InnoMonitor – How to Download and Install for Windows

Learn how to download and install InnoMonitor for Windows — a convenient tool for monitoring Innosilicon ASIC miners. Step-by-step setup, usage tips, program advantages, and a brief overview of features are included.

Imagine a room full of humming ASIC miners, the heat billowing, the fans straining to circulate air. You pass by these electronic “workhorses” wondering if everything is alright. Previously, you had to manually check each web interface , like a teacher inspecting a class—a daunting task. But times have changed. InnoMonitor has arrived —software that makes managing a mining farm much easier and even more enjoyable. Today, we’ll tell you how to download InnoMonitor, install it on Windows, configure it to suit your needs, and, most importantly, how to use InnoMonitor daily to keep all your devices under control. We’ll also take a quick look at what Linux users should do and why this tool is so valuable to miners.

What is InnoMonitor and who is it for? 🤔

InnoMonitor is a program for monitoring and managing Innosilicon ASIC miners . If you own any of these ASICs (such as the T2T, A10, A11, and other models), this tool will become your central control panel. Why would you need it? Imagine you have a dozen devices scattered across your network. InnoMonitor allows you to consolidate control over them in a single window: you can see the status of all the machines at once, perform batch operations (reboots, settings changes), and quickly detect problems. Essentially, it’s like a control room for your mining rig. Without such a tool, you’d have to open dozens of browser tabs or run from one device to another. But with InnoMonitor, all the information is at your fingertips , in real time. It’s especially useful for those managing a fleet of ASICs at work or at home—it saves time, stress, and electricity (no need to keep extra monitors running for each machine).

The program is officially distributed for Windows and is primarily intended for professionals and enthusiasts mining on Innosilicon hardware. However, it’s written in a user-friendly manner: even a novice with no experience setting up an ASIC can navigate it. The interface is intuitive (though, frankly, it’s in Chinese by default —we’ll explain how to switch to Chinese below).

Let’s move on to practice: from words to action. Below, we’ll walk you through the steps of downloading and installing InnoMonitor, and then setting it up for use.

Download and install InnoMonitor on Windows 💻

Step 1. Download the program. First, download InnoMonitor. It’s best to get the program from a reliable source, such as the official Innosilicon website (in the support/downloads section) or from trusted mining communities. InnoMonitor is often distributed as a ZIP archive with the latest version of the utility. The file size is small—a few dozen megabytes. Find the InnoMonitor download link (usually the file will have a name like [ InnoMonitor_x64.zipor similar to]). By the way, websites like Zeus Mining or major mining forums also offer a link—but beware of random files to avoid downloading malware. Ideally, download from the manufacturer’s website or a reputable resource.

Step 2. Unzip the archive. Once the archive has downloaded, extract its contents to a convenient location on your Windows computer. Installation is not required as InnoMonitor is a portable application. Simply extract the folder InnoMonitorsomewhere (for example, to your desktop or to a folder C:\Mining\Tools\). Make sure you unzip all files – the folder should contain the executable file .exeand additional files/libraries.

Step 3. First launch. Open the unzipped folder and double-click the fileInnoMonitor.exe . The program will launch and may immediately display the main window. If Windows asks for permission (SmartScreen or antivirus software may flag unknown software), allow it to run, provided you’re sure of the file’s source.

This completes the installation—no installation wizards, registry modifications, or complicated settings. Everything is as simple as can be: download, unzip, and open. For convenience, you can create a shortcut InnoMonitor.exeand place it, for example, in startup if you want monitoring to start at computer startup. But that’s too early—first, let’s configure the program.

Important: When you first launch InnoMonitor, the interface will likely be in Chinese. Don’t panic and don’t turn it off right away. 🙂 In the next section, we’ll discuss how to switch the language to English (unfortunately, the Russian interface may not be available, but most people prefer English to Chinese characters).

Switching language from Chinese to English 🌐

A fairly common situation: you open InnoMonitor, and all the menus and text are in Chinese . This is because the developers initially targeted their market. But fortunately, switching the language is very easy:

Find the settings icon . In the upper right corner of the InnoMonitor window, there’s usually a gear icon (⚙️) or the Option menu . Click it. You might have to navigate it blindly if all the menu items are in Chinese characters, but the ⚙️ icon is universal.
Open Settings . Clicking the gear icon will open the Settings dialog. Go to the third tab (in the Chinese version, this will be the language selection tab – usually the third one).
Select English. Find the option in the drop-down list within the third tab Englishand select it. The interface should immediately (or after clicking the confirm settings button) switch to English.
Save your changes. Click the button (probably “OK” or “Apply”) to close the settings window. The entire program menu is now displayed in plain English.

