Build and ship at the intelligent edge with Qualcomm - on‑device AI, IoT, and Snapdragon and Dragonwing platforms.
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Silicon to scale stack? Say less. If you’ve ever had something working on your desk but struggled to carry it forward without rewriting half the stack, this is the pattern Qualcomm Dragonwing aims to address. David and Suranjeeta touch on how teams keep the same foundations in place as projects move from early prototypes into real deployments — retail, industrial, and beyond. Head over to the developer blog for the full story: https://bit.ly/4u85cUr
Since you’ve been asking: no, you probably don’t need separate store listings for Windows on Snapdragon. Do this instead: 🔵 Ship x64 + ARM64EC in a single package 🔵 Use a small launcher to select the right binary at runtime Keep your existing store workflows intact, minimize friction for both developers and players (you know they didn’t want to track down a different listing), and still enable near‑native CPU performance on Snapdragon systems. Read about the packaging approach and tradeoffs in the Windows on Snapdragon gaming white paper. 👉 https://bit.ly/4ulDVhP
Join us in Bangalore and Noida, India for one of two collaborative hackathons in July, where you’ll build real-world, multi-device AI apps with Snapdragon X Series, Arduino UNO Q, and Qualcomm AI Cloud 100! Projects that demonstrate technical excellence and imagination will win incredible prizes, including Snapdragon X Series PCs, Ray-Ban Meta AI Glasses, and UNO Qs. 🔵 Register for Bangalore by June 28: https://bit.ly/4xEoEtZ 🔵 Register for Noida by July 5: https://bit.ly/4vqeA6C
Qualcomm Linux is getting a major reset. With Qualcomm Linux 2.0, we’re shifting to an upstream-first, open development model that is unified and scalable across all Qualcomm Dragonwing IoT platforms. This means an upstream‑first model with a BSP that tracks mainline to minimize friction and enables you to make more predictable builds. Tune in to see our first-ever live demo, along with a lifecycle and release strategy, core architecture and Yocto changes, and practical migration paths from previous versions: https://bit.ly/4aoBZgj
See how next‑gen Unreal Engine features scale to mobile — turning cutting‑edge tech into shippable gameplay. One of many sessions to catch at #UEFest Chicago this week.
I've been chipping away on my talk at #UEFest #Chicago about "Optimizing Next-Gen Mobile Features in Unreal Engine". I am very excited about it!! The talk is all about keeping your mobile #CPU, #GPU and #RAM happy while using several marquee #UnrealEngine features, such as #MetaHuman, #Substrate, #Niagara, Procedural Content Generation (#PCG) Tool, Procedural Vegetation Editor (#PVE), #DeferredRenderer and, dare I say, #Lumen and #Nanite while keeping cross-platform game development in mind. Here is a sneak peek into what we will be building. We will creating this level... from scratch ... LIVE!! https://lnkd.in/gqG8kcmi Derald Wise 🔜 Unreal Fest Chicago Julie Gaskin Luis Cataldi Gemma Paris Felipe Lira Todd LeMoine Steve Augustine Paul Georges Sharon Shi Dana Cowley Alban Bergeret Adam Kovac Joan Da Silva
Maintaining stable, high-throughput Wi-Fi connectivity for your industrial robotics projects is essential, but not easy. In our webinar with Silex Technology and Edge Impulse, we’ll show you how to beat Wi-Fi challenges and build reliable edge AI vision systems for the real world. Register your spot and join us on June 17 at 8 AM PT: https://lnkd.in/gW2-Ucb4
Five hours of training doesn’t make you an expert, but it can stop you from hitting the wrong friction points when deploying AI on hardware. Sign up for our free AI training from industry-leading engineers to uplevel your AI skills. Get started and earn a certificate for your CV in these course topics: 🔵 Fundamentals of AI & ML 🔵 Edge AI Fundamentals & Features 🔵 Introduction to Generative AI 🔵 Introduction to Qualcomm AI 🔵 On-Device AI with Qualcomm AI Hub Start building your skills today: https://bit.ly/49LPbvo
Enter the Arduino Physical AI Challenge India 2026 and show us the potential of real-world AI applications! Build a project with the UNO Q that advances fields like smart homes, robotics, or sustainability for a shot at cash rewards, corporate mentorship opportunities, and more. Registration ends July 25. Sign up here: https://bit.ly/4xlAedC
Are you still trying to work out whether going native will actually move the needle for your game? That question tends to spiral into a lot of others — CPU paths, packaging, anti‑cheat support — and it’s easy to get stuck re‑evaluating the same trade‑offs without a clear way forward. Our Snapdragon gaming team has put together an in‑depth guide to help cut through that — grounded in real decisions, patterns that have worked, and examples that challenge some of the common assumptions around ports. It covers: → CPU paths: when x64 emulation is enough vs when ARM64 / ARM64EC actually pays off → Anti‑cheat: enabling Easy Anti‑Cheat via Epic Online Services → Packaging: shipping x64 + ARM64EC together → Tooling: Snapdragon Game Toolkit, Profiler, PIX, Superluminal If you’re working through these decisions, this should help you move faster without overthinking every step. Get the guide: https://bit.ly/4uhySix