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@REPLYADDR Louis Ohland <ohland@charter.net>
@REPLYTO 2:5075/128 Louis Ohland
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https://i.ebayimg.com/images/g/6EoAAOSwhaFk1uGB/s-l1600.png
Oh-ho...
I finally counted the ZIP sockets, and now it seems clearer, yet more
kontuzing.
Each ZIP socket is for a 20 pin ZIP.
There are eight "banks" for vertically mounted ZIPs [20 pin], each
"bank" is for SEVEN [7] ZIPs.
There are eight horizontally mounted ZIP sockets [20 pin].
This is kontuzing. Seven? Wish we knew the identity of the 20 pin ZIPs.
I first thought the 8x ZIP sockets at the lower left were to add an
eighth ZIP to the four "banks", but 7x8=56, add 8 and that`s 64 total
sockets.
7 7 7 7
7 7 7 7
4 4
Louis Ohland wrote:
> hy33xx.exe HyperRam MC 32/16 HY33xx v2.3 111k
> hy34xx.exe HyperRam MC 32/16S HY34xx v1.40 93k
> hy35xx.exe HyperRam MC 32/16S MF HY35xx v1.40 91k
> hy43xx.exe HyperRam MC Extend S HY43xx v1.10 27k
>
> Louis Ohland wrote:
>> There may be a period article on the Hyperam MC 32/16. I can only get
>> a preview, but it`s a "no view" where the in-line Adobe PDF viewer
>> won`t load. [not the only site, FWIW].
>>
>> There were two completely different Hyperam cards, one with two 72-bit
>> SIMMs upper center and the one with 5 sets of ZIPs.
>>
>>
https://www.siliconchip.com.au/Issue/1990/December/Understanding+PC+Memory
>>
>>
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