Phew, breathing easier right now, right? Now we’re ready to fully utilize the program—nothing’s stopping us from figuring things out.

Initial setup: finding and adding ASIC miners 🔍

After launching InnoMonitor on Windows and changing the language, it’s time to add your devices to the monitoring program. The good news is that InnoMonitor does this automatically by scanning the network. You don’t need to manually enter the IP address of each ASIC; the program will find them automatically—you just need to set the search range.

Network Scan:

In the main window, find the Scan button . It’s usually in a prominent location—perhaps on the top or side. Before scanning, make sure the computer running InnoMonitor and all ASIC miners are connected to the same local network . This is critical! If the computer and miners can’t see each other (for example, if they’re separated by different routers or subnets), the program won’t detect the devices.

Click Scan . InnoMonitor will ask you to specify a range of IP addresses to search for miners. By default, it may automatically select the range of your current subnet (e.g., 192.168.0.1 – 192.168.0.255). If the mining rig is in a different subnet, specify the desired range manually. Then confirm the scan.

The program will quickly begin scanning IP addresses within the specified range, searching for Innosilicon devices. This process is almost magical: a progress bar may appear before your eyes, and the list of devices below will gradually fill with discovered miners. Be patient—it usually takes less than a minute to scan a dozen or so devices.

Adding found devices:

All detected ASIC miners will be displayed in a table or list in the main InnoMonitor window. Typically, parameters such as IP address, device model, current hashrate, board temperature, fan speed, active mining pool, and worker name are shown. If you have ten identical Innosilicon miners, this will be the first time you’ll see them all together on a single screen—a very nice and convenient feature.

At this point, InnoMonitor is essentially already configured: the program “knows” about your miners and begins monitoring. It will likely automatically update data every N seconds immediately after scanning, allowing you to monitor the metrics in real time.

Tip: If a device isn’t found, make sure it’s turned on and on the same network. You can try scanning again, expanding the IP range (sometimes the miner received an address outside your router’s default range). Also, make sure InnoMonitor isn’t blocked by Windows Firewall . If so, add the program to the exceptions list so it can scan your local network without interruption.

Once all the miners have appeared on the list, you can breathe a sigh of relief: the hardest part is over. Now comes the comfortable operation! We’ll explain how to use InnoMonitor for everyday monitoring and management.

How to use InnoMonitor: features and functions 📊

So, on the screen we see a table with data from all connected Innosilicon devices. Let’s take a look at what we can do through the InnoMonitor interface – believe me, there are plenty of options:

