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We encourage the establishment of Info-Mac Archive mirrors, both partial 
mirrors that carry a subset of the archive limited by date and/or 
directory, and full mirrors that carry a complete copy of the archive. 

Mirror sites can be either public or private, and mirror all or part of the
archive.  We currently estimate that dedicated bandwidth of only an ISDN line
is needed to service a mirror.
 
The full archive currently occupies about 5.4 GigaBytes of disk space, and 
partial mirror sites may allocate less as they see fit. The recommended 
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We require mirror sites to register with us. Registered mirrors receive 
support that makes their regular update process easier, and can be reached 
by us when the need arises (which isn't very often).
 
Please contact mirror@info-mac.org to inquire about establishing a
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Home Documents System Documentation Mailing To Applelink
Mailing To Applelink

Mailing To Applelink

System Documentation · 1989 · TXT
Filenamemailing-to-applelink.txt
Size0.01 MB
Year1989
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24-Apr-89 19:01:24-GMT,8355;000000000001
Return-Path: <PJORGENS%COLGATEU.BITNET@forsythe.stanford.edu>
Received: from Forsythe.Stanford.EDU by sumex-aim.stanford.edu (4.0/inc-1.0)
	id AA04436; Mon, 24 Apr 89 12:01:24 PDT
Message-Id: <8904241901.AA04436@sumex-aim.stanford.edu>
Received: by Forsythe.Stanford.EDU; Mon, 24 Apr 89 11:59:19 PDT
Date:     Mon, 24 Apr 89 14:59 EDT
From: <PJORGENS%COLGATEU.BITNET@forsythe.stanford.edu> (Peter Jorgensen - Micro Specialist)
Subject:  Correct way to send to AppleLink users
To: INFO-MAC@sumex-aim.stanford.edu
X-Original-To:  INFOMAC

The following is the correct information on sending email from BITNET addresses
to AppleLink, and vice versa.  This information was downloaded from the
AppleLink Higher Education directory.
I apparently left out one important detail concerning BITNET to Applelink in my
previous posting, so this should clear it all up.  Sorry about any
inconvienience that might have occurred.
Peter Jorgensen
Microcomputer specialist
Colgate University - Hamilton, NY 13346
AppleLink - U0523
BITNET - PJORGENSEN@COLGATEU
tel - 315-824-1000 ext 742

 --------------------------cut here------------------------------------
copyright 1989 Apple Computer, Inc.

    ===================================================================
    AppleLink-BITNET Mail Relay Continues ... With Improved Addressing!
    ===================================================================

We are pleased to announce the formal continuation of the AppleLink-BITNET mail
relay...with improved addressing from the AppleLink side.

The AppleLink-BITNET mail relay makes it possible to send mail from a user on
BITNET to a user on AppleLink and vice versa !!  All messages are routed via
DASNET, an intermediary relay. This mail relay will facilitate the cooperative
research relationship of Apple Computer and the Higher Education community by
facilitating the electronic exchange of information.

Anyone may use the mail relay, as long as they adhere to the BITNET policy
which states that all messages which are sent via BITNET are to be
non-commercial and in direct support of academic research.  In addition, all
users of the mail relay should read the end-user agreement (see below).

The following illustrates the method of sending mail between AppleLink and
BITNET.

Sending to BITNET from AppleLink - NEW and IMPROVED!

1. In the "TO" or  "CC" field, enter the the BITNET address followed by
@DASNET#. Multiple BITNET addresses may be entered on either fields and they
may be intermixed with AppleLink addresses

So it looks like this:
TO: john.rlb@stanford.bitnet@dasnet#, smith12, joan@mit.bitnet@dasnet#
SUBJECT:  mail relay


Sending to AppleLink from BITNET

1. In the "TO" field, enter the DASNET address: XB.DAS@STANFORD.BITNET
2. In the "SUBJECT" field, enter the AppleLink Address followed by: @APPLELINK

So it looks like this:
TO: XB.DAS@STANFORD.BITNET
SUBJECT: USER1@APPLELINK

3. If you type a "!" after the address in the subject field, you can insert
comments, but the subject line must be limited to 29 characters..

Example:
SUBJECT: USER1@APPLELINK!Test

===============================================================================

                             End User Agreement
                             ------------------

You should carefully read the following terms and conditions before using the
services available through the DASnet Network.  Your use of these services
indicates that you accept these terms.

C.1 DASnet Services pertains to the forwarding of electronic mail and
other messages through the DASnet Network.  With regard to DASnet Services,
this Agreement constitutes the entire agreement between you and DA Systems and
supercedes all prior written and oral understandings and writings related to
DASnet Services.  DA systems reserves the right to refuse service to anyone at
any time for the purpose of preserving the intergrity and legitimate use of
DASnet Services.

If Apple and DA Systems agree to a mutually acceptable change to the body
of contract or any addendum to the contract, System will notify System's
subscribers of said change and System's subscribers agree to be bound by said
changes.

C.2  You are solely responsible for your use of DASnet Services.  DA
Systems is not responsible in any way for what you say or send, or how you use
information delivered to you through DASnet Services.  You specifically agree
not to use DASnet Services in any way which is illegal, libelous, profane, or
indecent. You further agree that you will not use DASnet Services to transmit
unsolicited advertising or promotional material.

DA  reserves the right,  but shall not be obligated in its sole discretion, to
remove any material which it believes to be unlawful or otherwise
objectionable.  Sources of information NOT subject to review by a DASnet
representative are listed in Schedule B, and exception items can be added to or
deleted from list in the manner stated in this document.

C.3  DA Systems shall have the right, but shall not be obligated, in its
sole discretion,  to delete after thirty (30) days electronic mail and files
for which storage charges have not been assessed.

C.4  Software errors, mis-addressing, or other problems may cause someone
other than your intended recepient to receive and/or read your electronic mail
and other messages.  DA Systems IS NOT RESPONSIBLE FOR THE CONFIDENTIALITY of
any electronic mail or message.

C.5  DASnet Services software may modify your message as necessary in
order to make it forwardable by DASnet Services and/or storable at the
destination system.  DA Systems reserves the right to at any time add, delete,
or otherwise change the services it offers and the systems between which DASnet
will forward mail.

C.6  No warranty.  You expressly agree that use of DAsnet Services and
storage of information of DA  Systems' equipment is at your sole risk. Neither
DA Systems nor any of its licensors, employees or agents warrants that DASnet
Services will be either uninterrupted or error free.  Nor does DA Systems or
any of its licensor, employees or agents make any warranty as to the results to
be obtained from use of DASnet services.  DASnet Services are distributed on an
"AS IS" basis without warranties of any kind, either express or implied,
including but not limited to warranties of title or implied warranties of
merchantability or fitness for a particular purpose or use.

