I ended up doing some fairly
significant work in the machine room
Thursday afternoon and evening, which
involved rewiring the entire rack. In
order to be sure that some of the
systems were working properly, I
rebooted several of the machines in the
rack, including the department's main
file server (gytha) and
our parallel compute server
hex. As a result, some
workstations -- especially Mac OS X
machines -- may be confused about their
NFS mounts. If you have problems
logging in or if you can log in but you
can't access your home directory or
applications or other materials stored
in /shared/local, please
reboot the machine and try again.
I'm about to go to bed, but I will be reachable at home or by cell tomorrow if there are any unforeseen issues.
You should be able to print to
wuffles now using math
department Linux systems, Macintoshes
with Mac OS X, and Windows machines.
Please see
my earlier message for details on
the name and IP address of the printer.
Drivers are available from
our wuffles page.
Note for Linuxy types trying to set
things up on their own: I haven't been
able to get the copier to behave using
straight CUPS and the PPD file; it
seems to work just fine when I install
the BrightQ drivers available from
canon.codehost.com.
I still want to get the thing working
without the additional software, but in
lieu of the looming start of the
semester, I'm tabling it 'til later.
I have added support information, including drivers and some of the secondary applications (e.g., scanner-interface software) for the new Canon imageRunner 8070 copier to the department's computing website.
The copier will be called
wuffles, at least on the
math network, and has the IP address
134.173.34.138 for those of you playing
from home.
wuffles will, we hope, be
up and running on Friday.
Enjoy!
You may have heard (or seen, as it's in
the hallway) that we're getting a new
networked copier. The new machine is a
Canon imageRunner 8070, and will be
replacing our existing imageRunner
5000, fluffy.
The new copier has several major improvements over the old model, including
From the manual, it sounds like it could potentially do a whole slew of additional things, some of which might actually be useful, however, we apparently haven't actually paid to turn any of that additional functionality on. We won't know for absolute certain what we have and what we don't until we can plug the thing in and get it running.
The downside of the newer, faster,
stronger model is that it uses more
electricity. As a result, we will need
to have the electrical socket rewired.
As fluffy also uses more
juice than your average household
incinerator, and there isn't room for
two crazy sockets in the same box, we
will have to take the old copier
offline, then have the electrical work
done, then have Canon come out and
assemble and configure the new copier.
That pretty much guarantees a downtime
of a day or two while we coordinate
several teams of workers. Oh, and Canon
shipped us (or ordered us) the wrong
finishing unit, so we can't really go
ahead until we have the right one
anyway.
You'll hear more when we know it -- in the meantime, I am in the process of assembling webpages with pointers to the software that you'll need to use the new copier. I'll announce that here once it's in place.
I have installed gaspode
in the Math Workroom (Olin-1264). It
should be available for general use as
of this writing.
You can obtain drivers, instructions, and other useful information for using this printer from its new webpage.
I have also added similar pages for the other ``public'' printers. They're all accessible from our printing support page (which has been up for some time).
Enjoy!
We have taken delivery of a new color
printer, gaspode, a
Hewlett Packard Color LaserJet
5550dtn.
This printer was a gift from Hewlett Packard and its Hardcopy Technologies Lab's director, John Meyer. We would not have received this generous gift without the work of Professor Mike Raugh, our department's Clinic Director.
gaspode replaces
winter, our Minolta-QMS
magiColor 6100. The new printer is much
faster (up to 27 pages per minute in
black and white or color) and uses HP's
imageRET technology to achieve
resolutions of up to 3600 dpi.
Information on printing to the new printer is available on our math computing support website. (Please use this link, as this information is not yet tied into the site as a whole; I expect to create similar pages for each printer in the near future.)
Please thank Mike Raugh for obtaining this printer for the department.