Amiga 500 miniITX build sits at the center of Hack Build Restore’s latest project, where an original Amiga 500 gains a fresh life inside a miniITX layout. The video walks through each stage with clear explanations, steady progress, and a light, conversational tone.
A New Take on an Old Board
The project begins with the Denise PCB created by Derek, widely known as Flame. His board arrives with the surface mount parts already installed, which removes a large amount of early preparation. The kit includes a SIMM board, two programmed chips, PS2 mouse and keyboard support, and two Zorro2 slots. Every part supports the compact layout without losing the feel of a true Amiga system.
Hack Build Restore chooses this direction because the donor Amiga 500 Plus suffered heavy battery damage. Repairing the original board felt wasteful and slow, so the Amiga 500 miniITX build becomes the cleaner and more practical option.
Compact Hardware With Original Roots
The assembly moves in simple layers. Resistor packs go in first, followed by resistors, diodes, and sockets. The process stays steady and organized. A few chips avoid sockets to preserve timing for memory access. Several parts come directly from the original Amiga, including the RGB port and crystal, giving the project a grounded feel.
A brief moment of tension arrives when the SIMM socket ends up reversed. The machine refuses to start, but a quick correction brings instant success. The test kit confirms working memory, keyboard input, and chipset functions. This second appearance of Amiga 500 miniITX build highlights how well the compact system performs once assembled.
A Sharp Case for a Sharp Build
The completed board fits into a metal case with clean lines and a simple layout. It looks modern without losing the charm of the original machine. The only compromise is the missing internal drive space, but the creator hints at future adjustments. For now, the project sits finished, tidy, and ready for add-ons. This final use of Amiga 500 miniITX build ties the theme together.