Miner Status Overview. The main table is your window into the real-time status of your mining rig. Key parameters are listed here: operating mode (e.g., Normal or Low-power, if supported), the current hashrate of each miner, chip/board temperature , fan speed , connected pools and workers , uptime, and other details. This data is updated in monitoring mode, allowing you to immediately notice if something goes wrong (hashrate drop, overheating, pool failure, etc.). For example, if you see a line highlighted in red or with abnormal values, this is a signal: something is wrong with this ASIC (InnoMonitor can highlight anomalies).
Control menu (File, Option, Report, Help). The menu is usually located at the top of the window. File allows you to import or export miner lists (to a CSV file) to load the configuration on another PC or save the list of devices. It may also include options for manually adding miners if automatic scanning is unavailable. Option is the familiar settings: here you can change device polling intervals, units of measurement, configure profiles (more on that below), and, of course, change the interface language (via the Others → Language tab). Report is a very useful feature: it allows you to generate a report . You can export miner statistics (for example, the total hashrate of the farm per day, downtime, errors) to a file or the clipboard. This is convenient for analysis or reporting if you keep a work log. Help is the help and log section: the program can output messages there (for example, scan logs, system errors, firmware versions, etc.). If you encounter any problems, you can look in Help → Logs to see what happened.
Settings profiles. InnoMonitor lets you create profiles —sets of settings for miners that you can quickly switch between. These are like configuration templates. For example, you can create an “Eco Mode” profile (reduced clock speed, different pool) and a “Turbo Mode” profile (maximum overclocking before halving 😅)—and apply them to all devices at once. Switching profiles saves a ton of time: instead of entering a new pool and clock speed on each ASIC, you can send the command to all or selected devices with a couple of clicks in InnoMonitor. Profiles are especially useful if you regularly switch between different algorithms or pools.
Alert settings. The program includes error and event notifications . You can configure alerts so InnoMonitor will warn you of critical situations: for example, if a device has disconnected (is unresponsive), the hashrate has dropped below a specified threshold , or the temperature has exceeded a safe value. These alerts can be audible, pop-up notifications, or, in an advanced approach, even send an email or message (some miners use additional scripts). This way, you won’t have to stare at the screen every minute – InnoMonitor will automatically alert you if something goes wrong.
Batch device management. One of the main reasons people love InnoMonitor so much is its batch management. What can you do in batches?
- Change mining settings (pool URLs, workers, passwords) for all or selected miners. Say you decide to switch to a different pool—no need to enter the same information 20 times; simply enter the new pool address in InnoMonitor and click “Apply to All.” The program will automatically send commands and reconfigure the ASICs.
- Rebooting devices – for example, when you’ve updated the firmware or see that some ASICs are frozen. You can check boxes for specific machines and reboot them all at once, or click “Reboot All” to reboot the entire rig (be careful with this option 😅, think twice before doing this).
- Firmware updates are also often supported—you select the firmware file, and the program uploads it to all ASICs one by one. This saves significant time compared to updating each ASIC individually through the web interface. Of course, make sure the firmware is compatible with all devices on the list, and follow the manufacturer’s recommendations for mass updates (preferably on a stable power supply, ideally one or two devices at a time to reduce the risk).
- Changing frequency and power consumption. If your InnoSilicon chips support different modes (standard, overclocking, low power consumption), InnoMonitor allows you to apply these settings in batches. For example, on a hot summer day, you can reduce the frequency of all miners by 5% for cooling purposes, instead of manually adjusting each one. Or, conversely, in winter, with ample cooling headroom, you can overclock your entire ASIC family with a couple of clicks.
Viewing statistics and logs. The program has a Statistics or “Reports” section where you can view summary statistics for your farm. For example, distribution by pool (how much hashrate is allocated to each pool), the number of errors or reboots, the uptime of each device, and average efficiency. These figures help analyze your operation: for example, you can notice that one miner is regularly rebooting (which could indicate a power or firmware issue), or see that one pool is returning too many reject shares . With this data, you can take timely action—replace a problematic power supply, improve cooling, or switch to a more stable pool.
Access to web interfaces. While InnoMonitor’s goal is to minimize the need to access each ASIC’s individual web interface, sometimes you need to access a specific device for in-depth configuration. This is also simplified directly from the program: double-clicking a miner’s line often opens a browser to that miner’s IP address. Alternatively, there’s an “Open Web” button (depending on the interface version). So, if you need to, switching from the general monitor to fine-tuning is a snap.

As you can see, using InnoMonitor is a pleasure for a miner. The interface, while not exactly polished by the designer (it looks quite utilitarian), is extremely functional. After just a couple of days of use, you’ll feel like an airline dispatcher monitoring a fleet of airplanes—the only difference being that you have a fleet of ASIC miners 😊.

Linux in a Nutshell 🐧: Is InnoMonitor Available for Other OSes?

Many people ask: if my farm is managed from a Linux server or I want to install software on Ubuntu, is there a Linux version of InnoMonitor? Officially, there isn’t. InnoMonitor is designed for Windows (including x64 versions of Windows 7/8/10 and newer). It is not available for Linux or macOS. This doesn’t mean Linux users are left without monitoring altogether—it just means they’ll have to use alternatives.

Here are some options for Linux users:

Miner web interface: Every Innosilicon ASIC has a built-in web interface (via browser). In Linux, you can also access the device’s IP address and view its status. However, this is, of course, inconvenient for many devices.
Alternative software solutions: There are cross-platform ASIC monitoring tools. For example, Awesome Miner (a popular Windows program, but there’s also a web version/service) or BTC Tools (this utility is more Windows-oriented, although an attempt at working with Innosilicon was mentioned), as well as custom scripts via SSH. Some miners use a combination of MinerStat or HiveOS for monitoring – HiveOS generally runs as a separate Linux operating system for rigs, but can also monitor ASICs via an API.
Wine: Brave experimenters can try running InnoMonitor.exe through the Wine emulator on Linux. Theoretically, simple applications without complex drivers can run. However, stability and correct operation are not guaranteed – so do so at your own risk.

In general, InnoMonitor focuses on the Windows platform , which covers most scenarios (miners typically keep a separate laptop or mini-PC running Windows in their mining lab for various utilities). Linux users will either have to switch to web/SSH methods or use third-party tools.

