Earlier this month, we pulled back the curtain on the engineering vision behind the Snapdragon^® X Series platform at our Architecture Day event. Then last week, we followed up with an AMA on Reddit with Kedar Kondap, Qualcomm Technologies SVP and GM of Compute and Gaming. 

Snapdragon Insiders from around the world chimed in with questions about the design, real life applications, and potential for the technology. What stood out wasn’t just the curiosity, but the shared expectation that next-generation PCs should be powerful, intelligent, and always ready. 

Here’s a closer look at some of the top questions from the AMA along with a deep dive into what makes the Snapdragon X2 Elite the platform shaping the future of computing.  

Dive deeper into the Snapdragon X Series

Question: What information can you share regarding Linux support for Snapdragon X Elite and Snapdragon X2 Elite looking into 2026? They’re still not fully supported in their current state.

Answer: We hear the demand for Linux support on Snapdragon X Series platforms loud and clear. Right now, our focus is on delivering the best experience with Windows, and Linux enablement is still evolving. We strongly recommend running WSL2 on Windows 11 for the most seamless experience. We know we have more work to do in this area, and we're going to keep working on it.

Question: As Snapdragon Insiders, we love the tech—but sometimes the experience can feel a little fragmented. (A) Snapdragon Sound™ Technology Suite support varies by OEM, (B) Windows doesn’t surface which Bluetooth codec is actually in use, GPU driver updates aren’t always consistent, (C) and the Qualcomm® Adreno™ Control Panel still feels like it has huge untapped potential. Are there plans to make these experiences more unified and transparent across devices, with more frequent driver updates and a more fully featured Adreno Control Panel?

Answer: 

(A) We agree: a more transparent Snapdragon Sound user experience would be ideal, and we’re working with partners to improve clarity and consistency. For now, if you want the full experience, check out our device finder. 

(B) We’re currently releasing updatable graphics drivers on Snapdragon X Series quarterly, but aiming to move to a monthly cadence. We’re already providing change logs for all releases in the download—not just betas—so you’ll always know what’s new or improved. For legacy products, updates will focus on security and critical fixes, while newer platforms will maintain the new schedule. Check out our blog post for more info. 

(C) I'm excited that our Snapdragon Control Panel (formerly Adreno Control Panel) is officially out! Check out this blog for the announcement and more about gaming improvements. We’re actively working to expand its feature set, including new profiles and upgradeable software. Expect regular updates as we continue to add more capabilities and refine the experience. 

Question: Will Qualcomm be increasing its investment or focus on video/graphics driver stability, game compatibility, such as more complete Vulkan driver implementation, and debugging support for Windows on Snapdragon platforms?

Answer: Absolutely. We're actively increasing investment and focus on graphics driver stability, game compatibility, and more. Just recently, we've released the Snapdragon Control Panel and have committed to quarterly graphics driver updates.  We're aiming to release monthly updates soon. With each new generation—including Snapdragon X2 Elite —we’re prioritizing robust driver updates, expanding debugging support, and deepening collaboration with game developers and partners. Your feedback is essential, so keep sharing issues and suggestions so we can continue to raise the bar.

Question: The community is excited about doing real AI workflows on Snapdragon, but today LLM and DNN performance on Windows and Linux still lags. Are better-optimized frameworks (like PyTorch and TensorFlow with full GPU/NPU acceleration) on the roadmap, and can we expect major improvements that make Snapdragon a true go-to platform for local AI development?

Answer: AI frameworks and developer tools are definitely a top priority for Snapdragon X Series. Our latest platforms are built with a fully capable AI stack, and we’re working closely with partners to optimize performance for leading frameworks, leveraging both GPU and NPU acceleration. We support a wide range of LLMs and DNNs, and our roadmap includes ongoing improvements for developer experiences on Windows (and Linux via WSL). 

Question: I'm currently using laptop powered by the Snapdragon X platform with 16/512GB config. Using VLC media player ARM-compatible version, for video playback, it lags a lot. Even the default Windows Player is lagging and dropping frames. Is this an issue with all laptops or the Snapdragon X processor alone?

