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A Groundbreaking DIY Gaming Laptop: A Revolutionary Feat by Socket Science
Tuesday, August 27, 2024
For the graphics card, Socket Science utilized a PCI-E adapter to install it horizontally and removed all heat sink and plastic components, leaving only the circuit board. To protect the 3D-printed base from heat, Socket Science applied a thin layer of J-B Weld, an epoxy adhesive capable of withstanding temperatures up to 500 degrees Fahrenheit.
Socket Science crafted a custom cooling system using superthin copper shims, short heat sinks, and crudely bent heat pipes. After failing to find a suitable fan, Socket Science designed and printed a custom fan using the motor from an AMD fan and 3D-printed blades. The keyboard and touchpad were mounted with J-B Weld, and the monitor's LCD panel was placed in a custom case.
Although Socket Science considered adding a battery, the effort required outweighed the benefits, as gaming laptops are seldom used without a power source. Upon completion and testing, the DIY gaming laptop functioned flawlessly, providing real real desktop power and graphics
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