C.7  Limitations of Liability.  Neither DA Systems nor anyone else who has
been involved in creating, producing or delivering DASnet Service shall be
liable for any incidental, special, or consequential damages arising out of use
of DASnet Services or out of any breach of any warranty.  Some states do not
allow the exclusion or limitation of incidental or consequental damages so that
the above limitation or exclusion may not apply to you.  The provisions of this
section will survive any termination of this agreement.

C.8  Author's Rights.  You  agree that the forwarding of a message through
the DASnet Network does not affect the rights of the author or holder of
copyright, nor does it diminish those rights in any way.  You further agree
that you will not copy, redistribute, publish, or commercially exploit any
material which is protected by law without explicit permission from the author
or holder of the copyright.  The author or holder of the copyright shall have
the right to enforce his or her rights hereunder directly and on his or her own
behalf.

C.9  Rights of the Systems linked by the DASnet Network.  This Agreement
does NOT superscede or affect in any way your agreements or contracts with the
mail and/or conference systems of which you are a member.

C.10 Arbitration.  This agreement shall be governed by the laws of the State of
California.  Any dispute relating to the interpretation or performance of this
Agreement shall be resolved at the request of either party through binding
arbitration conducted in accordance with the then-existing rules of the
American Arbitration Association.  Judgment upon any award by the arbitrator or
arbitrators may be entered by any state  of federal court having jurisdiction.
Such arbitration shall take place in Santa Clara County, California.  The
prevailing party in any such arbitration shall recover from the other its
reasonable attorneys fees and costs.

/a/
Home Documents Hardware Guides Powerbook 100 Disassembly
Powerbook 100 Disassembly

Powerbook 100 Disassembly

Filenamepowerbook-100-disassembly.txt
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Contents
Date: Mon, 16 Nov 92 17:12:48 GMT 
From: tjfs@tadtec.co.uk (Tim Steele)
Subject: PowerBook 100 Disassembly Instructions 

You may find these instructions worthy of putting on your FTP server
and/or spreading around.

Tim

--

Opening your PowerBook 100
==========================

WARNING: The PowerBook 100 is extremely fragile internally, and must
be treated with extreme care to avoid an expensive repair bill.  If
you're not sure what you're doing, don't do it!  If you break it, it's
your responsibility!

You MUST back up the RAM disk as this will be lost.  You are strongly
recommended to back up the hard disk as well.

Memory and disk drives are very fragile and must not be removed from
their anti-static packaging until you are grounded via an anti-static
mat and wristband.

DO NOT attempt to reinsert batteries until the machine is fully
assembled and screwed together.

You will need:

- Static mat with wristband and earth connection
- Clean tea-towel
- Jeweller's flat bladed screwdriver, smallest available
- 45 degree point Philips screwdriver
- Small flat bladed screwdriver

Notes on removing flat cables from sockets
------------------------------------------

The socket is in two parts which are pushed together to lock the cable
in place.  To remove the cable, use your fingernails to pull on the
two lugs at either side of the socket (in the direction of the cable,
not upwards) with equal force until it clicks out about 1-2mm.  The
cable may now be removed with an even pull.  When inserting, make sure
the end of the cable goes all the way into the socket and support it
so that it does not buckle.

PowerBook Disassembly
---------------------

Disconnect your PB100 from all peripherals, power supply etc.  Put
your PB on a static mat.  Wire the mat to mains earth.  Put on the
mat's wristband to earth yourself.

Close and latch the PB.  Remove the lithium batteries and put aside.
Remove the lead acid battery (use thumbnail in gap) and put aside.
Turn PB upside down.  Gently prise out the three round feet with the
jeweller's screwdriver without damaging them.  Put aside.  Unscrew the
three long Philips screws which were under the feet.  Put aside.  Turn
PB over.

Release latch and gently and slowly lift up the display.  When it is
clear of the body, lay it down screen up behind the machine being
extremely careful not to stress the wires.

If the display unit is to be disassembled, see below for details.

Lay the tea towel over the display.  Disengage the palm rest from the
front of the case and the keyboard.  Remove the palm rest and put it
aside.  Flip the keyboard over and lay it upside down on the tea
towel.  Be very careful not to stress the flat cables.

Installing a New Memory Module
------------------------------

If there is a memory module already installed, it must be removed
first.  To remove the old module, it must be levered out very
carefully using a wooden or plastic spatula placed between the memory
module and the motherboard.  Do not use a screwdriver.

Remove the new memory module from its anti-static bag and seal the old
module (if any) inside it for safe keeping.  Check the pins on the
motherboard connector to ensure they are straight.  Line the new
module up with the connector (at the left hand end of the keyboard
area).  Press down firmly on the connector site until it is fully
seated.

Upgrading the Disk Drive
------------------------

The brackets and screws for the Apple 20MB and 40MB hard drives are
NOT the same.  Make sure you have the right brackets and screws before
proceeding.  Apple part numbers are as follows:

Apple P/N	Description					UK Price
---------	-----------					--------

948-0149	Apple PowerBook 100 HD20 Mounting Brackets	#1.43
948-0157	Apple PowerBook 100 HD40 Mounting Brackets	#1.47
076-0557	Apple PowerBook 100 Universal Screw Kit		#0.49

Gently lift up the metal shield to reveal the flat cable connector.
Unlock and remove the flat cable (see above).

The hard drive has two spring steel brackets attached to it which hold
it in place.  Use a small flatbladed screwdriver to bend the right
hand ends of the brackets towards the drive, while lifting the right
hand end of the drive up slightly with your fingertips.  The result
should be that the brackets disengage from under the protrusions in
the lower case moulding.  When both brackets are disengaged, lift the
right hand end of the drive up and out; the left hand ends of the
brackets should slide out from their sockets and the whole drive
should lift out.

Very gently prise the SCSI connector away from the drive by inserting
a small flatbladed screwdriver between the black plastic connector on
the cable and the black plastic block on the drive.  Do not attempt to
pull it off using the cable, which will probably be damaged.

Remove the new drive from its anti-static and anti-vibration packaging
and pack the old drive in it for safe keeping.  Fit the new brackets
and screws to the new drive.  Be very careful to use the proper
screws.

Installing the new drive is fairly obvious once you have removed the
old one.  Be sure to fully insert the flat cable with the motherboard
connector held fully open, then fully lock the motherboard connector
by pressing on both ends simultaneously until the two halves are at
the same height.  Do not put any pressure on the flat cable itself.

