Sold 68030RC50 (64 MB, IDE, MMU, FPU) + Adapter + CF card

[GianaSisters]

For sale a very nice accelerator for A500.

- almost 12 MIPS on 60MHz
- also works on 30, 40, 50 MHz
- FPU
- 64MB Fast Ram
- Octagon IDE Controller (works even with KS1.3)
- black PCB
- no relocator required to close amiga 500

Price for a set with CF adapter and fast card ready to boot Amiga: 210 EUR + shipping

set from my private collection

 

[C16Oli]

Declaring interest.

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Hello, how fast is the IDE (Sysinfo Drive speed screenshot, please).
How can the processor speed be adjusted?

 

[GianaSisters]

Declaring interest.

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Hello, how fast is the IDE (Sysinfo Drive speed screenshot, please).
How can the processor speed be adjusted?

The entire CPU + FPU clocking setup is set using jumpers.
You can run the FPU at half the CPU clock speed, or at full clock speed.
The data bus can also be run at 7 or 10MHz

Of course, it's not like every bus will run with every multiplier/divider, etc. But the sold copy works at 40, 50, and 60MHz

I'm attaching a test screen for a system partition formatted with FFS.

 

[darefail]

Declaring interest.

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Hello, how fast is the IDE (Sysinfo Drive speed screenshot, please).
How can the processor speed be adjusted?

This is Matze's 68030 TK2 card.

Matthias Heinrichs / 68030-TK2 · GitLab

GitLab.com

gitlab.com

 

[darefail]

And this how you set the jumpers for different frequencies as it is not described in Gitlab's article.

30Mhz = JP1 = 10Mhz, JP3 = 1x, JP2 top open / bottom open
35Mhz = JP1 = 7Mhz, JP3 = 1x, JP2 top open / bottom to the left
40Mhz = JP1 = 10Mhz, JP3 = 1x, JP2 top open / bottom to the right
42Mhz = JP1 = 7Mhz, JP3 = 1x, JP2 top open / bottom open
50Mhz = JP1 = 10Mhz, JP3 = 1x, JP2 top open / bottom to the left
56Mhz = JP1 = 7Mhz, JP3 = 1x, JP2 top to the left / bottom open
60Mhz = JP1 = 10Mhz, JP3 = 2x, JP2 top open / bottom open

 

[GianaSisters]

Payment recived.
Sold for @C16Oli.
Thx