@danbeaver, mechy
You guys are being a bit harsh on the FPGA hardware. The old Amiga hardware has its nostalgia and advantages which means many will continue to enjoy using it but it will always have its limitations too.
classic Amiga hardware advantages/disadvantages+ nostalgia of real, old and substantial hardware
+ serviceable and expandable
+ CPU compatibility, performance and features set the standard
+ relatively good HD performance is possible
+ relatively fast RTG and 3D are possible
- it is old and more is failing everyday
- I/O is mostly outdated
- OCS/ECS/AGA and chip memory are slow
- not enough AGA compatible hardware
- Zorro II/III and PCI are relatively slow
- cost is high for good hardware
FPGA Amiga hardware advantages/disadvantages+ very flexible and upgradable because of FPGA
+ modern I/O
+ RTG (but no 3D yet)
+ fast AGA, chip memory (also expandable >2MB) and custom chips possible
+ fast memory
+ easily degradable for compatibility
+ production can increase to meet demand
+ small and energy efficient
+ standard power supplies and cases possible
- CPU, FPU, MMU performance and availability limited by FPGA cost (improving though)
- SATA and PCIe require a significantly more expensive FPGA (improving though)
- SD/microSD disk performance is unexceptional
- not enough memory for power users
The 1st generation FPGA hardware like the MiniMig was neat but not very useful for most Amiga users because they had better hardware. The 2nd generation FPGA hardware like the FPGA Arcade and Mist are good enough and useful enough to have sitting beside good old Amiga hardware and will upgrade many users with low spec and/or broken Amiga hardware. A 3rd gen FPGA Amiga hardware could be what the Natami tried to do before its time and could become the main Amiga computer for many. It would require more cooperation, investment and standards for it to happen. Nobody is going to throw the old Amiga hardware away though

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