Disassembling the Display Unit
------------------------------

Normally you should never need to do this.  Apple say any little black
bits in the LCD are normal, and there isn't a separate filter - the
LCD is all one sealed unit.  If you have noisy pots (display
brightness flickers etc.) gently prise off the knobs with a flat
bladed screwdriver and spray them with switch cleaner.  However, if
you must...

Carefully unplug the display from the main unit.  Be sure to only
apply force to the connector body, not to the thin wires coming out of
it (which will break if you do).  Put the main unit somewhere safe.

Unscrew the four large silver bolts which pass through the silver
hinge plates and put aside.  Pull off the grey plastic hinge covers,
but be careful not to get grease on your fingers - if you do, clean it
off before smearing it all over everything.  Using a flat bladed
screwdriver, very gently disengage the grey tabs holding the tunnel to
the lower hinge moulding.  This will pop out.  Prise off the contrast
and brightness knobs with a flat blades screwdriver, and prise out the
two little rubber screw caps from the front bezel (one is very near
the knobs).  Unscrew the black screws thus exposed with the right size
screwdriver - be careful not to damage the heads.  Looking at the
lower edge of the display unit, you will see two little tabs
preventing the top bezel from sliding down with respect to the rest of
the unit.  Insert a small screwdriver to disengage these tabs while
applying gentle downwards pressure to the bezel.  After a bit of
fiddling the bezel will slide downwards and disengage.

The display may be removed by undoing the four black screws, lifting
up VERY GENTLY - there are short flat cables underneath - disengaging
the latches (see above) and removing the cables.  Unplug the
fluorescent lamp at the inverter PCB.

Reassembly
----------

If the display unit has been disassembled, reassemble this first.  Be
very careful not to damage the tabs on the tunnel and not to get
grease everywhere from the hinges.

Carefully engage the palm rest.  If the drive has been changed, make
sure the palm rest goes into place properly; if the drive has not been
installed correctly it will flex the plastic upwards in the drive
area; this must be put right before the unit can be reassembled.

Very carefully engage the keyboard without stressing the flat cables.
Hook the two tabs at the front under the palm rest.  Remove the tea
towel, then carefully engage the display with the lower half.  When
this is done, close and latch the display half.  Turn the unit over
and reinsert the screws.  Reinsert the three feet and make sure they
are secure.

Reinsert the lead acid battery followed by the three lithium
batteries, which should be carefully polished beforehand on the tea
towel to remove any contamination from your fingers.  Make very sure
you put the lithium batteries in the right way round - if you insert
them upside down you will destroy your PowerBook.

Testing
-------

Power the machine up and see if it boots.  If you have replaced the
drive you may need to install a system on it using the floppies
provided with your PowerBook.  Be sure to power off before connecting
the floppy drive.

Check "About this Macintosh..." on the File menu and see if the Total
Memory corresponds with what you have installed.



Opening your PowerBook 100 External Floppy Drive
================================================

Parts required:

Very small jeweller's flat bladed screwdriver

Disconnect your drive from your PowerBook.  Plug yourself into an
earthed static mat via a wrist band.  Open the front flap and remove
it by flexing it very carefully until one of the two grey plastic pips
disengages from its black plastic socket.  Put the flap aside.

Using the jeweller's screwdriver, insert it into the rectangular slot
next to one of the black plastic sockets and pry the socket out.  It
should come out very easily with no damage to the socket or the case.
Do the same on the other side.  These sockets lock the two halves of
the case together and prevent them from sliding apart.

The top half of the case will now slide about 1cm and lift off.

If you wish to remove the metal shield from the top of the drive, use
the jeweller's screwdriver to free each of the metal lugs.  Be
careful not to distort it or to damage the drive underneath.

The flat cable may be disconnected - see above.




(c) 1992 Tim Steele, all rights reserved.  These instructions may only
be reproduced with this copyright notice, and may not be sold or form
part of material which is sold.  They may be distributed free of
charge by electronic or other means.  Under no circumstances is the
author responsible for any errors in these instructions or any damage
which may result from following them.
Home Documents Hardware Guides Centris 610 Clock Mod
Centris 610 Clock Mod

Centris 610 Clock Mod

Hardware Guides · 1993 · TXT
Filenamecentris-610-clock-mod-11.txt
Size0.00 MB
Year1993
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Contents
Date: Sun, 6 Jun 1993 01:13:15 -0700 (PDT) 
From: Guy Kuo <guykuo@u.washington.edu>
Subject: centris-clock-mod-11 

Text File for Tech folder which describes how to accelerate a Centris
610 to Centris 650 speeds and beyond by changing the clock oscillator.
This procedure is similar to that for the Quadra 700.

---------------------------------------------------
Centris 610 Clock Mod Version 1.1
by Guy Kuo

This information is only for those who are technically adept. The process 
requires soldering leads to surface mount components. This is not a good first
soldering project and should be done only with electrostatic discharge safe
equipment and the usual ESD workmats, etc. You will void your warranty. If you
ruin your motherboard, your friends will laugh at you.
 
Now that you have been properly warned, the procedure:
 
1) Apply ESD equipment and open the Mac. The power should be disconnected and
   the machine properly grounded. Disconnect and remove the hard drive to gain
   access to the clock oscillator. The metal shield in front of the hard drive
   pops off. The hard drive then slides forward and out.
 
2) Look just in front of the CPU. You will see a small 4 pin plastic IC
   which is marked 10 MHz. That is the original clock. You may either desolder
   it and replace with a new clock of a higher speed or install a socket. I
   prefer to place a socket.
 
3) Assuming you wish to add a socket, obtain a 14 pin IC socket. Remove all
   pins except numbers 1, 3, 5, 7, 8, 10, 12 and 14. If you use a machined
   pin socket simply push the unwanted pins out with a needle nose plier. 

4) Cut the socket leads off the corner pins (#1, 7, 8 & 14) The remaining
   four central leads will later attach to the original oscillator.           
                      

5) Use some hook up wire on the underside of the socket to connect
   pin 5 to pin 7.

6) Connect pin 8 to pin 10.

7) Connect pin 12 to pin 14

8) Mount the socket such that pins of the socket match the oscillator pins
   as below. This means the socket's four pins ride on top of the original
   oscillator's leads. Simple lap joint soldering holds the socket in place.

    Socket      Oscillator
      3             1                                                         
 
      5             2
     10             3
     12             4                              

9) Install a wire jumper between socket holes 3 and 5. This grounds the output
   enable pin 1 of the existing oscillator disabling it.

10) Install a full size TTL oscillator into your 14 pin socket. Pin 1 of the
   new oscillator goes into pin 1 of the socket.

11) Add a heatsink and (optionally?) a cooling fan to the CPU. I routinely
   add a cooling fan on top of my heatsinks for this type of modification.
   A 40 mm low profile 12 volt fan will do nicely.

