Explore some of the more technical aspects
of computer capabilities.
Here you'll find reference materials
and info regarding the inner workings of computers in general and the
Mac in particular.
is a short list of recommended reference books, including eBooks, from
a select few authors, along with some trusted online sources for Mac
titles of all sorts.
Williams - She may have the misfortune of sharing her name with a
famous actor, but _this_ Robin Williams has no peer when it comes to
writing computer-related manuals. Her "Non-Designer's Design Book"
series covers Photoshop, Illustrator, InDesign, presentations, web
layout and publishing, and a slew of other topics. And if you're trying
to learn your way around the MacOS, you can't do better than her
"Little Mac Book" series and her OSX books which have covered every OSX
version since the first. Beautifully illustrated, clearly written, her
books top this list of reference materials.
Adam Engst and Tonya Engst -
Possibly the most complete, up-to-date and useful resource for getting
a grip on specific Macintosh topics is the "Take Control" series of
ebooks. Browse their complete list of subjects, and for a few bucks you
can download more than you'll need to know about most any specific
Adam, Glenn Fleishman and a talented staff of techno-writers are also
responsible for publishing the weekly TidBits newsletter that has been
a staple of current, reliable information for the entire Macintosh
community for over 20
As a general-purpose reference book about all things Mac, the Macintosh
Bible is an enormous tome essential for answering any and all questions
about the Mac and computers in general. Want to know what ASCII code
character 127 is? It's in there. Even an old version of this book is
enormously helpful - some things don't change all that much.
For the more nerdly among us, check out these publishers and their
lists of outstanding MacOS, iOS, networking and programming manuals.
Various In/Out ports
used over the years...
all used SCSI ports (pronounced "scuzzy," it stands for Small Computer
Serial Interface) to connect internal and external hard drives as well
as certain external devices (notably scanners). As time went on, SCSI-1
evolved to SCSI-2 then SCSI-3. Apple eventually dropped SCSI in favor
of the cheaper Parallel ATA (PATA or IDE) interface. SCSI is the
fastest and most expensive type of data bus, rarely seen in personal
computers these days. PATA drives have been replaced by slightly faster
Serial ATA (SATA) drives, and these are now giving way to solid-state
"flash" drives. With no moving parts and speed approaching the speed of
light, SSDs are the way to go nowadays.
Serial ports used for printers and modems have long since been replaced
by USB (Universal Serial Bus) for the vast majority of small devices.
Apple's faster FireWire bus (aka IEEE 1394, 400 and 800) is best choice
for high-end cameras, external hard drives, scanners and gizmos that
require lots o'bandwidth. "Dialup" modems, of course, are long gone in
favor of broadband and wireless communications.
Analog and Digital
These include the two-row DB-15 video port used on ancient
desktop Macs up to G3 models, the far more common and also outdated
VGA analog port, and Apple's abandoned ADC connector which carried
analog, dual-link digital, audio and AC power all-in-one. DVI became
standard video-out port on all computers just in time for HDMI to
arrive from the television/video world. Mini dual-link DVI ports are
found on some laptops, the MacMini and most later iMacs.
Full-size, industry standard DVI ports appear on some
MacBooks and (naturally) all MacPro tower PCI cards. New machines will
newest miniaturized video port, Thunderbolt, which incorporates
Firewire functions along with video out.
Fortunately, there's no shortage of adapters available. Many of these
are proprietary Apple ports and adapters are only available thru Apple.
Common video-out ports include DVI-I (which also carries
analog), and compatible DVI-D and DVI-A ports (both of which are
digital-only). Digital cables over 10-feet in length must be
top-quality to minimize loss/noise, and long runs may require use of
fiber optics instead.
(in computer years)
PRAM battery. The first-ever Mac (1984 128K) used a fat-diameter AA
battery in an external battery box with a door; a full-size AA 3.6v
lithium battery fits and works here quite well with room to spare.
Apple ][s and early Macs used the familiar 3.6v 1/2AA lithium
battery - except that they were usually
soldered to the logic board. Best
solution is to install an internal battery box in these machines. The
lithium battery can also be used to replace those weird, square 4.5v
in old Performas, and - by the way - a full-size 3.6v AA lithium
battery is half the cost and twice
the size of 1/2AA - go figure.
and 512K "FatMac" (that came with "more memory than you'll ever
need") used an RJ-11 to connect keyboard, commonly recognized as a
phone jack, and a coiled cable identical to those on telephone handsets
of the day. Mouse was strictly proprietary. Assuming hardware is intact
and battery did the trick, your next challenge is to obtain, and
install/upgrade the best OS appropriate to CPU's age. Below is a list
of suggestions for OS and machines
dating back to Mac zero.
