I had not realized that 43 yrs. ago Microsoft purchased 86-DOS for $50,000
– US not Cdn. money. With this purchase the PC industry, IBM’s version
thereof, began. I remember using it to do amazing things, moreso than what
8-bit machines could do!
Happy computing.
Murray🙂
Here is a list of some items I can bring to VCFMW if requested. I am not
going to bring them unless there is interest in them.
Celebris 560 830WW (I think that is this one)
Venturis 466 d54 WW
Venturis 575 921WW
DECpc 433dxLP PC473
2) PCWXE-A2 DECpc
DECpc 433 workstationPCW10-A2
DEC 3000 400 PE40A-CC missing cover, parts machine?
VS43A-CZ VAXstation 4000 60
few 3100 parts units
storage expansion box
VAX CPU, memory, option boards
Q-bus CPU, memory, option boards, most boxes
UNIBUS 100's of boards
LA36 Printers
LA120 printers
https://www.nsa.gov/Press-Room/Press-Releases-Statements/Press-Release-View…
FORT MEADE, Md. — In one of the more unique public proactive
transparency record releases for the National Security Agency (NSA) to
date, NSA has released a digital copy of a lecture that then-Capt.
Grace Hopper gave agency employees on August 19, 1982.
The lecture, “Future Possibilities: Data, Hardware, Software, and
People,” features Capt. Hopper discussing some of the potential future
challenges of protecting information. She also provided valuable
insight on leadership and her experiences breaking barriers in the
fields of computer science and mathematics.
Rear Adm. Hopper was an American computer scientist, mathematician,
and United States Navy rear admiral. One of the first programmers of
the Harvard Mark I computer, she was a pioneer of computer
programming. Hopper was the first to devise the theory of
machine-independent programming languages, and the FLOW-MATIC
programming language she created using this theory was later extended
to create COBOL, an early high-level programming language still in use
today. In 2016, President Obama posthumously awarded Rear Adm. Hopper
the Presidential Medal of Freedom — the Nation’s highest civilian
honor, awarded to individuals who have made especially meritorious
contributions to the security or national interest of the U.S. — for
her remarkable influence on the field of computer science.
While NSA did not possess the equipment required to access the footage
from the media format in which it was preserved, NSA deemed the
footage to be of significant public interest and requested assistance
from the National Archives and Records Administration (NARA) to
retrieve the footage. NARA’s Special Media Department was able to
retrieve the footage contained on two 1’ APEX tapes and transferred
the footage to NSA to be reviewed for public release.
NSA recognizes Rear Adm. Hopper’s significant contributions as a
trailblazing computer scientist and mathematician, but also as a
leader.
"The most important thing I've accomplished, other than building the
compiler, is training young people," Rear Adm. Hopper once said. “They
come to me, you know, and say, 'Do you think we can do this?' I say,
'Try it.' And I back 'em up. They need that. I keep track of them as
they get older and I stir 'em up at intervals so they don't forget to
take chances."
Folks,
Some one in Solihull in the UK has a few terminals, including a VT420, for
sale on Facebook UK.
They appear to be complete with keyboards but otherwise as-seen.
Sadly they are in a private group so you will need to join Facebook and the
group to see them.
https://www.facebook.com/groups/vintagecomputerswapmeet/posts/81591725341583
87/
but if you don't want to do this and are interested contact me off list..
Dave
G4UGM
Hi folks - I come humbly seeking help in regards to bringing up a strange
and quite rare Tektronix workstation from the late 80s/early 90s. TEXT WALL
WARNING! For the uninitiated, the XD88 was Tek's final attempt at
penetrating the graphics workstation market before ultimately giving up and
exclusively selling X terminals. They are Motorola 88k-based machines
running UTek V, Tek's inhouse SVR3 port. The tower machines are quite
interesting in that the "compute" and "graphics engine" sides are modular,
technically independent, and can be run standalone or stacked together for
more compute/graphics power depending on the customer's needs. They are
also the only machines I have ever seen that use the IEEE 896 "Futurebus,"
and although I could ramble for much longer, I should get to the point...