12) Turn on the machine and it should "Bong" as usual. If not, IMMEDIATELY 
   turn power off and recheck your connections.

If you do not understand how this procedure works, very seriously reconsider
whether YOU should be doing it.

To run the machine at normal speed, unplug your oscillator and remove the
jumper wire between socket holes 3 & 5.

Remember the numbering of the socket top view is:

      14--12   10---8
      ----------------
     |                |
      >               |
     |     /--\       |
      ----------------
      1   3    5----7

The on board oscillator pins are numbered:

          4    3
          ------
         |      |
         >      |
         |      |
          ------
          1    2


Clock chip speed is 1/2 the desired speed so order appropriately. Do not
obtain clock oscillators with output enable on pin 1 for this procedure.
If you insist on output enable oscillators, you must add a 1 k resistor
between socket pins 1 and 14 to enable your new oscillator.

Digikey at 1-800-DIGIKEY is a reasonable parts supplier. Here are some part
numbers:

    ED3314	   14 Pin Machined gold contact socket
    HS154ND	   0.25 inch tall heatsink for 68040 with clips

         Some reasonable clock oscillators to obtain are:

    CTX114    10 MHz
    CTX131    12 MHz
    CTX115    14.3 MHz
    X127      14.7 MHz

Please send E-mail so I can gather and summarise successes and problems
with this modification. Good luck and enjoy your new super fast C610.

Guy Kuo <guykuo@u.washington.edu>
Home Documents Hardware Guides Repair Internal Fdhd
Repair Internal Fdhd

Repair Internal Fdhd

Hardware Guides · 1994 · TXT
Filenamerepair-internal-fdhd.txt
Size0.01 MB
Year1994
Downloads6
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Contents
From: wrr3118@ariel.tamu.edu (Rick Russell)
Subject: REPORT: Repair options for internal FDHD
Date: Mon, 7 Feb 1994 15:30:20 -0600 (CST)


A while back, I wrote:

> My Mac IIfx's floppy drive has just given up the ghost, completely.  I
> don't think it's dust, or contamination, or anything easy to fix, and
> it's beginning to look like replacement is the only real option.

and I asked for some input.

I haven't decided on a final solution yet, although I did find out
that a company called "Pre-Owned Electronics" (check your favorite Mac
magazine's small ad/classified section for details) offers a
refurbished, 90-day-warranted replacement FDHD for $169, and they'll
give you $40 for a trade-in of a damaged drive. That's a net cost of
$129, which is the best net cost I've seen yet.

The following (edited) messages contain information on
repair/replacement of damaged FDHD drives. Thanks to everyone who
replied. Particular thanks go to those who provided specific data on
repair options, and to david randall for a fantastic message on the
pros and cons of various repair options.

If anyone wishes to add to their replies, or submit news ones, I'll be
happy to update the report.

Rick Russell  ***  rick-russell@tamu.edu  **  IRCnick: Cobalt

Messages follow:

> From: Wells@mcc.com (Derrell Wells)
> Subject: Re: Cheap 1.44Meg FDHD replacement?

> Rick you still have a repair option. Try SoftSolutions in Eugene, OR. I
> have used them a number of times to repair floppy drives and have never had
> a problem with them. Give them a call and they will give you a quote over
> the phone. Here is their address:
>         Soft Solutions
>         907 River Road, Suite #98
>         Eugene, OR 97404
>         Sales 503-461-1136
>         Fax    503-461-2005

> From: Parimal Jobanputra <PARIMAL@DUVM.OCS.DREXEL.EDU>
> Subject:      FDHD available -2nd note

> I have a single used 1.44 meg Apple FDHD for sale.  It works fine and can
> be yours for a total of $150 (including ground shipping and COD charges).

> Let me know either way.

> My email address is parimal@duvm.ocs.drexel.edu
 
(Note: I did not take him up on his offer, which still stands as far
 as I know).
 
> From: Fred G Martin <fredm@media.mit.edu>
> Subject: Re: Cheap 1.44Meg FDHD replacement?

(Re: Applied Engineering External Drive)
> Isn't that device a SCSI drive?  I -think- it is, but you'd better
> check.  I think it's a good shot, though.

> Yeah:  Sun Marketing will repair your drive for $109 (assuming it's
> not a head problem), or exchange it for a refurbished one for $189.
> They've been in business for 11 years, so they're a pretty reliable
> establishment.  800 821 3221.

> Oh, about the floptical:   just checking that you know they can't read
> Mac 800K format diskettes.

> 	-Fred

> From: randall@indigo.ucdavis.edu (David Randall)
> Subject: Re: Cheap 1.44Meg FDHD replacement?

> Rick: We have run into a similar problem in our lab.  Unfortunately,
> it seems as though some bucks are required to fix the problem.  If
> you are willing to do the installation yourself you can save some
> money.  The swap is really not very difficult, I (a not too
> technical minded person) have taken the drive in and out several
> times.  The hardest part is getting the lid off the pesky MacII
> cases.

> Shreve Systems in Shreveport, Lousiana (don't have 800#, see
> MacWEEK) will sell you an "official" apple/sony 1.44 floppy drive
> that is supposedly brand new with a full one year warranty for $199
> (i believe - at worst it's $299).  Sounds pretty good, but wait
> there's more.  They will give you a credit for your old modem.  A
> couple of weeks ago, it was $100.  So now you are saving
> considerablly (at least $70) over your educational price.  If you
> have any old mac "junk" sitting around collecting dust you can
> resell it to shreve for credit.  I have not been involved in
> purchasing anything from these people, I know of one happy customer.

> I checked into getting a drive through our apple authorized repair
> shop.  Dumb as it may sound (well maybe not), Apple would only send
> REFURBISHED drives to them, for the same price as i could walk over
> to our apple authorized dealer and buy a new one.  It seems like a
> pretty good idea to buy NEW.

> You mentioned purchasing a floptical as a replacement for your
> floppy.  We were lured into that trap.  I love our floptical!!! It
> is most excellent.  But there are a couple of problems with using it
> to REPLACE a floppy.  First, the one we have (i assume all others)
> will NOT read 800k floppies, it's idea of a double density disk is
> 720k (like in pc world).  You can format DD mac disks using the
> floptical to 720k, but you won't be able to read 800k disks.  Newer
> flopticals may have addressed this problem, but i sort of doubt it -
> ask the dealer.

