How Much was a CDC 1604 in the 60's?
An Oxymoran asks: "Greetings Slashdot. A colleague, that is sadly preparing an obituary for a late, great scientist, recently posed the following question: How much did a Control Data Corporation (CDC; Cray predecessor) 1604 cost in the late 60's? Apparently the 1604's controller computer, the 160, cost ~$100K. However, I have failed to turn up a price for the 1604. I would be highly appreciative of any estimates of 1604 prices from the 60's that the collective Slashdot genius can unearth. Thank you."
One Miiiiiillion dollars!
stuff
This list (Google cache) has it at $750,000 in 1961.
he has found what others couldn't.
This claims it's $10m, but it sounds a bit... boasty..
This quotes $34,000/mo.
Maybe a post to comp.sys.cdc will get you some answers?
this list has it at $1,229,575, or $34,000/month rental.
http://www.jcmit.com/cpu-performance.htm
$1.2 million.
Please learn to use Google: '"cdc 1604" cost'
Make sure you adjust the number you do arrive upon for inflation.
how powerful was it compared to today's desktops?
Faster than my XP Box, I am sure....
Don't pay ten million dollars or more for a computer from IBM when...
The CDC 1604 can be yours for five easy payments of just $299,999! Just call the number on your screen!
BUT WAIT!
If you order the revolutionary new CDC 1604 within the next seven minutes, we'll knock one full payment off the purchase price! That's right, this revolutionary new computing technology can be yours for just four easy payments of just $299,999! Call now, operators are standing by!
Rank Presidents by th
Well now I feel really old. The first mainframe I ever got an account on was a descendant of the 1604, an early CDC Cyber. Our university's system operators were so proud that they'd rescued this monster CPU from a scrap heap at another university. They got it for free, it was so old and underpowered by the mid 1970s that nobody wanted it, even though it was perfectly usable and in working condition. So they fired it up and gave out free timeshare accounts to students. It made sense to them, it cost nothing to set up and very little to maintain, it ran BASIC and FORTRAN, so they let the students use it freely. In those days, a student account on our IBM 360s was hideously expensive, you got something like $50 worth of CPU cycles, when I finally was permitted to use the 360 (CS class students only) I burned through those $50 of play money in 2 weeks, I offered to pay $50 cash for more CPU time but they wouldn't do it. So I went back to the Cyber.
I remember the CDC 6600 as being $4,500,000 when it was newly introduced. So, the $1 million listed is only for the CPU module. An actual system required maybe 22 "peripheral processors" to handle IO and printing. Then there were hard drives, tape drives, the main console, and card readers.
The CDC 6600 had a 60-bit word. Memory amounts were expressed in octal. Memory was extremely expensive. If the 6600 had 100,000 octal bytes of memory your organization was rich.
and it WILL CHANGE YOUR LIFE!
Just look at these people who bought one - don't you want to be like them?...we are from the government - we are here to help...
Good luck.
From MS Research(of all the places) :-) :
CDC never seriously marketed the computer as a minicomputer, but a few were sold at a price of over 100,000. Most importantly was that it influenced others to build small computers. Recall that the first computer designs were for word lengths of 40 bits. IBM and Univac were building 36 -bit computers
But hey, if you are an antique collector, you can get framed CDC Console Disk Controller at here [NewBegin] (with pictures)
http://efil.blogspot.com/
...you can't afford it. Well, that's what they told me when I went to buy a Honda Civic.
I wonder how CDC would have fared had the chosen a 72-bit word instead of 60? (Allowing both 6 and 8 bit characters to evenly fill a word.)
This slashdot thread has reminded me of the good old days of hacking on the CDC 1604. So I took the current release of NetBSD for the VAX and hacked it up to run on the CDC 1604
I then compiled Apache, loaded up some web pages that I copied off the Internet, and put up a site. You can see it at www.cnn.com
Moderate this "-1 April" hahahahaha
Thomas
Karma: Excellent. 15 moderator points expire sometime.
CDC isn't a 'Cray Predecessor' any more than Palm is a 'Handspring Predecessor.' Control Data existed before and after Seymour Cray left to form his own company.
A little more accuracy is warranted on a site purported to be technically alert.
---
Note: not the entire company was bought, infact they went from Control Data Corporation to Control Data Systems. They even did some of the wiring for Target stores across the state of Michigan (but not for there own computer systems)
My company bought a CDC Cyber 730D in 1982 for US$ 1 million. Config:
- dual 60 bits CPU
- 10 peripheral processor (PP)
- 2 MB of memory
- 2 x 330 MB disks
- 2 x 6250 DPI tape drives
- one console (vector graphics, (not raster)anyone remember what this means?)
- one 600 LPM printer
- one network device with 40 async RS232 ports
- Network Operating System (NOS) (no virtual memory, multiuser, multitask), FORTRAN, COBOL, PASCAL compilers. Pascal compiler written by Niklaus Wirth (yes, himself).
Very fast on math, slow on almost everything else. About the speed of a Pentium 100 MHz.
Replaced in 1988 by a CDC Cray 830 with 16 MB memory, more disks, 20 PPs, NOS and NOS/VE (virtual memory) for another $1 million. Retired in 1995, replaced by SGI/SUN workstations.
You forgot the most important one,
CALL WITHIN THE NEXT FIVE MINUTES AND GET A SECOND Cray Supercomputer ABSOLUTELY free... BUT wait, there's more. You also get a Sun Ultra 5 workstation. Regardless of whether you decide to keep the Cray Supercomputer, the Ultra 5 is yours to keep as a complementary gift.
Tired of legitimate data sources? Try UNCYCLOPEDIA
The CDC 6600 had all the modern supercomputer stuff. It was a superscalar RISC machine, with lots of registers and instruction-level parallelism. This in the 1960s.
I/O was shoved off to ten "peripheral processors", which were really one CPU with hardware multiprogramming emulating ten slower machines. The I/O processors handled all the peripherals. The I/O processors could request a context switch of the big CPU, and thus the peripheral processors managed the main CPU.
Freon-cooled, huge, and costing millions of dollars, the CDC 6600 was one of the big engines of scientific computing in the late 1960s. CDC had commercial data centers where you could buy CPU time.