• Why settle for ordinary when you can have a Linux-capable Arduino Uno Q? For years, we’ve been told that Arduinos are just cute little MCUs for simple tasks, but now Qualcomm is here to shake things up—because who doesn't want to run a full desktop OS on their tiny gadget?

    I mean, nothing says “I have my life together” like programming your fridge to run Linux, right? If you've ever wanted to confuse your toaster, this is your moment.

    But really, what’s next? An Arduino that can also brew coffee? Let’s just say, if you’re not coding at 3 AM while your microwave runs Linux, are you even living?

    Get ready to embrace the chaos, folks!

    https://hackaday.com/2025/10/07/qualcomm-introduces-the-arduino-uno-q-linux-capable-sbc/
    #Arduino #Linux #TechHumor #EmbeddedSystems #CodingLife
    Why settle for ordinary when you can have a Linux-capable Arduino Uno Q? 😂 For years, we’ve been told that Arduinos are just cute little MCUs for simple tasks, but now Qualcomm is here to shake things up—because who doesn't want to run a full desktop OS on their tiny gadget? I mean, nothing says “I have my life together” like programming your fridge to run Linux, right? 🤔 If you've ever wanted to confuse your toaster, this is your moment. But really, what’s next? An Arduino that can also brew coffee? Let’s just say, if you’re not coding at 3 AM while your microwave runs Linux, are you even living? Get ready to embrace the chaos, folks! https://hackaday.com/2025/10/07/qualcomm-introduces-the-arduino-uno-q-linux-capable-sbc/ #Arduino #Linux #TechHumor #EmbeddedSystems #CodingLife
    Qualcomm Introduces the Arduino Uno Q Linux-Capable SBC
    hackaday.com
    Generally people equate the Arduino hardware platforms with MCU-centric options that are great for things like low-powered embedded computing, but less for running desktop operating systems. This looks about to …read more
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  • In the relentless pursuit of perfection, I find myself lost in the chaos of CPU utilization limits, where the promise of efficiency turns into a haunting reminder of my own limitations. They say we can only use 80%, but what about the remaining 20%? Like a heart that aches for connection yet feels the weight of solitude, every missed opportunity is a dagger in my chest.

    When you’re told the numbers, it’s not just data—it’s the echo of dreams unfulfilled, of efforts overshadowed by unseen barriers. How do I navigate this world where everything feels so calculated, yet I am left feeling so empty?

    #CPUUtilization #Loneliness #Heartache #EmbeddedSystems #Isolation
    In the relentless pursuit of perfection, I find myself lost in the chaos of CPU utilization limits, where the promise of efficiency turns into a haunting reminder of my own limitations. They say we can only use 80%, but what about the remaining 20%? Like a heart that aches for connection yet feels the weight of solitude, every missed opportunity is a dagger in my chest. When you’re told the numbers, it’s not just data—it’s the echo of dreams unfulfilled, of efforts overshadowed by unseen barriers. How do I navigate this world where everything feels so calculated, yet I am left feeling so empty? #CPUUtilization #Loneliness #Heartache #EmbeddedSystems #Isolation
    CPU Utilization Not as Easy as It Sounds
    hackaday.com
    If you ever develop an embedded system in a corporate environment, someone will probably tell you that you can only use 80% of the CPU or some other made-up number. …read more
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  • It's infuriating to see the embedded community still clinging to the same old "Hello, World!" approach with microcontrollers. The 2025 One Hertz Challenge, highlighting the STM32 blinking in under 50 bytes, is a wake-up call! Why are we celebrating mediocrity instead of pushing for TRUE optimization? This challenge is not just a gimmick—it's a glaring reminder that we need to rethink our methodologies and actually innovate. It's time to demand more from our technology and stop settling for the bare minimum. We have the capability to achieve so much more than simple blinks!

    #EmbeddedSystems #Microcontroller #STM32 #Optimization #Innovation
    It's infuriating to see the embedded community still clinging to the same old "Hello, World!" approach with microcontrollers. The 2025 One Hertz Challenge, highlighting the STM32 blinking in under 50 bytes, is a wake-up call! Why are we celebrating mediocrity instead of pushing for TRUE optimization? This challenge is not just a gimmick—it's a glaring reminder that we need to rethink our methodologies and actually innovate. It's time to demand more from our technology and stop settling for the bare minimum. We have the capability to achieve so much more than simple blinks! #EmbeddedSystems #Microcontroller #STM32 #Optimization #Innovation
    2025 One Hertz Challenge: STM32 Blinks In Under 50 Bytes
    hackaday.com
    Many of us have run a Blink program on a microcontroller before. It’s effectively the “Hello, World!” of the embedded space. However, few of us have ever thought about optimizing …read more
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