> The other down side of replacing a floppy with a floptical is that
> sometimes you need to boot from a floppy, like if your hard drive
> crashes, and various other nightmare instances.  You CAN boot from a
> floptical, but you will have to change the boot device, since the
> floptical uses the scsi bus, like your hard drive.  If you have had
> a catostrophic failure, you may not be able to access this control
> panel.  Even in this event you are still not up the creek with out a
> paddle, as you can reset the floptical's scsi id to 0 (the normal
> boot up device value) and change the hard drive's scsi id.  This
> should work, but I have not actually tried it.

> The bottom line is that there are a few times when you simply MUST have a
> floppy drive.  Maybe that would be more accurately phrased:  There are
> times when your life would really be much more simple if you had a floppy
> drive.  

> Of couse if you are really interested in saving some money, perhaps you
> could purchase an 800k drive.  

> By the way, we are in the middle of replacing our broken floppy, but
> have not actually done the dirty deed yet.  As i mentioned our
> floptical works very well for data archival, etc.  Please don't
> misconstrue my negative remarks about this one aspect of the
> floptical as not liking my floptical.  These are the only things
> about it which i don't like.

> If you are interested in the shreve option, reply and i'll check my
> macweek.  good luck.

>     david randall                                randall@chem.ucdavis.edu

> Subject: Re: Cheap 1.44Meg FDHD replacement?
> From: stubbs@cs.ukans.edu

> I just happend to know that apple just drastically reduced 
> their exchange and outright purchase price of superdrives
> to well under $150. I don't know what a mac service dealer
> adds on top for markup and installation, but maybe you 
> could try a different dealer.

> SO you think you can't fix the drive?  I've fixed quite 
> a few, but their are some that really go, and some
> require a rather lenghty disassembly and lube.
>  
> stubbs@cs.ukans.edu

(My thanks again to those who replied - Rick)
Home Documents Hardware Guides Power Glove To Mac
Power Glove To Mac

Power Glove To Mac

Hardware Guides · 1990 · TXT
Filenamepower-glove-to-mac.txt
Size0.01 MB
Year1990
Downloads6
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Contents
From: ace@tidbits.halcyon.com (Adam C. Engst)
Subject: 3D controllers 
Date: Wed, 5 Feb 92 13:44:57 PDT 


In Regards to your letter <9202050117.AA30133@sumax.seattleu.edu>:
> Does anyone out there know how to convert a Mattel PowerGlove (for Nintendo
> I think) to the Mac, preferably through the ADB port? I realize that the
> software driver would have to be created, but for now I'm more interested
> in the hardware specs. (Of course, anyone who has any ideas about the driver,
> please let me know)...

Well, since these issues of TidBITS aren't readily available (but
send email to fileserver@tidbits.halcyon.com with the word locations
in the Subject: to find out where most back issues can be found),
I'll repost this information from TidBITS#19 and TidBITS#64...

cheers ... Adam C. Engst, TidBITS Editor

TidBITS#19/03-Sep-90

The first of the video game decks to attain massive popularity
was the Atari VCS, but it died down and was replaced several
years later by the Nintendo Entertainment System. I've never
seen one of these decks, but even the videotape rental stores
around here now carry Nintendo games, so I suspect their
popularity may surpass that of the Atari VCS. "Why does he
care?" you ask, quite reasonably.

Well, a company called Transfinite Systems (TS) has introduced a
little ADB device called Gold Brick, which provides
translations between a Mac or Apple IIgs and various
Nintendo-compatible controller devices. (Luckily, Transfinite
Systems sent us the Gold Brick manual, because the concept of a
controller interface is not one that is inherently obvious.)
Nintendo-controller compatibility is an interesting ability,
because some Nintendo games support 2D and 3D motion using a
number of different controllers. Again, I haven't seen any of
these devices, but Gold Brick can translate controller input
from the Broderbund UForce, the Nintendo Power Pad, the
Enteractive Roll&Rocker and the Mattel Power Glove. (Game
companies are very serious about trademarks, as you can tell.) 
Of these, the only one I know anything about is the Power
Glove, because it is a commercial version of the Data Glove
used in the virtual reality experiments. With the Data Glove
(or presumably the Power Glove), you can move virtual objects
around in a virtual space (viewed through a head-mounted
display system).

Transfinite Systems has chosen an interesting method of
marketing Gold Brick. By designing it to work with inexpensive
and commercially available controllers, Transfinite is using an
existing market to create a potentially new one. The first
applications of Gold Brick will no doubt be ports of Nintendo
games or even communications between the game deck and the Mac
through Gold Brick. However, after some games have broken the
ground, we expect that drivers for the 3D graphics applications
like Swivel 3D and Super 3D will be written. Rotating a 3D
solid with a Power Glove should be a lot easier than doing the
same thing with the mouse. After that, our imagination is the
limit for new methods of controlling virtual objects. Gold
Brick's sub-title is "The Cyberspace Interface," which hints at
the cyberspace environment of William Gibson's "Neuromancer"
and "Mona Lisa Overdrive." For standard applications of today,
though, the user can specify 2D motions or keystrokes for the
Gold Brick translations, allowing people to explore and design
alternate forms of interface manipulators. One way or another,
Gold Brick sounds like it might help introduce the next
generation of controllers.

Transfinite Systems * 617-969-9570

TidBITS#64/03-Jun-91

Way back when in September of 1990 (i.e. the good old days :-)),
I wrote about a controller interface device called the Gold
Brick. The Gold Brick is an interesting idea - it acts as an
interface between the Mac's ADB and a variety of 2-D and 3-D
controllers made for Nintendo games. Back then, the Gold Brick
was relative vapor, but it now appears that Transfinite Systems
is shipping an upgraded version of the Gold Brick along with a
cheaper interface for users, called the Nugget. The Gold Brick
sells for $245 and the Nugget for $169, and although you could
buy the Nintendo controllers from the company, they encourage
users to look for cheaper prices in toy and electronics stores.

The main upgrade to the Gold Brick is the ability to accept more
in the way of 3-D input, so the device can now accept 3-D
forward and backward signals, as well as roll controls.
Needless to say, such ability greatly increases the
controller's utility for interactive use with simulated 3-D
objects. The other upgrade to the Gold Brick is the ability to
work with the Nintendo Power Pad, which I've never seen, but
which I gather is kind of like a game of Twister with
electronic sensors built in. Such a device would be extremely
useful for architects and engineers working with programs like
Virtus WalkThrough, although you might need a lot of processing
power to take advantage of the combination. The main Nintendo
device that I would like to try with the Gold Brick is the
Power Glove. It's a slightly scaled down version of the glove
used by the virtual reality people, but is definitely a step in
the right direction as far as computer controls go. I suspect
that it wouldn't even be all that hard to combine the Power
Glove technology with the Infogrip's chord keyboard technology
so you could type on a virtual keyboard. I suppose that would
produce a whole slew of hypochondriacs complaining of virtual
repetitive strain injuries. :-)

As much as the Gold Brick is impressive, Vivid Effects of
Toronto has an even better idea. In Mandala, they've made the
controller itself virtual by using a video camera attached to
an Amiga and some custom hardware. The camera films you and can
insert you into an animation from a paint program or into a
laserdisc, at which point you can interact with the other
entities in the reality to the extent the software allows.
Currently, Vivid Effects has two versions, a high-end version
that interfaces with a laserdisc and a low-end version that
only requires a video camera and a digitizing board and is much
cheaper, but can't work with the laserdisc.