InnoMonitor Benefits 🎁

So why are we praising this program so much? Let’s summarize the key benefits of using InnoMonitor for Innosilicon miners:

A single control center: no more jumping between dozens of browser tabs or terminals. All metrics are on a single screen. This saves time and simplifies life, especially for large farms.
Responsiveness: InnoMonitor reveals problems in real time. If one ASIC suddenly has zero hashrate or its fan stops working, you’ll notice it almost immediately (and the program can even highlight or alert you). Fast response means less downtime and more income.
Batch actions: perhaps the biggest advantage is the ability to apply actions in bulk . One command instead of twenty identical ones is a clear labor saving. And less routine means less risk of human error. Set up a profile once and apply it to everyone, instead of forgetting to change the pool address somewhere.
Easy to install and use: no lengthy installations, complicated configurations, or requirements – just launch and go. The interface, especially after switching to English, is quite straightforward. Even if you’re not an IT guru, you can figure it out by trial and error: the main buttons (Scan, Config, and Reboot) are intuitive.
Free: InnoMonitor, like many utilities from ASIC manufacturers, is distributed free of charge. You don’t need to pay for a license (unlike, say, some professional miners like Awesome Miner, which requires a paid full version). This is also a plus – miners love to optimize costs 😉.
Specifically for Innosilicon: the program is tailored to devices of a specific brand. This means better compatibility and tailored features. Alternative universal tools (such as BTC Tools , popular for Bitmain Antminers) support various brands but may sometimes miss certain features or provide incomplete data. InnoMonitor, on the other hand, knows all Innosilicon models, supports their firmware specific features, and understands their error codes. The result is more precise monitoring.
Multilingualism: Support for at least English and Chinese is already good. The English interface allows a wide audience around the world to use the program. Yes, there’s no Russian language, but we hope that over time, ASIC manufacturers will start considering Russian-speaking miners. However, even without this, everything is quite understandable in English.
Prevention and security: Monitoring isn’t just about “watching” but also about preventing accidents. InnoMonitor helps identify problems before they become critical . For example, if you notice a temperature increase on one of your ASICs, you can clean the heatsinks or replace the fan before it overheats and crashes. Or, if you notice frequent errors/rejects on one device, you can check for an emerging problem with the hash board. This proactive approach extends the life of your equipment and improves overall mining efficiency.

Of course, no program is a panacea. InnoMonitor won’t fix a burned-out chip or resolve pool issues, but as a monitoring tool, it’s quite reliable. Many users report that it gives them a sense of true control over their farm: it’s like having their own system administrator monitoring their ASICs 24/7.

It’s worth noting that there are alternatives : there are third-party ASIC monitoring programs on the market, such as the aforementioned BTC Tools or cloud-based monitoring systems. However, if you’re using Innosilicon, most fellow miners recommend starting with InnoMonitor, if only because it’s official and optimized for these devices. Then, if desired, you can compare it with other solutions. Furthermore, there’s no reason to use multiple methods simultaneously (for example, InnoMonitor and periodic log export to the cloud).

Conclusion 🎇

InnoMonitor is an indispensable assistant for miners managing Innosilicon ASICs. It takes care of the routine, allowing you to focus on strategy: choosing the most profitable coins, optimizing your power consumption, and other important things.

Thanks to its simplicity and functionality, even beginners feel confident with InnoMonitor. Experienced users, even more so, feel like conductors of a mining orchestra. Imagine: the night is raging outside, the Bitcoin price is fluctuating, and you, sitting with a cup of tea, can see with a glance that all is well with your hardware—the hashrate indicators are green, the fans are running smoothly, and the temperature is maintained. Peace of mind and control are priceless!

We briefly mentioned Linux and its alternatives, but if you’re drawn to Windows tools (and most miners are), InnoMonitor will cover 90% of your needs. It’s like having a remote control for every air conditioner in the house instead of running to each one—handy, right?

In conclusion, I would like to note: no matter how advanced the tools, the success of mining still depends on human participation.

Carefully study the documentation , stay up-to-date with firmware updates, and don’t be lazy about performing equipment maintenance occasionally. InnoMonitor will help you with this, reminding you and showing you how, but the onus is still on you. We hope you found our review guide helpful, interesting, and a little inspiring. May your miners operate reliably, and may monitoring bring you only positive emotions—no stress or rush jobs. Good luck with your crypto mining, and may high hashrates and low temperatures be with you!