The VCF museum in New Jersey has an XD88/30 on permanent loan along with
its accompanying monitor, intact with original disks, but unfortunately no
peripherals. Over the past year or so I've slowly worked to restore it to
functionality and I have finally hit a roadblock I'm not sure I can figure
out alone. We were able to slurp an intact copy of UTek V off the original
hard drive before it failed, and after some power supply maintenance were
able to actually boot the machine off a SCSI emulator. It appears the
hardware itself is fully functional as the machine passes all diagnostics
and we are even able to navigate the filesystem over serial console. But
not having a keyboard means the system will not start X or do anything
graphical, as it assumes it is an XD88/01 headless machine.
We acquired a keyboard -- at moderate expense, they're unfortunately quite
desirable to collectors for some reason -- but quickly came to the
realization we were missing something else as the connectors were
physically incompatible and entirely different pinouts electrically. It
turns out, as mentioned in the manuals (available on the Tek wiki), the /30
(and probably /35) machines specifically use an "MIS" module inline with
the keyboard to combine inputs with the optional dial box. We do not have
this box and the manuals do not elaborate on if the box is "smart"/actually
does anything beyond simply combine pinouts. By beeping both sides out and
making up a little adapter with DuPont wires, we were able to power up the
keyboard and get it receiving data from the computer enough to come out of
a "lock-out" mode and start being able to transmit data of its own...but we
have not yet figured out how to get the computer to recognize its keyboard
and take in data to display on the screen. Without knowing if we're missing
any translating logic in the MIS box, we are at a bit of a brick wall.
I have some very rough pinout scribblings I can provide to try to make this
less confusing, and I haven't totally exhausted adapter combinations to
try...but I am putting out a plead for help! If anyone has an XD88, or
worked with them in any capacity, I'd absolutely love to talk and compare
notes. I threw some images of the system in an Imgur album for those
interested: https://imgur.com/a/YFEbijI Once we're able to get the system
booted and able to wipe potential PII I would be happy to share the disk
image, since I know software for them is basically nonexistent and a
handful of the surviving machines were recovered diskless. In general I am
working on putting together a public page with my notes and research on the
machine to hopefully help anyone who might have one. Any questions and
comments are welcome!
Take care,
CJ R.
More for VCFMW: DECmates, Pro350/380s, rainbows, PDP8, 861-C pwr
controllers as is without power cords.
Boards, boxes, CPUs, systems, etc
I trade for coins!
Please contact me off list.
Thanks, Paul
I'm trying to source a new I/O cable for a Convergent WorkSlate (this one is
grody from degenerating plasticizers). It's 8P8C with a little offset snag
reminiscent of a DEC MMJ, but it's the width of an RJ-11: while an "RJ-45"
Ethernet cable is too wide, a phone handset cord is the right width even though
it obviously doesn't have enough connectors. I messed around with filing down a
junk Ethernet patch cord but that's just making a mess bigger than the icky cable.
I think this is a standard connector, but I'm not sure which?
--
------------------------------------ personal: http://www.cameronkaiser.com/ --
Cameron Kaiser * Floodgap Systems * www.floodgap.com * ckaiser(a)floodgap.com
-- When in doubt, take a pawn. -- Mission: Impossible ("Crack-Up") ------------
I have Norton Utilities on 5.25" floppies. I don't have a drive so I
don't know whether they're readable.
Send me a PDF for a shipping label for 8"x10"x1" 8oz envelope and
they're yours.
Van Snyder
Oscar,
I am building a second PiDP-8/I kit that I bought, unassembled, from a
gentleman in the UK, a couple of years ago.
The circuit board in the kit is labeled Rev 2.2 2016-02-16. You call
this the 2016-18 version.
This version did not come with the LED spacers or the LED cover bracket
and the switches have a much larger front metal piece and have mounting
holes in them.
Would it make sense for me to buy the LED spacers, LED bracket and
possibly the updated PC board for this kit before putting it together?
If so how much should I send you?
What else would I need to upgrade to go with the newest PCB?
If I don't upgrade the PCB, Are there any cuts and jumpers that I should
do before assembling the circuit board?
What is the correct deposit switch inversion for this board?
Will I have any problems running any of the Raspberry Pi versions on
this kit (Zero through 5)?
I will be benchmarking the new build of the PiDP SIMH software on a
bunch of different Pi's so compatibility is an issue.
Thank you,
Mike
P.S. Is there any chance you will be at VCF Midwest this year?