Using the virtual controller gives Mandala a number of
advantages over current controller schemes. You don't have to
wear goggles or a body suit or a glove or anything like that,
and other people can join in the same reality with ease. In
addition, the Mandala technology makes it easier to mix virtual
controls with real ones, if for instance, you were in a cockpit
simulation. Vivid Effects said that Mandala is quite popular,
especially with science museums and the like because they could
set up a virtual reality and let lots of visitors play with it.
They expect a significant increase in popularity when they port
the hardware to the Mac and the PC, since the Amiga, for all
its features, is still a fairly limited market.

Transfinite Systems * 617/969-9570
Vivid Effects * 416/340-9290
Home Documents Hardware Guides Worth Of 8 24 Gc Card Son
Worth Of 8 24 Gc Card Son

Worth Of 8 24 Gc Card Son

Hardware Guides · 1993 · TXT
Filenameworth-of-8-24-gc-card-son.txt
Size0.01 MB
Year1993
Downloads6
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Contents
Date: Wed, 27 Oct 1993 19:49:25 +0100 
From: Dominique Petitpierre <petitp@divsun.unige.ch>

2415*/S=petitp/OU=divsun/O=unige/PRMD=switch/ADMD=arcom/C=ch/@MH        S> 
To: Info Mac <info-mac@sumex-aim.stanford.edu>
Subject: son of SUMMARY: Is the Apple 8*24 GC video display board worth
        something? 
Resent-To: backmod
Resent-Date: Wed, 27 Oct 1993 18:56:02 PDT
Resent-From: Info-Mac Moderator <macmod@camis.Stanford.EDU>

The summary that I posted posted in Info-Mac and comp.sys.mac.hardware a few
days ago ("SUMMARY:  Is the Apple 8*24 GC video display board worth
something?")  stirred a few more comments that relativize the very negative
opinions that were expressed.

In short:
The card can be used as a good non accelerated 24 bits color card if it is
used with the proper drivers (8*24GC 7.0.1 driver and "Cache On" extensions).
The possibility of extending its GWorld memory (with the same SIMMS as for a
MacIIfx) makes it useful for some applications.  Newer versions work with a
832x764 pixels 16" monitor.

As the price that I was quoted (400$ second hand) is still more than the
standard 24 bits card (330$ list price in Switzerland), I won't buy it.


Here are the comments I received.  Many thanks to their authors who took the
time to write to me!  For those who missed it, the first summary is available
by FTP on sumex-aim.stanford.edu in the file
/info-mac/info/hdwr/worth-of-8-24-gc-card.txt
[Note to the Info-Mac moderator: could you please append this second summary
to that file? Thanks!]

================================================================
From:        (Bailey Szeto) <bszeto@netcom.com>

Here's some additional info/clearification on the 8.24GC board. I recently
was employed by Apple to do some compatibility testing and got the chance
to play with the 8.24GC a bit.

In article <1993Oct20.090854.27980@news.unige.ch> you wrote:
: - Name:  Macintosh II Display Card 8.24 GC (I believe this is what appears in
: 	 the window when you click the "Options" button of the "Monitors"
: 	 Control Panel.)
: - resolutions:
:          max 16.7 million colors on a 640 x 480 pixels monitor
:          max 256 grays on a 640x870 pixels monitor
: 	 max 256 grays on a 1152x870 pixels monitor

Newer versions of the card will also support 16.7 million colors on a 
832x764 monitor (16" display).  This was the last change to the card, in
fact the code name for this project was "Cheap Date". 


: - video: RS-343 and RS-170 (NTSC, interlaced); only 256 colors with "Apple
:          convolution" for flicker free display.
: - extensibility:
: 	 2 SIMMS slots to add up to 8 MB extra memory for "processing
:          large off screen graphics" (retranslated back from French :-),
:          notice that it won't let you use a larger monitor).

The extra Simm slots are for a expanded "GWorld".  It is indeed for processing
large off screen graphics, but not many programs take advantage of this.

: Facts from Larry Pina's book "MacIntosh Repair and Upgrade Secrets", Simon &
: Schuster (pp 132, 140, 142,144, 149, 169):

: - DRAM upgrade (p 140):
:         Official Apple Macintosh Display Card DRAM Kit (part M0505LLA/A, 2
: 	1MB SIMMS) or generic SIMMS up to 8MB total. 

The second part of the above statement in incorrect.  It uses 64 pin simms
(the same as the IIfx, laserwriter NTX simms).


: Answers received by Wednesday October 20th:

: >The acceleration on the GC is incompatible with System 7. You have to turn
: >it off.

This used to be true, but it has been fixed.  There is a GC extension for
system 7.01 (not 7.1). However, turning accelleration on doesn't really
speed things up.  You might get a 10% increase in graphics performance,
but you'll also get a speed hit on other areas. In fact, the speedometer
results show that a IIci is *slower* with acceleration turned on.

The 8.24GC card is not what you're looking for if you want an accelerated
card.  However, if it is a newer version (one that supports 24 bit color
on 16" monitors) than it might be worth a look if the price is cheap 
enough.  The 8.24GC is a fine *unaccelerated* display card, it's when
you use the acceleration INIT that problems appear.

By the way, last I heard some engineer had written a JPEG program that
uses the GC's RISC processor to display JPEGs really quickly. He told me
"I couldn't stand to let that huge chunk of silicon just sit there, so
I might was well take advantage of it somehow..."

.......

================================================================
From:       Sam Sheng <ssheng@zabriskie.EECS.Berkeley.edu>

......

In any case, I've been quite happy with my 8*24GC running with a IIfx.
I've had few compatibility problems, and the 8*24GC 7.0.1 driver 
does exist (still works fine, even under System 7 Pro).  Mainly, the
problems I've had have been with games that do ill-behaved direct
screen writes, but for example Chuck Yeager's Air Combat works just
fine, both in direct screen-write and Quickdraw modes.

There is one little bug that Apple hasn't told a lot of people how
to solve; the driver turns off both the data and program caches.  There
was a little init called Cache On that fixed this problem, and your
machine really flies after this.  (Several people have complained
that the machine actually got slower after putting the System7
8*24GC driver, most notably IIci owners.  This is the cause).

