NatAmi

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Revision as of 14:41, 9 March 2008 by Spellcoder (talk | contribs) (more info)
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NatAmi is a project which aims to create a successor to the AGA Amiga's. It will be compatible, but it's aim will be to update (faster, more features) instead of 100% compatibility like Minimig.


Features

This is all non-official info, collected mostly from forumposts made by a programmer who's helping with/writing for NatAmi:

  • SuperAGA
    • has all the features of the original Commodore AMIGA AGA, but it is about 100 times faster
    • 32-bit (copper/blitter)
    • higher resolution , more colordepth and 3D acceleration
    • All modes flickerfixed to have both TC and VGA out
    • Video in / Audio in
    • Resolution of 1280x1024 in 32bit
    • Much faster Blitter (100 times faster)
    • PLANAR modes and new color modes 8Bit Chunky, 16Bit Hicolor, 32 Bit Truecolor
    • 3D acceleration with Antialiasing
    • Paula with 24 Bit Audio (16bit sample x 8bit volume ?)
    • Very Fast Chip Ram (8MB)
    • Onboard Amiga compatible IDE and DISK controller (Can read Old Amiga disks!)
  • IDE controller (faster than in original Amiga's)
  • can use USB keyboard/mouse


  • CPU-Expansion with Fast Ram

The now build Dev-CPU Carts will be 68060 CPU with 512 MB Fast Mem PPC CPU expansion cards is possible

  • PCI Expansion bus


quote from the NatAmi website:

The first requirement is that NatAmi will be a stable running system according 
to the features documented and described in the HRM. After that, certain 
extensions will be made for an up-to-date multimedia-system. Great care will be 
taken to implement them in true amiga-style. 

With the NatAmi I am building a COMPATIBLE machine. Compatible is ment 
regarding to the amiga philosopy, not to restrains of old implementations. 


quote from a forum post:

Natami has a chip that we call "SuperAGA" it has all the features of the original Commodore AMIGA AGA, but it is about 100 times faster. And SuperAGA includes some new features like higher resolution , more colordepth and 3D acceleration.


Sources