authorization, persistent notifications, and battery-optimization whitelist and autostart settings for various phone brands—so the connection doesn't get killed in the background.
Read Full ArticleA full breakdown of the common Clash rule types and how to write them, explaining the top-down matching priority mechanism, where GEOIP and MATCH fallback rules should go, and a ready-to-use ordering strategy.
Read Full ArticleCompares how TUN mode and system proxy handle traffic at different network layers, covering coverage and compatibility differences, which apps tend to bypass the system proxy, and when it makes sense to switch to TUN mode.
Read Full Article