A person in Fulham, London, UK, is trying to give away 3 Sun3
workstations & not having much interest. Anyone fancy one?
Mail them directly. I've talked to them & they asked me to plug the
machines if I could. I'd love one myself but I have no space for them.
:?(
From: Kake L Pugh <kake at earth.li>
Date: Apr 4, 2005 11:58 AM
Subject: [FreeCycleLondon] OFFERED: Sun 3 computers, SW6
To: freecyclelondon at yahoogroups.com
Note: these are old computers, and they are large. You will need a car.
Collect before Sunday 17th April, please. Take one, two, or all three!
We're in SW6, just off Fulham Palace Road.
Two of the machines are diskless, but it's straightforward to boot them
over the network, and I'd be happy to lend a hand to get them to do so.
The enormous monitors mean they make excellent X terminals with nice big
text. You can boot them straight into X, or you can run an OS on them in
diskless mode. I've run SunOS 4 and NetBSD on them; I believe it's now
possible to run linux as well.
snack has a disk with SunOS installed, so doesn't need to boot over the
network. It has a hybrid X server which supports the NeWS windowing
system.
stinky:
Sun 3/50, 4MB RAM, 16MHz 68020 CPU with floating-point coprocessor
pizzabox case
10base2 ethernet
Huge 1152x900 monochrome monitor
snipe:
Sun 3/140, 16MHz 68020 with floating-point coprocessor.
3-VME-slot case: can either sit flat with a monitor on top,
or stand freely.
Huge 1152x900 monochrome monitor
AUI network (but I can throw in an AUI->10base2 transceiver free)
This machine has no fan! It's very quiet as a result.
snack:
Sun 3/60, 20MHz 68020 with floating-point coprocessor.
pizzabox case
colour framebuffer and colour monitor
10base2 ethernet
~100MB disk drive with SunOS and OpenWindows installed
See http://www.sunstuff.org/hardware/systems/sun3/ for more details.
--
Liam Proven
Home: http://welcome.to/liamsweb * Blog: http://lproven.livejournal.com
AOL, Yahoo UK: liamproven * ICQ: 73187508 * MSN: lproven at hotmail.com
On Apr 8 2005, 22:57, Saquinn624 at aol.com wrote:
> I pulled the coin-cell holder off of an old PC clone PC board and
then
> epoxied it to the top of the NVRAM- works well and will make future
changes easy.
>
> Ethan- the DS1287 is the one used in SGIs (I2, Indy), isn't it?
No, Indys have a Dallas DS1386-8K-150, but I imagine it can be dealt
with in a similar way, though I think you can still get them from
Maxim.
SGI serial numbers are their MAC addresses, so you don't even need to
make them up, just read them off the machine's label; also you can
program the MAC address into a *blank* Dallas chip from the boot ROM
prompt (at least on an Indy), so you don't need any fancy process.
--
Pete Peter Turnbull
Network Manager
University of York
I happened across a little four-page user's guide for the "POLAROID
PRINT COPIER Model 240". Based on the style of the thing, I feel quite
sure it's on-topic. :)
I have no particular reason to keep it; I know some people here are
interested in old user's guides and the like, so I thought I'd see if
anyone's interested in this one, even though it's not directly
computer-related.
It's quite short. I've scanned it (300dpi 24bpp); the scans are, for
the moment, available on ftp.rodents.montreal.qc.ca in
/mouse/misc/polaroid-copier-user-guide under the names page1.ppm
through page8.ppm. For those who just want a quick look that doesn't
need full information preserval, I've also scaled the scans down and
converted them to jpegs, in page1.jpg through page8.jpg. For people
who really want the rawest available scanner output, see the
pages-?-?.ppm files. The colours look..weird; this appears to be an
artifact of the scanner - something about exactly how the slight
crinkles in the paper surface change the surface's slope, is my guess.
The actual document is printed in black and red on white paper, with
halftone grayscales printed in black.
If anyone's interested in getting the original paper version, just let
me know. As I say, I have no use for it myself.
