I love the watercolor and hand-drawn diagrams. Makes this look like a truly artisan crafted machine -- lovingly crafted, all the way down to the documentation.
Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
51–60 of 163 posts
Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#52Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#53The hand-drawn watercolor diagrams on the next few pages are neat though
Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#54Used these for several years. The Apollo Domain OS is still a thing of wonder to learn from.
Do Apollos and Domain have any real presence in the vintage community? Casually, I have never seen it mentioned. My very brief Domain experience was that it had a very similar shell style UX, with cryptic, Unix style commands (i.e. ld vs ls) making very “tounge tying” for someone comfortable with Unix. We had a very early Apollo with some CASE software that nobody was particularly interested in, so it pretty well jus…
Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#55Even 10-15 years later, multiple CPUs and 128Mb RAM was quite uncommon. How much did this beast cost back in the 80s? Edit: Max configs were up to $250,000 ($663,937.02 today) back then according to this price list: http://www.bitsavers.org/pdf/apollo/Apollo_Price_List_Jul88....
I'm triggered every time I see things like "$663,937.02 today". I just can't help it. There should be a word for [mindlessly] reporting the results of a calculation to arbitrary precision when only one significant digit of precision is warranted. There probably is such a word in German.
Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#56Earlier quoted context omitted.
> In some respects, the VLIW design can be thought of as "super-RISCy", as it offloads the instruction selection process to the compiler as well. In the VLIW design, the compiler examines the code and selects instructions that are known to be "safe", and then packages them into longer instruction words. For instance, for a CPU with two functional units, like the PRISM, the compiler would find pairs of safe instructio…
Nobody cared about virtualization when those systems were designed, other than IBM (and compatible) mainframe designers. None of that generation of workstation/server architecture - MIPS, SPARC, HP-PA, Alpha or for that matter 68k - had that as a consideration.
Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#57Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#58Same Apollo company where original version of uuid came from https://en.m.wikipedia.org/wiki/Universally_unique_identifie...
Also the http:// syntax in urls.
Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#59Even 10-15 years later, multiple CPUs and 128Mb RAM was quite uncommon. How much did this beast cost back in the 80s? Edit: Max configs were up to $250,000 ($663,937.02 today) back then according to this price list: http://www.bitsavers.org/pdf/apollo/Apollo_Price_List_Jul88....
I used to have an Alpha server from that vintage with I think 512MB of RAM. Came on two daughterboards full of 32K (or maybe 16K) SIMMs.
[1] https://en.wikipedia.org/wiki/Alpha_21164#Alpha_21164PC_(PCA...
Re: Apollo DN10000: Quad CPU/128Mb RAM workstation from 1988 [pdf]
#60Earlier quoted context omitted.
I assume a 486 was dramatically slower than the Apollo PRISM (which looks reasonably well-designed by today's standards).
It was probably not dramatic if it was slower at all, there is a reason so many of those workstation processors died out in the 90s.