Snapdragon 8 Gen 3 Mobile Hardware Development Kit Unboxing

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The Snapdragon™ 8 Gen 3 Mobile Hardware Development Kit is a feature-rich development platform designed to provide an ideal starting point for creating high-performance devices and applications based on the Snapdragon 8 Gen 3 mobile platform. Powered by the Qualcomm® Snapdragon™ SM8650 SoC, this is Qualcomm’s first AI Engine to support multi-modal generative AI models, including popular large language models (LLM), language vision models (LVM), and transformer network-based automatic speech recognition (ASR) up to 10B parameters—solely on-device.

Key features for developers:

Generative AI: Transform your apps with text, voice, and image generation capabilities.

Intelligent Personalization: Tailor user experiences with custom settings and preferences.

Enhanced Camera: Smart night vision and video object eraser for improved photography and videography.

High-Performance Gaming: Optimize your apps for seamless, high-performance gaming.

Privacy Protection: Ensure user data remains secure with advanced security features.

Explore the full potential of Snapdragon 8 Gen 3 and elevate your app development!

Learn more about the Snapdragon 8 Gen 3 mobile platform:

Chapters:

00:06 Intro

0:39 Unboxing the Snapdragon 8 Gen 3 Hardware Development Kit

2:56 Snapdragon 8 Gen 3 Development Kit Compatible Connectors

4:13 Snapdragon 8 Gen 3 Development Kit Assembly

5:24 Snapdragon 8 Gen 3 Development Kit Device Boot Up

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ABOUT Qualcomm Developer program is designed to equip the next generation of developer with tools to innovate. Our collection of software and hardware tools and resources is designed so you can build upon our foundational technologies in new and innovative ways, creating the power to build products, enrich lives and even transform entire industries. At Qualcomm Developer, we aim to help you kickstart your development by being the catalyst for your vision, today, tomorrow, and in the future.

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32 Comments

  1. I have some of these. They are not widely distributed. I'm in the UK, but had to import them from Lantronix in Canada.

    I use them for testing very compute-intensive software on Android. The testing takes about 12 hours on one of these. The great advantage of these devices is simple: they don't have batteries. No mobile device has enough battery capacity to run a Cortex-X series core flat out for 12 hours, and I haven't found one that can charge fast enough while also talking to a host computer over USB. So a mains-powered device with no battery is ideal. It also can't suffer from a bulged battery.

  2. If you get one, I'd advise bolting the display board to the main board. Ordinary M2.5 or M3.0 bolts (can't remember which) are all you need. Those connectors are fairly strong, but avoiding stressing them removes a potential cause of problems.

  3. Thanks for sharing this! The hardware looks super cool! I’m curious—do game developers get access to these kits early to test how their games perform on the processor? Also, what are the RAM and storage specifications for this device? Lastly, when building phones with this CPU, is the dev kit design essentially shrunk down to fit into a phone? Really fascinating stuff! Thanks ^-^

  4. How stupid all the people are here, guys these boards are for those who want to develop something from ground, I mean mostly new processors in market.
    We don't need it, just buy any device having open source kernel and damn.
    Btw, we can use old kernel for new hardware as well but only inline CPUs, not outline CPUs.
    So one code from same lineup SoC would work on other as well!

  5. develop another processor in which city converts all excetics Apps Into arm instruction set so that all x86 apps will run in army processor smoothly so that consumer will have better optimization regarding old x86 apps, users are unable to run X 86 apps in arm processor and it is very painful. Hope developers will understand this problem in future

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