AmiCube's Ranko Rodic shows the SiDi128 VESA FPGA Amiga, featuring Rosalie MP3 decoding, networking, and a monitor-mounted design.

BigMig 20261019 boosts MiSTer Amiga speed through JIT and MiniGL improvements, RTG display fixes, and a Linux kernel compatibility warning.

The AmiCube F1200 packed a cycle-exact AGA core, RTG, and MIDI into mini-ITX. About 100 exist. See what Chris Edwards found inside.

NanoMig Amiga FPGA v0.14-beta adds AGA and a cached 68020 to the TN20K_020 build. Explore board support, core features, and setup basics.

AmiCube v1.1 is shaping up as one of the more ambitious Minimig boards in development, pairing FPGA-based Amiga hardware with AGA graphics, Picasso96 RTG, r

AmiCube v1.1 adds AGA graphics, 128 MiB SDRAM, real floppy support, RTG output, plus soft and physical CPU options to Minimig.

Minimig project example for FleaFPGA Ohm Experimenter Board - emard/Minimig_ECS

AmiCube] has announced their new PiStorm68K special edition MiniMig accelerator board. This board was developed to replace the 68000 CPU in a MiniMig — a recreation of the original Amiga […read more

[AmiCube] has announced their new PiStorm68K special edition MiniMig accelerator board. This board was developed to replace the 68000 CPU in a MiniMig — a recreation of the original Amiga chipset in an FPGA allowing a real genuine 68000 CPU to operate. The PiStorm68K itself can host a real genuine 68000 CPU but it can also host various Raspberry Pi models which can do emulation of a 68000. So if you combine a PiStorm68K with a MiniMig you can, at your option, boot into an emulated environment with massively increased performance, or you can boot into an original environment, with its reliable and charming sluggishness. In the introduction video below, [AmiCube] uses the SYSINFO utility software to compare the CPU speed when using emulation (1531 MIPS) versus the original (4.47 MIPS), where MIPS means Millions of Instructions Per Second. As you can see the 68000 emulated by the Raspberry Pi is _way_ faster than the original. The Raspberry Pi also emulates a floating-point unit (FPU) which the original doesn’t include and a memory management unit (MMU) which isn’t used. If you’re interested in old Amiga tech you might also like to read about Chip Swap Fixes A Dead Amiga 600 or The Many-Sprites Interpretation Of Amiga Mechanics.

[AmiCube] has announced their new PiStorm68K special edition MiniMig accelerator board. This board was developed to replace the 68000 CPU in a MiniMig — a recreation of the original Amiga chipset in an FPGA allowing a real genuine 68000 CPU to operate. The PiStorm68K itself can host a real genuine 68000 CPU but it can also host various Raspberry Pi models which can do emulation of a 68000. So if you combine a PiStorm68K with a MiniMig you can, at your option, boot into an emulated environment with massively increased performance, or you can boot into an original environment, with its reliable and charming sluggishness. In the introduction video below, [AmiCube] uses the SYSINFO utility software to compare the CPU speed when using emulation (1531 MIPS) versus the original (4.47 MIPS), where MIPS means Millions of Instructions Per Second. As you can see the 68000 emulated by the Raspberry Pi is _way_ faster than the original. The Raspberry Pi also emulates a floating-point unit (FPU) which the original doesn’t include and a memory management unit (MMU) which isn’t used. If you’re interested in old Amiga tech you might also like to read about Chip Swap Fixes A Dead Amiga 600 or The Many-Sprites Interpretation Of Amiga Mechanics.

AmiCube SRAM Architecture brings Minimig AGA to a shared 16-bit bus through exact scheduling, caching, and careful timing control.

AmiCube AGA support now runs on FPGA hardware, with 68000 tests, PiStorm progress, SRAM timing work, and live AGA game demos shown.

AmiCube DEV1 puts AmiCube testing on a low cost Edge Artix 7 board with HDMI scaling, VGA output, and hands-on FPGA tinkering.

AmiCube Minimig update covers the new Edge-board add-on, faster testing, HDMI features, and what is next for the mezzanine card.

MiSTer Floppy interface lets the MiSTer Minimig core use real floppy drives, plus SCP and IPF images for tougher originals.