On January 26, 2016, Xiaomi began selling a version of its Mi Pad 2 tablet that ran a full, unadulterated version of Windows 10 – not a mobile offshoot, not an ARM emulation layer, but the same x86 operating system found on desktops and laptops. Priced at just CNY 1,299 (roughly $200 at the time), the Windows edition of the 7.9-inch slate represented one of the boldest experiments in the budget tablet space: could a pocketable device with an Intel Atom x5-Z8500, 2GB of RAM, and 64GB of eMMC storage deliver a legitimate Windows desktop experience? For enthusiasts and tinkerers, the answer was a cautious yes – provided you understood its severe limits.

The Accidental Windows Tablet

Xiaomi never set out to build a Windows icon. The Mi Pad 2, unveiled in late 2015, was first and foremost an Android tablet – a sleek metal rival to the iPad mini with a crisp 2048×1536 IPS display, a USB-C port, and Xiaomi’s MIUI software layer. But the choice of Intel’s Cherry Trail SoC, the Atom x5-Z8500, opened an unexpected door. Unlike the ARM-based chips inside most Android tablets, this quad-core processor was fully x86-compatible, making Windows 10 a straightforward port. Xiaomi, which had already collaborated with Microsoft on an experimental Windows 10 Mobile ROM for the Mi 4 smartphone, seized the chance. The company began offering the Mi Pad 2 in two distinct configurations: a 16GB Android model and a 64GB Windows 10 model, with the latter priced identically to the 64GB Android variant. It was a move that immediately captured the attention of Windows enthusiasts and bargain hunters alike.

Hardware: A Tale of Two Tablets

On paper, the two Mi Pad 2 variants were identical except for storage and the operating system. They shared the same 7.9-inch 2048×1536 IPS panel, the same 8MP rear and 5MP front cameras, the same 6,190mAh battery, and the same slim aluminum chassis measuring just 6.95mm thick. The Windows model, however, came locked to 64GB of eMMC storage and 2GB of RAM – a configuration that Windows 10 would quickly strain.

The Atom x5-Z8500 itself was a competent low-power SoC for its era. Built on a 14nm process, its four cores could burst up to 2.24GHz, and the integrated Intel HD Graphics (Gen8) offered enough grunt for basic desktop applications and light gaming. Where it fell short was in sustained performance and memory bandwidth – the chip was designed for fanless ultra-mobile PCs, not heavy multitasking. Paired with only 2GB of RAM, the Mi Pad 2 was destined to struggle the moment a user opened more than a handful of browser tabs or launched a modern Win32 app alongside a UWP app.

The Windows Experience on a $200 Slate

Reviews from early 2016 painted a consistent picture. The Windows 10 Mi Pad 2 could handle light productivity – Microsoft Office, Edge browsing, email, and note-taking – without major hiccups. The high-resolution display made text crisp, and the tablet’s compact size made it genuinely pocketable, something no Surface or 2-in-1 could claim. Battery life, while not exceptional, was sufficient for a day of mixed use.

But the shortcomings were impossible to ignore. The 2GB RAM ceiling meant that background tabs would often reload, and Windows Update could consume most of the available storage. The 64GB eMMC drive, though larger than the 16GB Android option, filled up quickly with Windows itself, essential applications, and temporary files. Thermal throttling also reared its head: under sustained CPU or GPU load, the tablet’s thin chassis could reach uncomfortable surface temperatures, and the SoC would dial back its clocks to prevent overheating, sometimes dropping performance below the level needed for smooth video playback or multitasking.

Driver maturity was another thorn. The Mi Pad 2’s touchscreen, rotation sensor, and cameras required specialized drivers for Windows, and early builds exhibited erratic on-screen keyboard behavior, UI scaling glitches, and occasional Wi-Fi dropouts. Several reviewers noted that the device felt less polished than dedicated Windows tablets from Dell or Lenovo, but at one-third the price, those compromises were easier to forgive.