The GWorld memory is used by the on-board AMD29000 processor to
do local drawing work during idle cycles.  It is NOT VRAM (as a lot
of people seem to think).  This accelerates drawing
speeds by quite a bit, since you're not limited by the NuBus backplane.
There were initial plans to have the quicktime init download decompression
code to run in GWorld, but I think it got shelved.  The one notable program
that supports GWorld heavily is Photoshop 2.5.1; it makes a big difference
in speed when working with and without GWorld (make sure it's 2.5.1;
2.5 didn't work right for some reason).

All in all, it was worth it to me; I paid something like $800 for it
back about 2 years ago, and I haven't regretted it.  You do have to
have the Cache On init to make it work right, but beyond that it's
served me well.  BTW, at this point, I have two of them in the fx
just for kicks (the second one was free; somebody was throwing it
out).

I seem to be the minority opinion on this, though,
from your other responses.... =)

........

================================================================
From:       Arthur B. Busbey <BUSBEY@TCUCVMS.bitnet>

.......

  I just ran across the e-mail concerning the 8-24GC card from Apple. I also
think you made the best decisions - there are other accelerated 24-bit
cards out there that work on 040 machines and in System 7.0.x and 7.1. I
just dropped this line to explain about the RAM slots on the card (they are
also on other accelerated cards).

  This RAM, as someone in the messages said, is for GWorld support. GWorld
is a set of screen management routines in System 7.x that greatly facilitate
programming in color for multiple monitors and for allowing easier animation
on single monitors. They allow the programmer to write screens into offscreen
buffers as thought they were writing to an active screen and then move the
GWorld (GraphicsWorld) buffer into the real screen very fast. Those programs
that support (e.g. use) GWorld calls greatly benefit from additional GWorld
RAM out on graphics cards, because new screens (or portions of current
screens) can be saved in the GWorld RAM and very rapidly (on the card)
be moved into the 'real' screen. I have 4 megabytes of RAM in the GWorld
buffer on my RasterOps 24si card and can really tell the difference in
Photoshop and in the satellite image processing software Multispec (which both
use GWorld calls).

.........

--
Mr. Dominique Petitpierre / ISSCO, University of Geneva, Switzerland
petitp@divsun.unige.ch/ S=petitp;OU=divsun;O=unige;PRMD=switch;ADMD=arcom;C=ch
Home Documents Software Guides Short Finder As Finder
Short Finder As Finder

Short Finder As Finder

Software Guides · 1993 · TXT
Filenameshort-finder-as-finder.txt
Size0.01 MB
Year1993
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Contents
Date: Mon, 19 Apr 1993 16:17:24 -0800 
From: david_ryeburn@sfu.ca (David Ryeburn)
Subject: System 7 Emergency disks using ShortFinder 

Recently Brian Gaeke posted an application called ShortFinder 1.0
(posted as util/short-finder-10.hqx). It can be used to launch or
terminate processes. This includes the possibility of quitting the
Finder if there is a (normal) Finder and it is running, or starting
it if it is not running. ShortFinder uses about one-seventh the disk
space of a regular System 7 Finder, and runs in far less RAM. This
report shows how ShortFinder can be used as a Finder substitute on a
high-density floppy disk to make a System 7 emergency disk.

--------------------------------------------------

One can use ShortFinder without changing its name, creator, or type
in addition to or in place of the regular Finder. It is obvious how
to use it, and why one might want to use it, in addition to a
regular Finder on a hard disk. It can also be used unmodified in
place of a Finder on a floppy startup disk. To do this the System
file and the ShortFinder application should be placed loose on the
floppy disk, not inside a System Folder. Begin with a copy of the
System 7.0 or 7.0.1 Disk Tools disk. Extract the System file from
the System Folder. Trash the remainder of the System Folder
including the folder itself. Place a copy of ShortFinder next to
the System file. You will then have over 300K of room left on your
high density floppy disk for useful applications and other items.
The boot blocks on the startup disk should be changed so that the
first ASCII entry of "Finder" is replaced by "ShortFinder 1.0" (and
the hex entry immediately preceding this should be changed from
"06" to "0F" since "ShortFinder 1.0" has fifteen letters instead of
six) but the second entry of "Finder" in the boot blocks should be
left unaltered. The result will be that if such a disk is used as
a startup disk, the ShortFinder program will open up automatically
as a Finder normally would, and then it will allow you to open
whatever other application or applications you may have on the disk,
use them, and eventually quit them. When you are finished using the
floppy startup disk, Shut Down and  Restart choices are available
>From within the ShortFinder application. (When using ShortFinder
without a real Finder, do not make the mistake of quitting or
terminating ShortFinder itself, since if you do, the only thing
left for you will be the hardware Reset button.) I will call this
way of using an unaltered copy of ShortFinder as a Finder substitute
without a System Folder METHOD 1. METHOD 1 works well, but without a
System Folder one cannot use Extensions.

There is another way to use ShortFinder in place of a Finder, which
I will call METHOD 2. Again begin with a copy of the Disk Tools disk.
Trash the Finder inside the System Folder and in its place put a
copy of ShortFinder. Change its name from "ShortFinder 1.0" to
"Finder" and its creator and type from "sFdr" and "APPL" to "MACS"
and "FNDR". My disk includes an Extensions folder containing
Gatekeeper Aid 1.2.7 and the Disinfectant 3.1 INIT. Outside the
System Folder it includes Disk First Aid 7.1, a copy of TeachText
7.0, a READ ME file containing information similar to that in this
report, and a copy of ShortFinder Docs (Word 5.0), documentation
in Word 5.0 format which accompanied ShortFinder 1.0 when I
downloaded it and which the author of ShortFinder wants always to
accompany it. Other extensions, and Control Panels containing INIT
code, can be placed (as is done on my disk) inside an Extensions
folder inside the System Folder, or inside a Control Panels folder
inside the System Folder, or loose inside the System Folder. Such
Extensions will load at startup, and the INIT code in such Control
Panels will load, but the Control Panels themselves will not be
accessible for altering their settings from whatever they were when
first placed on the disk.

METHOD 1 is much like what Norton Utilities does with their emergency
disk; they put "Norton Utils" in place of the first "Finder" entry
in the boot blocks, and prefix it by the hex entry "0C" since "Norton
Utils" has twelve letters. They too leave the second "Finder" entry
as it is. Norton Utils opens up automatically at startup, and when
one finally quits it, since no Finder is present one is offered the
choices Shut Down and Restart. The advantage in using ShortFinder
under METHOD 1 rather than doing (with whatever useful application
you wish to have on your emergency startup disk) exactly what the
Norton Utilities emergency disk does with Norton Utils is that with
ShortFinder one can open any or all of several applications on the
startup disk (if there is room), rather than automatically open up
just one application. 

