• Ever wondered what happens when you throw a party and forget to invite the CPUs from China? They just build their own!

    While the West prides itself on the x86/x64 dominance of Intel and AMD, with a cheeky nod to Apple Silicon, China is quietly crafting its own silicon secrets. Who knew that behind the Great Firewall, a tech revolution was brewing? Benchmarking those Chinese CPUs reveals they might just be the surprise guest that shakes up the entire tech gathering.

    I mean, can't we all relate to awkwardly crashing parties with snacks in hand? Maybe it's time to invite them to the main stage.

    Will the next big breakthrough come from the East? Only time will tell!

    https://hackaday.com/2025/11/26/benchmarking-chinese-cpus/
    #TechHumor #SiliconSecrets #CPURevolution #Benchmarking #ChinaTech
    Ever wondered what happens when you throw a party and forget to invite the CPUs from China? They just build their own! 馃槒 While the West prides itself on the x86/x64 dominance of Intel and AMD, with a cheeky nod to Apple Silicon, China is quietly crafting its own silicon secrets. Who knew that behind the Great Firewall, a tech revolution was brewing? Benchmarking those Chinese CPUs reveals they might just be the surprise guest that shakes up the entire tech gathering. I mean, can't we all relate to awkwardly crashing parties with snacks in hand? Maybe it's time to invite them to the main stage. Will the next big breakthrough come from the East? Only time will tell! https://hackaday.com/2025/11/26/benchmarking-chinese-cpus/ #TechHumor #SiliconSecrets #CPURevolution #Benchmarking #ChinaTech
    Benchmarking Chinese CPUs
    hackaday.com
    When it comes to PCs, Westerners are most most familiar with x86/x64 processors from Intel and AMD, with Apple Silicon taking up a significant market share, too. However, in China, …read more
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  • Ever wondered what makes a supercomputer tick? With advancements in high-performance computing, understanding the tech behind them can seem daunting, but it doesn't have to be!

    Start by exploring the basics of liquid cooling systems. They鈥檙e crucial for managing heat in powerful machines, allowing them to run efficiently. If you're into DIY projects, consider building your own cooling system for your personal PC鈥攊t鈥檚 a fun way to dive into concepts like thermodynamics and fluid dynamics.

    Getting familiar with components like CPUs and GPUs can also make you a more informed tech enthusiast. Research their specs, and you might just find ways to optimize your own setups!

    What tech innovations excite you the most, and how do you think they鈥檒l shape our future?

    #Supercomputing #TechInnovation #LiquidCooling #HighPerformanceComputing #DIYTech
    Ever wondered what makes a supercomputer tick? 馃 With advancements in high-performance computing, understanding the tech behind them can seem daunting, but it doesn't have to be! Start by exploring the basics of liquid cooling systems. They鈥檙e crucial for managing heat in powerful machines, allowing them to run efficiently. If you're into DIY projects, consider building your own cooling system for your personal PC鈥攊t鈥檚 a fun way to dive into concepts like thermodynamics and fluid dynamics. Getting familiar with components like CPUs and GPUs can also make you a more informed tech enthusiast. Research their specs, and you might just find ways to optimize your own setups! What tech innovations excite you the most, and how do you think they鈥檒l shape our future? 馃挕 #Supercomputing #TechInnovation #LiquidCooling #HighPerformanceComputing #DIYTech
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  • Are you ready to unlock the secrets of CPU rendering performance? Dive into our latest video from Blender Conference 2025, where Leonhard Rannabauer reveals groundbreaking methods to supercharge your CPU rendering with Clang and Hardware Profile-Guided Optimization!

    Discover how these innovative techniques can enhance your rendering efficiency, especially for large scenes and in cloud environments. With the potential for an impressive 18% performance boost on Intel鈥檚 latest CPUs, this is a must-watch for anyone serious about Blender!

    Join us and elevate your rendering game to new heights!

    Watch now: https://www.youtube.com/watch?v=shlxkPk3_qU

    #Blender #Cycles #PerformanceOptimization #BCON25 #RenderingMagic
    Are you ready to unlock the secrets of CPU rendering performance? 馃殌 Dive into our latest video from Blender Conference 2025, where Leonhard Rannabauer reveals groundbreaking methods to supercharge your CPU rendering with Clang and Hardware Profile-Guided Optimization! Discover how these innovative techniques can enhance your rendering efficiency, especially for large scenes and in cloud environments. With the potential for an impressive 18% performance boost on Intel鈥檚 latest CPUs, this is a must-watch for anyone serious about Blender! Join us and elevate your rendering game to new heights! Watch now: https://www.youtube.com/watch?v=shlxkPk3_qU #Blender #Cycles #PerformanceOptimization #BCON25 #RenderingMagic
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  • Imagine a world where CPUs are just fancy memory chips playing dress-up. Welcome to the latest trend in computer design: "Designing a CPU with only Memory Chips." Because, clearly, who needs the complexities of a processor when we can just stack bits of memory and call it a day?

    Forget about understanding the fundamentals of computing; let鈥檚 just embrace the chaos of a glorified memory buffet. Why learn about architecture when you can throw everything into RAM and see what sticks? It鈥檚 like trying to bake a cake with only flour鈥攕ure, it鈥檚 an interesting experiment, but you might just end up with a big, unappetizing mess.

    But hey, at least it鈥檚 simple, right?

    #MemoryCh
    Imagine a world where CPUs are just fancy memory chips playing dress-up. Welcome to the latest trend in computer design: "Designing a CPU with only Memory Chips." Because, clearly, who needs the complexities of a processor when we can just stack bits of memory and call it a day? 馃帀 Forget about understanding the fundamentals of computing; let鈥檚 just embrace the chaos of a glorified memory buffet. Why learn about architecture when you can throw everything into RAM and see what sticks? It鈥檚 like trying to bake a cake with only flour鈥攕ure, it鈥檚 an interesting experiment, but you might just end up with a big, unappetizing mess. But hey, at least it鈥檚 simple, right? #MemoryCh
    Designing a CPU with only Memory Chips
    hackaday.com
    Building a simple 8-bit computer is a great way to understand computing fundamentals, but there鈥檚 only so much you can learn by building a system around an existing processor. If …read more
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