#foenix256 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #foenix256, aggregated by home.social.
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How to Run Programs on F256: 12 Essential Methods Explained
#F256 #RetroComputing #Foenix256 #SuperBasic #FoenixMgr #PGZ #8BitComputing #FlashMemory #HomebrewDev #AnyBitFeverDreams
https://theoasisbbs.com/how-to-run-programs-on-f256-12-essential-methods-explained/?feed_id=4059&_unique_id=685e9ad0e0f90 -
How to Run Programs on F256: 12 Essential Methods Explained
#F256 #RetroComputing #Foenix256 #SuperBasic #FoenixMgr #PGZ #8BitComputing #FlashMemory #HomebrewDev #AnyBitFeverDreams
https://theoasisbbs.com/how-to-run-programs-on-f256-12-essential-methods-explained/?feed_id=4059&_unique_id=685e9ad0e0f90 -
How to Run Programs on F256: 12 Essential Methods Explained
#F256 #RetroComputing #Foenix256 #SuperBasic #FoenixMgr #PGZ #8BitComputing #FlashMemory #HomebrewDev #AnyBitFeverDreams
https://theoasisbbs.com/how-to-run-programs-on-f256-12-essential-methods-explained/?feed_id=4059&_unique_id=685e9ad0e0f90 -
How to Run Programs on F256: 12 Essential Methods Explained
#F256 #RetroComputing #Foenix256 #SuperBasic #FoenixMgr #PGZ #8BitComputing #FlashMemory #HomebrewDev #AnyBitFeverDreams
https://theoasisbbs.com/how-to-run-programs-on-f256-12-essential-methods-explained/?feed_id=4059&_unique_id=685e9ad0e0f90 -
How to Run Programs on F256: 12 Essential Methods Explained
#F256 #RetroComputing #Foenix256 #SuperBasic #FoenixMgr #PGZ #8BitComputing #FlashMemory #HomebrewDev #AnyBitFeverDreams
https://theoasisbbs.com/how-to-run-programs-on-f256-12-essential-methods-explained/?feed_id=4059&_unique_id=685e9ad0e0f90 -
The only time I've ever enjoyed an unboxing video
https://www.youtube.com/watch?v=wZviogHxsd0
#foenix256 #genxcube #foenix #retrocomputing -
The only time I've ever enjoyed an unboxing video
https://www.youtube.com/watch?v=wZviogHxsd0
#foenix256 #genxcube #foenix #retrocomputing -
I don't really wish to become rich. but when I occasionally do, its because I want a #Foenix256
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I don't really wish to become rich. but when I occasionally do, its because I want a #Foenix256
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I don't really wish to become rich. but when I occasionally do, its because I want a #Foenix256
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The #MEGA65 and #spectrumNext are limited production runs AND expensive. The Commander X16 will also fall into this category when it arrrives. The #Foenix256 is much of the same IIUC.
The #AgonLight is cheap, always available and does just enough to be useful and whilst there are other SBCs the #eZ80 in the Agon solves the problem of having 8-bit simplicity without a 64KB limit or painful memory banking. A native 24-bit address-space greatly simplifies OS/app development.
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The #MEGA65 and #spectrumNext are limited production runs AND expensive. The Commander X16 will also fall into this category when it arrrives. The #Foenix256 is much of the same IIUC.
The #AgonLight is cheap, always available and does just enough to be useful and whilst there are other SBCs the #eZ80 in the Agon solves the problem of having 8-bit simplicity without a 64KB limit or painful memory banking. A native 24-bit address-space greatly simplifies OS/app development.
-
The #MEGA65 and #spectrumNext are limited production runs AND expensive. The Commander X16 will also fall into this category when it arrrives. The #Foenix256 is much of the same IIUC.
The #AgonLight is cheap, always available and does just enough to be useful and whilst there are other SBCs the #eZ80 in the Agon solves the problem of having 8-bit simplicity without a 64KB limit or painful memory banking. A native 24-bit address-space greatly simplifies OS/app development.
-
The #MEGA65 and #spectrumNext are limited production runs AND expensive. The Commander X16 will also fall into this category when it arrrives. The #Foenix256 is much of the same IIUC.
The #AgonLight is cheap, always available and does just enough to be useful and whilst there are other SBCs the #eZ80 in the Agon solves the problem of having 8-bit simplicity without a 64KB limit or painful memory banking. A native 24-bit address-space greatly simplifies OS/app development.
-
The #MEGA65 and #spectrumNext are limited production runs AND expensive. The Commander X16 will also fall into this category when it arrrives. The #Foenix256 is much of the same IIUC.
The #AgonLight is cheap, always available and does just enough to be useful and whilst there are other SBCs the #eZ80 in the Agon solves the problem of having 8-bit simplicity without a 64KB limit or painful memory banking. A native 24-bit address-space greatly simplifies OS/app development.
