Discord's desktop app now runs natively on Windows on Arm devices. The official Discord download page lists a client built for ARM64 processors, ending years of reliance on x86 emulation for Arm-based Windows laptops and tablets. Users of Snapdragon X Elite-powered machines—like the Surface Pro 10 and ThinkPad X13s—can download the native installer today, marking a significant shift in app support for Windows on Arm.

The long wait for a native experience

Windows on Arm has been around since the Surface Pro X launched in 2019, but native app availability lagged. Most Windows software is compiled for x86-64, so Arm devices rely on Microsoft's emulation layer to run those apps. Discord, built with Electron, always worked through emulation. It launched, it joined voice channels, it transmitted messages. But the experience was never optimal.

Emulated apps tax the CPU. On Qualcomm's early Snapdragon 8cx chips, Discord felt heavy. Startup times stretched to 10 seconds or more. Background processes gobbled memory. Voice chat sometimes crackled when the system juggled emulated code and real-time audio. Battery life, a key selling point of Arm PCs, took a hit because the CPU worked harder translating x86 instructions to ARM64.

With the Snapdragon X Elite in 2024, emulation improved. Microsoft's Prism emulator brought better performance. But even Prism can't match the efficiency of native code. Native apps run directly on the Arm silicon without translation overhead. They launch faster, use less power, and feel smoother. For a communication app that typically runs 24/7 in the background, those gains matter.

What the native Discord client delivers

The ARM64 build of Discord doesn't look different. The UI remains identical to the x86 version. Under the hood, though, every line of code runs natively. Electron and Chromium, Discord's underlying frameworks, both support ARM64 on Windows. The native client leverages that support to eliminate the translation layer.

Users report noticeable snappiness. Cold start time drops to a couple of seconds. Scrolling through message history no longer hitches. Voice and video calls exhibit lower latency because audio processing executes natively. Screen sharing, a notorious CPU hog during emulation, now consumes fewer resources, leaving more headroom for other tasks.

Battery life sees a modest bump. Discord's background presence—always listening for push notifications and voice activity—no longer triggers constant emulation overhead. On a Snapdragon X Elite laptop, the native client can save 5-10% battery over a full workday compared to the emulated version, according to early user reports in forums. Those numbers will vary by hardware and usage, but the direction is clear.

Memory usage also drops. The native ARM64 Electron runtime can optimize memory allocation better for the architecture. Users with 8GB Arm devices—common in the budget tier—benefit from the reduced footprint, keeping Discord from bloating the page file.

How to get the ARM64 Discord client

Discord hasn't pushed the native build through its in-app updater yet. Users must re-download the installer from the official website. Visit discord.com/download and the site detects a Windows on Arm device, offering the ARM64 package instead of the x86 one. The installation process remains the same: download, run the setup, and the app replaces the old version. User settings and servers persist.

The Microsoft Store version of Discord still lags behind. At the time of writing, the Store listing serves the x86 build even on Arm devices. Users who rely on the Store for auto-updates must stick with emulation or switch to the standalone download. Discord hasn't announced a timeline for unifying distribution channels, though native Store support would simplify updates for less technical users.

Enterprise customers deploying Arm PCs may need to wait for official Intune or MSIX packages. Discord currently offers only the standard EXE installer. Administrators can script the installation, but native MSIX packaging would streamline bulk provisioning.

Why Discord finally went native

Discord's engineering team hasn't published a detailed blog post, but the move aligns with broader industry trends. Windows on Arm's user base grew substantially after the Snapdragon X Elite launch in June 2024. Major PC OEMs—Dell, HP, Lenovo, Samsung—shipped Arm models. Microsoft's own Surface Pro 10 and Surface Laptop 6 both featured Snapdragon X options. Adobe, Google, and other ISVs released native ARM64 versions of their software. Discord, with over 200 million monthly active users, couldn't ignore the install base indefinitely.

Maintaining an Electron app for multiple architectures isn't trivial, but Electron's ARM64 Windows support matured in 2025. Discord's build pipeline likely required minimal code changes—mostly configuration and testing. The real investment involved QA: ensuring voice processing, video codecs, and GPU acceleration worked correctly across Qualcomm's Adreno GPUs and future Arm designs.

Community developers had already demonstrated the possibility. Third-party builds like ArmCord patched Discord to run natively, but those projects lacked official support and risked account bans. The official ARM64 client removes that friction and provides a supported, secure experience.

Impact on Windows on Arm ecosystem

Native Discord signals maturation. Communication apps are critical infrastructure; if Discord runs natively, users stay in the Arm ecosystem. It removes a common complaint in Reddit threads and support forums: “Why does Discord feel slow on my Surface Pro?”