The Silverlining PGM disk does it all a different way. There La Cie
has their own small Finder substitute inside a System Folder (like
METHOD 2) but their Finder opens automatically into a ReadMe file
outside the System Folder which in turn has a Transfer menu on which
one can open (one at a time) other applications on the startup disk
outside the System Folder. On the Silverlining PGM disk these
applications are Silverlining and Disk First Aid. Other applications
(limited only by available disk space and your courage) can be added
or substituted. Extensions and Control Panels can also be added, as
in METHOD 2. One advantage in using ShortFinder under METHOD 2 rather
than using La Cie's Finder substitute and ReadMe file is that with
ShortFinder again one can run more than one of the applications on
the startup disk at a time. A second advantage is that the software
being used is relatively inexpensive shareware rather than the
excellent but expensive software from La Cie. Finally, when one
licenses Silverlining from La Cie permission is not explicitly given
to use their Finder substitute and Read Me file for any purposes
other than as expected on their PGM disk.

Not having upgraded to System 7.1 yet, I have not used either
METHOD 1 or METHOD 2 with a System 7.1 System file and ShortFinder.
I would appreciate hearing how they both work, if someone tries them.

The address of the author of ShortFinder is:
                        Brian Gaeke
                        The Dimensional Gate Co.
                        201 The Alameda
                        Middletown, OH 45044-4805
                        USA

                        GEnie E-mail: BRG
                        Internet e-mail: brg@cerf.net

I am not associated with him, except as a satisfied user of his ShortFinder
application.

April 19, 1993
David Ryeburn
Internet e-mail: david_ryeburn@sfu.ca
Home Documents Hardware Guides Clock Speeds
Clock Speeds

Clock Speeds

Hardware Guides · 1993 · TXT
Filenameclock-speeds.txt
Size0.00 MB
Year1993
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Contents
Date: Tue, 21 Sep 1993 09:30:29 -0500
From: pepper@rockvax.ROCKEFELLER.EDU (Chris Pepper)
Subject: Macintosh Clock Speeds II

>Date: Fri, 17 Sep 93 12:52:40 -0400
>From: barnett@amnh.org (Bill Barnett-Interdepartmental Laboratories)
>Subject: AV clock speeds
>
>Hello:
>        Could someone who can keep megahertzes in their head a little
>better than I lay out the clock speeds for the new AVs vis a vis their
>middle-aged Quadra counterparts?  I realize that clock speeds are not a
>measure of the machines performance, but the data would be helpful.
>Couldn't find it in MacWorld's report on these machines. Thanks.
>
>-Bill Barnett  barnett@amnh.org  American Museum of Natural History

------------------------------

        Following are the clock speeds and processors of all the Macs I can
remember.  This is the second time I'm posting this, and includes the AV
machines.  Comments, suggestions, & criticisms welcomed.

Lisa
XL
Macintosh (128)
512 (Fat Mac)
Plus
SE
        use   8Mhz 68000

Portable
PB 100
        use  16Mhz 68000

II + MC68881 FPU
LC (I)
        use  16Mhz 68020: no PMMU

IIcx + MC68882 FPU
IIx + MC68882 FPU
SE/30 + MC68882 FPU
LC II
IIvi (don't believe it includes an FPU)
PB 140
        use  16Mhz 68030

IIsi
        use  20Mhz 68030

IIci + MC68882 FPU
LC III
PB 145
PB 145B
PB 170 + MC68882 FPU
PB 160
PB Duo 210
        uses 25Mhz 68030

IIvx
PB 180 + MC68882 FPU
PB 165c + MC68882 FPU
PB 165
PB Duo 230
        use  33Mhz 68030

IIfx + MC68882 FPU
        uses 40Mhz 68030

Centris 610
        uses 20Mhz 68040

Centris 650 (68040 includes FPU functions)
Centris 660AV (+ 55MHz AT&T DSP) (68040 includes FPU functions(?))
Quadra 700 (68040 includes FPU functions)
Quadra 900 (68040 includes FPU functions)
*LC IV
*Quadra 605
*Quadra 610
        use  25Mhz 68040

Quadra 800 (68040 includes FPU functions)
Quadra 950 (68040 includes FPU functions)
*Quadra 650 (68040 includes FPU functions)
        use  33Mhz 68040

Quadra 840AV (+ 66MHz AT&T DSP)
        uses 40Mhz 68040

        All processors, coprocessors, and MMUs are Motorola (e.g. MC68040),
but DSPs are AT&T.

        668RC040 includes FPU functions on-chip; 68LC040 doesn't.  There's
a 68LC030, but I don't recall how it differs from the 68RC030 -- possibly
FPU or MMU support.  All included FPUs are clocked at the same speed as the
CPU.

        All 68030s & 68040s include MC68851 PMMUs (Paged Memory Mangement
Units -- necessary for virtual memory); Mac II can accept one in a built-in
socket.

        * means projected for October release; these are speculation and rumor.
Home Documents Archive Administration About Archive
About Archive

About Archive

Filenameabout-archive.txt
Size0.00 MB
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Contents
Welcome to the Info-Mac Archive at info-mac.org

You must USE THE MIRROR SITES, which are listed in
help/mirror-list.txt.  There are over 50, and they provide reliable
access, via many different means, to the archive.  Also, a CD-ROM
containing much of the archive is commercially available; see
help/accessing-files.txt for more details.  The primary server does not
have anonymous ftp enabled; only the mirror sites can connect to it. This
insures the mirrors will be up to date.

For more information see the /info-mac/help directory:

directory-contents.txt -- general descriptions of the archive's directories
accessing-files.txt -- instructions on accessing and converting files
all-files.txt -- a list of all files in the archive
recent-files.txt -- a list of recently created or modified files
Abstract/ -- a directory containing abstracts of the archive's files

To get there, type "cd help". Then either "ls" or "dir" should show you the
available help files. Use the "get" command to transfer them to your
system. Since these files are text, no special decoding is necessary.

Please read "help/posting-guidelines.txt" before making a submission
to the archives or the digests.

Do NOT mail to postmaster@info-mac.org or root@info-mac.org for
information about Info-Mac or the archives. The correct address is below.

NOTE: As a volunteer staff, we do not have the time to check every
binary for viruses or system compatibility.  You should always use
caution when running a downloaded binary. See help/virus-policy.txt
and help/accessing-files.txt for more information.

The Info-Mac Moderators
moderator@info-mac.org
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