Mailinglist Archive: opensuse (4020 mails)
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Re: [SLE] new v9.2 is out-terminal question
- From: Bruce Marshall <bmarsh@xxxxxxxxxx>
- Date: Wed, 27 Oct 2004 17:28:08 -0400
- Message-id: <200410271728.08447.bmarsh@xxxxxxxxxx>
On Wednesday 27 October 2004 05:06 pm, Allen wrote:
> On Wednesday 27 October 2004 16:59, JAMES KNOTT wrote:
> > --- Darrell Cormier <linuxdev@xxxxxxxx> wrote:
> > > Sorry, I forgot to include the link.
> > >
> > > http://www.columbia.edu/acis/history/core.html
> >
> > The core plane I have, from the Collins computer,
> > looks very similar to the one in "Figure 4. Magnetic
> > core plane".
> >
> > Incidentally, back in the late '50s, IBM was able to
> > reduce the cost of core memory to $1 per byte.
> > There's a good description of the development of core
> > memory, in the book "IBM's Early Computers".
>
> =o
>
> Was that a thousand dollars for a Meg of RAM???
No, it would be a million..... per year.... (but I'm not quite sure it was
that high but it was mighty expensive.)
But one day one of the IBM PC (Aug 1981), it *was* $1,000 for a meg of PC
ram.
I remember paying $640 for an add-on memory board of 640K. (or was it 64K?
which would make it $10,000 per megabyte)
> On Wednesday 27 October 2004 16:59, JAMES KNOTT wrote:
> > --- Darrell Cormier <linuxdev@xxxxxxxx> wrote:
> > > Sorry, I forgot to include the link.
> > >
> > > http://www.columbia.edu/acis/history/core.html
> >
> > The core plane I have, from the Collins computer,
> > looks very similar to the one in "Figure 4. Magnetic
> > core plane".
> >
> > Incidentally, back in the late '50s, IBM was able to
> > reduce the cost of core memory to $1 per byte.
> > There's a good description of the development of core
> > memory, in the book "IBM's Early Computers".
>
> =o
>
> Was that a thousand dollars for a Meg of RAM???
No, it would be a million..... per year.... (but I'm not quite sure it was
that high but it was mighty expensive.)
But one day one of the IBM PC (Aug 1981), it *was* $1,000 for a meg of PC
ram.
I remember paying $640 for an add-on memory board of 640K. (or was it 64K?
which would make it $10,000 per megabyte)
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