The Modding Community Steps In

Where Xiaomi left off, a vibrant community of tinkerers picked up. Almost immediately, forums like XDA Developers and dedicated GitHub repositories began hosting guides for installing Windows on the Android Mi Pad 2, creating dual-boot setups that let users switch between Windows and Android, and refining driver packages to smooth out the rough edges. One popular GitHub repository, maintained by user brianwoo, offered a step-by-step walkthrough for flashing a Windows image onto the tablet using a USB hub, keyboard, mouse, and custom driver bundles. The process was not for the faint of heart: it required disabling secure boot, manipulating partitions, and sometimes extracting OEM product keys. Yet many successfully transformed their 16GB Android models into pocketable Windows PCs – though storage limitations on the smaller model made the exercise more academic than practical.

Dual-booting, in particular, became a holy grail. Community guides detailed how to install both MIUI (or a custom AOSP ROM) and Windows side by side, giving users the best of both worlds: a touch-friendly Android tablet for media consumption and a desktop OS for productivity when needed. The catch was that major Windows feature updates frequently broke the bootloader, wiped the Android partition, or introduced driver regressions. Users on XDA reported losing their Android setup entirely after a Windows 10 update cycle, forcing them to re-image the device from scratch. For those without technical chops, such risks were a dealbreaker.

Broader Industry Echoes

The Mi Pad 2’s Windows experiment was more than a one-off curiosity; it reflected a moment when the boundaries between mobile and desktop computing were blurring faster than software could keep up. Microsoft’s own Windows RT and Windows 10 Mobile efforts had already failed to gain traction, while Intel’s Atom line was being phased out of smartphones and tablets. The Mi Pad 2 showed that full Windows on cheap, low-power x86 silicon was technically feasible, but the user experience suffered from the very constraints that made it possible: limited RAM, slow storage, and thermal headroom.

It also prefigured the rise of community-driven OS porting. Years before Asus’s ROG Ally or the Steam Deck sparked a renaissance in handheld x86 gaming, the Mi Pad 2 modding scene demonstrated the power of enthusiast communities to extend a device’s lifespan far beyond its official support window. That same ethos would later fuel projects like Windows on ARM, custom ChromeOS builds, and Linux on nearly everything.

Should You Buy a Windows Mi Pad 2 Today?

In 2025, the Mi Pad 2 is a historical artifact. A used unit can still be found on secondary markets for pocket change, but its practical utility is minimal. Windows 10 will reach end of support in October 2025, and the tablet lacks the hardware to comfortably run Windows 11 (which requires at least 4GB of RAM and a supported TPM 2.0 chip). Even with a lightweight Linux distribution, the 2GB RAM and slow eMMC storage make modern web browsing a chore.

That said, for a very narrow set of users, the Mi Pad 2 retains a niche appeal. If you need a dirt-cheap, ultra-portable device that can run a specific legacy Windows application natively – perhaps for industrial diagnostics, retro gaming, or as a dedicated terminal – it might fit the bill. But for anyone seeking a general-purpose tablet, even a budget Android device from the last five years will run circles around it in speed, battery life, and app compatibility.

What the Mi Pad 2 Taught Us

The Xiaomi Mi Pad 2 Windows edition was a product of its time, a thought-provoking collision of mobile hardware and desktop software. It proved that x86 Windows could survive on a $200 tablet, but it also made painfully clear that the operating system demanded more than just x86 compatibility: it needed RAM, fast storage, and robust thermal management to shine. The modding community’s response showed the depth of demand for such a device, yet also highlighted the fragility of unsupported operating system swaps.

For today’s device makers, the Mi Pad 2 stands as a lesson in the importance of balancing ambition with hardware fundamentals. The allure of a pocketable Windows desktop remains strong – look no further than the 8-inch Windows handhelds now popping up from Chinese brands – but the foundation must be solid. Without enough memory and storage, the dream crumbles into a frustrating reality.

Xiaomi itself never released a direct successor to the Windows Mi Pad 2, pivoting instead to Android-only tablets and later abandoning the segment altogether before a recent revival. Yet the little slate with a big OS experiment left an indelible mark on the minds of enthusiasts, a reminder that sometimes the most interesting innovations come from asking “what if?” and being brave enough to ship the answer.