Answer: Snapdragon X Series is designed to deliver smooth media playback and strong performance for creators and everyday users. Your experience could be related to some software, rather than  hardware, limitations. VLC is officially supported through PRISM emulation today. However, native support is now available through nightly build. For those, we have tested the same for better performance as compared to other premium x86 devices. For the best VLC experience on Snapdragon X Series, make sure your system and apps are up to date.

Question: The Snapdragon X2 Elite processor promises a significant amount of NPU TOPS, which is great. But besides that, it demonstrates inference results in several benchmarks (Procyon AI, Geekbench AI) that are miles ahead of other offerings, despite similar architectural TOPS numbers. Could you highlight what makes an inference on the Snapdragon X2 Elite processor so much better compared to the competitors?

Answer: Great question - raw TOPS only tells part of the story. What drives strong inference results on Snapdragon X Series is how the whole platform is architected and optimized to use those TOPS efficiently.

• End‑to‑end AI pipeline optimization: Our compiler and runtime fuse ops, schedule kernels, and minimize data movement so more of each TOPS goes to useful work instead of waiting on memory.

• High‑bandwidth, low‑latency memory design: Large on‑chip caches and smart tiling keep activations/weights on die longer, cutting trips to DRAM and boosting throughput — especially for attention and convolution heavy models. 

• Mixed‑precision done right: Native acceleration for INT8/INT4 (with per‑channel quantization and calibration tools) preserves accuracy while unlocking much higher token/s and images. 

• Heterogeneous orchestration: The NPU, CPU, and GPU cooperate — we place the right kernels on the right engine and overlap compute with transfers to reduce stalls and tail latency. 

• Model‑aware accelerations: Fast paths for transformers (KV‑cache handling, attention optimizations) and diffusion pipelines improve real‑world benchmarks like Procyon AI and Geekbench AI beyond what TOPS alone would suggest. 

• Thermals and sustained performance: Efficient cores and power management sustain high throughput over long runs, not just short bursts.

TL;DR: It’s not just how many TOPS you have, it’s how many you use. Snapdragon focuses on software, memory, and heterogeneous execution so those TOPS translate into better tokens/sec, images/min, and lower latency in the benchmarks you’re seeing.

Question: The Snapdragon X Plus processor has 16gb of ram while Windows is still RAM hungry. When should we expect a handheld mode for arm laptops/tablets?

Answer: The Snapdragon X Series is built for flexibility. These chips deliver powerful performance while staying incredibly power efficient. We’re working closely with our partners to keep pushing what’s possible for thin and light devices, and powerful computing. 

Question: One of the biggest blockers for casual gamers on Windows on Snapdragon is support for titles with custom anti-cheat systems. What’s the main hurdle preventing these games from running on Windows on Snapdragon, and is there any timeline or progress you can share on getting them (and their anti-cheat systems) supported?

Answer: The biggest hurdle bringing those games to Windows on Snapdragon is that the kernel driver anti-cheat solutions needs to be ported by the developer.  Best to check back with them on when this custom anti-cheat solution will be available on Windows on Snapdragon.

Question: What about discrete or bigger integrated GPU support?

Answer: Compared to the previous generation, performance has more than doubled in many games and other applications, and it now supports DirectX 12 Ultimate to match the feature set of modern discrete GPUs. This will let you do things on a thin and light laptop that previously required discrete GPUs, without the extra weight, heat, and noise that are often associated with them. Plus, you’ll still get great battery life because it’s super power-efficient.

Question: Is there an agreement or serious commitment from the developers to give native support on games that can’t be emulated like those who use anti-cheat software?

Answer: A lot of people think emulation kills gaming performance—but that’s not the case here. On Windows on Snapdragon, only the CPU logic (AI, physics, scripting) is emulated. The graphics drivers and Windows libraries are fully native. What does that mean for you? Most modern games are GPU-bound, so they run at native performance—delivering high frame rates without big compromises. Developers are already working on native ports, which will mainly bring power savings for GPU-heavy titles and unlock more CPU muscle. We’re partnering closely with game studios to make sure engines, tools, and middleware are ready for that shift.

Explore what’s next 

The Snapdragon X Series platform is a leap forward in computing that delivers performance, long-lasting battery life, intelligence, and mobility. It proves that you can have it all in one platform that’s ready for the AI era. 

Explore the Snapdragon X2 Elite and find out how it can transform the way you work, create, and connect.