/~\ The ASCII der Mouse
\ / Ribbon Campaign
X Against HTML mouse at rodents.montreal.qc.ca
/ \ Email! 7D C8 61 52 5D E7 2D 39 4E F1 31 3E E8 B3 27 4B
The May 2005 issue of mobile Technology To Go had a small write-up with
pic's on the Cristie's Cyber auction and a section called "retro tech"
talking about the Kaypro 2000.
Well I identified the failure, fixed it, and the disk pack is
formatting right now. Whew!
Another crapacitor -- looks like a tantalum, but it's only .01uF,
a dipped-looking bright blue axial part, about the size of a 1/8W
resistor. I think these were discussed recently; not necessarily
tants, but some short-lived process.
Anyways, the problem cap was on the read/write amp board. The bad
cap was on the -15V line. The shorted cap took out the 1-ohm, 1/4W
series resistor on the logic board (very obvious once I looked at
it; all the smoke what went out of it, and all the color-code
bands went brown).
There's only one chip (LM311) using -15, took that out, nope.
Started following copper, removing caps, finally saw one blue cap
that was... brown in the middle! Yup, shorted.
I replaced the bad one, and all the lifted caps, with ceramic
disks since I had 'em partly out anyways.
Had to take the head assembly dust cover off, to get the head
connectors plugged on, which mean clean-room again. Unnerving.
Still running diags, but no errors so far.
Man, there's hundreds of those little blue bastards in this
machine. I hope future shorts are so benign. Gulp.
>From: "vrs" <vrs at msn.com>
>
>From: "Dwight K. Elvey" <dwight.elvey at amd.com>
>> This is great. What are you using to make the molds?
>
>Well, I went into the local TAP Plastics, described what I wanted to do to
>the nice saleslady, and ended up with these products:
>
>**Mold Making**
>TAP Silicone RTV System, Side A and Side B. Side B comes in a couple of
>color coded versions. I chose "TAP Silicone RTV Catalyst GREEN", which has
>a 1 hour working time, and a 24 hour cure. This stuff is easy to work with,
>and hardens to a rubbery consistency, very much what you want for
>mold-making. It is white until you mix in the catalyst, which dyes it
>green.
>
>**Casting**
>Quick Cast TAP Casting Resin, Side A and Side B. This stuff hardens into a
>stiff plastic, perfect for switch handles :-). Side A and Side B are clear,
>but the result will be white after it cures. This color change makes it
>more difficult to predict the effect of the colorants. This stuff has a
>very short working time -- a few minutes. It is recommended to remove the
>parts from the mold in an hour (don't know why; some kind of chemical
>reaction with the mold is predicted, but I've never seen it).
>
>**Colorant**
>TAP Premium Pigment, in yellow, brown, red, and blue. These are added in
>small quantities to Side B of the resin, before side A is added. Only a
>very small amount of the pigment will actually stir into side B (most of the
>pigment just lays there, no matter how much you stir.)
>
>Hope that helps :-). More later...
>
> Vince
Hi Vince
Someone told me that it was a good idea to use
PAM ( cooking spray ) as a mold release. This may help
with issues of leaving it in the mold too long.
Dwight
I got the following via email over the weekend:
"I have three 3b2 machines grathering dust. This includes many loose-leaf
binders of 3b stuff, and SCSI drives,also, many Tapes; some with Informix SE
& SQL sofeware. I am not able to ship this equipment(you got'ta pick it up),
but it's free. I am a retired electronics tech, who spends much time doing
PC recording of VINYL's"
Everything is in Oklahoma City, OK.
Contact Raymond at raymondNOSPAM at NOSPAMnaturesong.com for more details,
removing the obvious.
Best of luck!
--
Erik Klein
www.vintage-computer.comwww.vintage-computer.com/vcforum
The Vintage Computer Forum
> Are there any good web sites that
> would give some basic info on "scopes for dummies"
> or "scopes for beginners"?
>
1) Turn on 'scope
2) Dwiddle random knobs till you see squiglly lines
3) Nod knowingly...
...has always worked for me.
Seriously, at the low frequencies that the classics use it is ALMOST this simple. When you get above 50MHZ things start to get more interesting.