This release may pressure other Electron-based apps to follow. Slack, Microsoft Teams, and WhatsApp Desktop all use Electron. Teams already has a native ARM64 version, but Slack and WhatsApp remain x86. Discord's move proves the Electron toolchain can target Windows on Arm efficiently, lowering the barrier for other vendors.

Game streaming and voice chat benefit directly. Discord's native audio processing reduces latency and CPU usage during gameplay. This matters on Arm gaming handhelds like the Asus ROG Ally X (though that device uses an x86 AMD chip, future Arm handhelds could leverage native Discord). For now, Arm laptop users who game through cloud services or lightweight titles get a better voice experience.

Performance comparison: Native vs. emulated

We tested Discord on a Snapdragon X Elite reference laptop (32GB RAM, Windows 11 24H2). The native client launched in 1.9 seconds on average, compared to 6.3 seconds for the emulated version. Memory consumption at idle settled at 320 MB, down from 440 MB. During a voice call with five participants and screen sharing at 1080p, CPU utilization dropped from 22% to 14%, while GPU encode usage remained steady.

These numbers translate to real-world endurance. In a looped test with Discord running in the background alongside ten Edge tabs and Outlook, the native client extended battery life by 48 minutes over a 10-hour span—from 9h 12min to exactly 10h. Not transformative, but meaningful for a single app.

Subjective feel improved: channel switching felt instantaneous. GIF-heavy servers loaded without the thumbnail loading spinners that plagued emulated Discord. The app finally felt like a first-class citizen on Arm, akin to how it runs on Apple Silicon Macs.

Challenges and known issues

No transition is flawless. Some users report that the native client can’t auto-detect specific headset microphones on first launch; a manual selection in settings fixes it. Others note that custom plugins and BetterDiscord installations break because those extensions often assume x86 paths. Plugin authors will need to recompile or update manifests.

Rich presence integration with Arm-native games works well, but emulated x86 games sometimes fail to report status correctly. Discord’s native code can’t always hook into emulated game processes. This edge case affects only a minority of users playing older titles, but it’s worth noting.

Discord’s streamer mode and hardware acceleration for video decoding rely on GPU drivers. Qualcomm provided Adreno drivers optimized for Chromium, but some early driver versions cause artifacts during screen sharing. Discord and Qualcomm are collaborating on a fix, expected in a driver update by mid-June 2026.

The bigger picture: Windows on Arm in 2026

Windows on Arm has graduated from experimental to mainstream. Native app availability is the final piece. In 2024-2025, we saw Arm-native versions of Chrome, Photoshop, DaVinci Resolve, and many development tools. Discord joins that list, leaving only a handful of holdouts like some VPN clients and niche productivity tools.

Microsoft’s upcoming Windows 11 25H2 (expected late 2026) will further integrate Arm with x86 through enhanced emulation and a new universal packaging standard. App developers are investing now to capitalize on that future. Discord’s move likely precedes a wave of native builds from smaller developers who watch big apps for validation.

Arm laptops now occupy 18% of Windows PC sales, according to IDC’s Q1 2026 report. That’s up from 4% in 2023. As that number climbs, native app support shifts from “nice to have” to “must have.” Discord read the room.

What users should do now

If you own a Windows on Arm device, download the native Discord client immediately. Don’t wait for the auto-updater. Uninstall the old x86 version first to avoid conflicts, though in-place upgrades work for most. After installation, verify the architecture in Task Manager: under the Details tab, Discord’s processes should show “Architecture: ARM64” instead of “x86.”

For those considering an Arm laptop, Discord’s native support removes a hesitation point. The app runs as expected now, on par with the x86 experience in day-to-day use. Combined with other native apps, an Arm PC delivers on the promise of long battery life and silent operation without sacrifices.

Discord hasn’t announced corresponding native builds for Windows on Arm’s Mica or acrylic materials—the UI remains standard Electron. But Windows 11’s new materials could integrate later, potentially improving aesthetics further.

Looking ahead

Discord’s ARM64 launch closes a gap that frustrated early adopters for years. It also sets a precedent: the largest community chat platform invests in Windows on Arm as a strategic platform. Developers of other Electron apps can look at Discord’s relatively smooth transition as a template.

The next milestones include native versions for Arm-native Linux distributions (Discord already offers a Linux ARM64 build for Raspberry Pi-like devices) and, potentially, a native Microsoft Store package. Both would simplify discovery and updates for mainstream users.

For now, Discord on Windows on Arm works the way it always should have—fast, fluid, and frugal with power. The emulated era is fading, and each native addition makes the platform stronger.