HardwareFreaks

Tag: DIY engineering

  • Enthusiast hides gaming PC inside living room fan using 3D-printed parts — disassembled AtomMan G7 cooled by Dreo tower fan that shifts air at 28 feet per second

    Featured image Enthusiast hides gaming PC inside living room fan using 3Dprinted parts disassembled AtomMan G7 cooled by Dreo tower fan that shifts a

    Tired of clutter? When you want high performance without sacrificing aesthetic appeal, some creators turn to engineering their own solutions. Enter Zac Builds, who recently tackled the challenge of hiding a powerful desktop PC in plain sight—not just behind the television, but cleverly integrated into their living room setup.

    Instead of a simple hiding spot, Zac Builds decided to elevate the concept by attaching the computer to a high-powered fan. The foundation of this ingenious project was a Dreo 519S Tower Fan, which provided both the perfect camouflage and a significant advantage for system cooling.

    The goal wasn’t just concealment; it was optimization. By leveraging the fan’s powerful airflow, Zac Builds transformed a simple hiding spot into an active cooling system. To achieve this, they began by taking apart the AtomMan G7 PT mini-PC to take precise measurements and design custom components.

    The engineering process involved 3D printing heavy-duty brackets that mated the PC’s base to the fan, carefully guiding the essential airflow through the system. The initial plan for the mounting base was a flat sheet of plastic with standoffs; however, the final iteration incorporated strategic cutouts to maximize air circulation.

    The real innovation came in the external casing. Zac Builds designed and printed custom face plates that served multiple functions. These plates not only protected the components but were engineered specifically to ensure efficient heat dissipation. They even incorporated vent holes over the heatsink, ensuring that the powerful fan’s air could actually cool the machine effectively.

    Further refining the design, they realized a simple arrangement of face plates created a gap that allowed unwanted air seepage. So, for a second, more refined iteration, they merged these components into a single unit and added additional vents, pushing the boundaries of how the airflow could interact with the hardware.

    To finalize the stealth setup, the team addressed the power supply. They designed and printed a base that cleverly concealed the power brick, routing the necessary cables directly into the fan’s housing—eliminating any unsightly wires dangling behind the appliance.

    The result is a system that manages to look seamlessly integrated into the décor of a living room, offering maximum thermal efficiency while maintaining a clean aesthetic. The finished build successfully hides the mini-PC, presenting only the small unit attached to the fan and a single HDMI cable connecting it to the screen.

    Beyond the visual deception, the physical changes yielded tangible benefits. The added airflow from the stand fan helped reduce the computer’s internal fan noise by approximately 10 to 15 decibels, resulting in a quieter, cooler performance. While the setup is a triumph of clever DIY engineering, it does come with one practical caveat: if you plan on playing demanding games on your living room TV, the fan itself cannot be used elsewhere.

    Credit: Tom’s Hardware

  • AMD engineer 3D-prints Steam Machine-a-like with diagonal mobo mounting — parts include a Mini ITX motherboard, RTX 5060, and a flex ATX PSU

    The quest for accessible, high-performance gaming hardware often leads enthusiasts down fascinating and challenging paths. While mainstream alternatives frequently fall short of the vision set by giants like Valve’s Steam Machine, a dedicated community is continually pushing boundaries, seeking ways to blend cutting-edge components with creative design.

    One such initiative is the Terk Box v1.1, a compelling piece of DIY engineering that attempts to capture the spirit of custom PC building within a compact, accessible form factor.

    This project is the result of collaboration between Jacob Terkelsen, an expert with AMD, and the 3D printing community member 3DCatt. Their goal was to create a solution that addresses the physical limitations inherent in smaller form factors, aiming for a machine that feels both functional and thoughtfully designed.

    The creation of the Terk Box v1.1 is not just about aesthetics; it’s a deep dive into the realities of component compatibility. As with any miniaturized build, fitting massive graphics cards and adequate ventilation presents unique hurdles. Builders found themselves navigating tight constraints, particularly concerning GPU length and the necessary space for airflow.

    The finished v1.1 model measures 167 x 168 x 225mm. While this size is a compromise compared to official Mini-ITX standards, it represents a significant step forward in realizing a functional, custom gaming experience using accessible methods. The process highlighted real-world engineering challenges—like ensuring proper component positioning relative to the power supply and managing the tricky placement of essential cooling elements.

    Despite these practical compromises, the effort demonstrates a commitment to innovation. Feedback from the community noted that refining the design for future iterations is crucial. The ongoing discussion points toward improvements in ventilation and component accommodation, suggesting that version 2.0 will undoubtedly be smoother and more optimized.

    Ultimately, the Terk Box v1.1 stands as a testament to the power of open-source design and community collaboration. It reminds us that even when faced with commercial constraints, ingenuity can lead to groundbreaking hardware solutions, providing a blueprint for how we can continue to redefine what compact PC gaming can look like.

    Credit: Tom’s Hardware

  • Modder cools RTX 3060 with countertop ice machine, slashing gaming temps by up to 62%

    The DIY Cooling Revolution: How Modders Are Taming High-End GPUs with Countertop Ice Machines

    In the world of PC building, where thermal management is often treated as a frustrating bottleneck, a new and surprisingly ingenious approach is bubbling up. Forget expensive, bulky custom water loops; some enthusiasts are proving that the coolest, most creative cooling solutions can be found right in the kitchen.

    The latest experiment is a testament to the power of repurposing everyday objects for high-performance computing. Instead of relying on complex, professional hardware solutions, a modder has devised a method that turns common household appliances into effective thermal regulators. The goal? To keep powerful graphics cards running cool and happy.

    This clever setup is not born in a vacuum. It draws inspiration from the innovative work of other tech creators who have already explored custom cooling methods, showing a clear trend: pushing the boundaries of what PC hardware can handle through creative tinkering.

    The core concept involves harnessing the chilling power of a countertop ice machine to manage the intense heat generated by high-end components. By integrating this repurposed cooling source, the modder is effectively creating an unconventional yet highly functional thermal management system for demanding graphics cards, such as the powerful RTX 3060.

    This move flips the traditional paradigm on its head. It demonstrates that innovation in PC cooling doesn’t require a multi-thousand-dollar investment; it requires creativity and a willingness to think outside the box. The setup transforms a mundane kitchen appliance into a sophisticated piece of engineering designed for peak performance.

    It’s a fascinating blend of hardware, home goods, and sheer ingenuity. It showcases how dedicated modders are pushing the boundaries of custom hardware by embracing unconventional methods. This experiment is more than just a cooling trick; it’s a celebration of DIY engineering where functionality meets fun.

    Credit: TechSpot