Systems (on 400K, 800K diskette).
Back in the
day of the first 128K Mac, the 512K "Fat Mac," FX and others, we had no
need of System version numbers and names; the Mac's OS was simply known
as, well, the MacOS. Back then, both the Operating System and
application program fit nicely on a single 400K "floppy" (actually the
first 3.5" hard-shell Sony diskette that would become industry
standard), with enough space left over for a document or two.
6.0.5 and 6.0.8 (MultiFinder): MacPlus to SE.
MacPlus and early SEs with 800K drives can't go past System 6.0.8
without extensive modification to drives and logic board to meet
minimum System 7 specs. An SE equipped with 1.4MB diskette drive(s) and
other modifications could be made to run System 7.
7.5.5: Good choice for 68030 and 68040 Macs, including the SE/30.
requires a 1.4MB diskette drive and 8 to 16MB RAM. (System 7.5.5 can
gobble up 4-5 times as much RAM as System 7.0 did on 68K machines.)
Communications via bulletin boards (BBS) was the norm at that time.
7.6.1: Minimum Internet, from SE/30 to Performas and PowerPCs.
32 MB of
RAM and System 7.6.1 _might_ get you online today, but you won't get
very far without using Cyberdog or hacking Netscape for use on certain
machines like the SE/30. This configuration, System 7.6.1, represents
the bare-bones minimum required to allow email and internet on early
Macs and PowerBooks. System 7.6.1 also supported the multiple SCSI bus
of 603e/604e PowerPC Macs.
8.0: Skip it.
license of this System release to terminate Mac clones. (There were at
least six at the time, including Motorola, UMAX and Power Computing.)
OS 8 was actually the last of System 7 (unofficially 7.7). The other
big change was this: OS 8 was the first MacOS to have a price tag.
8.1: HFS Plus, runs on all PowerPC 601, 603 and 604 Macs.
Introduced HFS+ extended format, along with more than a few other
significant changes including enhanced software capabilities and
communications. 8.1 was the _real_ beginning of the MacOS version 8.
Runs on almost all PowerPC Macs up to the G3 Risc series processors
(also known as the 750 chip).
8.5 and OS 8.6: All PowerPC Macs.
interface and control over view functions with global preference
settings. 8.5 introduced Sherlock; 8.6 expands on search capability,
indexing. Top end for 603e CPUs. If you can't use OS9 (which will not
install on ancient PPCs), 8.5 or 8.6 is your best bet.
OS 9.1: Top end OS
for 604ev Macs.
OS 9.1 will
run on 604s, G3s, and a few G4 Macs. Newer G4s and G5s will not startup
with OS9, but can run OS9.2.2 and apps using OSX Classic Mode (provided
OS9 drivers were included with hard drive format under OSX).
OS 9.2.1 and Update
9.2.2: G3 and G4 Macs.
improved security, data encryption, and many communications
enhancements, OS 9.2.1 was the last commercial release of System 9,
followed by one final update to OS 9.2.2. Update 9.2.2 contains
improved OSX "Classic Mode" compatibility and additional hardware
drivers for G4 CD and DVD burners. Last, best browser under OS 9 was
Netscape 7.02. OS 9.2.2 is absolutely necessary if you're still
dragging "Classic" OS9 apps. Tiger 10.4 was the last version of Mac OSX
to recognize OS9 "Classic mode" and legacy software (see below);
Leopard 10.5 will not recognize legacy software, nor can Intel machines
run legacy software.
versions 10.0 Cheetah, 10.1 Puma and 10.2 Jaguar: G3s, G4s, G5s.
incomplete, not a pleasant experience. OS 10.0 thru 10.2.x are best
avoided; any machine capable of running 10.0-10.2 Jaguar should be
running Tiger (10.4) or later, if possible.
OS X 10.3.0 thru
10.3.9 Panther: G3s, G4s, G5s.
all G3s - except the very first (beige) models and the first G3
PowerBook - will run OS X versions thru 10.3.9; in reality, RAM
requirements and hard drive space are determining factors. All G4s will
run Panther nicely; a few later G4s and all G5 models startup in OS X
only, but all machines up to Intel Macs (and Leopard 10.5, below) will
run OS9 apps in Classic Mode on HDDs with OS9 drivers installed.
Unofficially, almost any Mac with PCI architecture allowing addition of
a USB card can run OSX with a little tinkering.
OSX 10.4.0 thru
10.4.11 Tiger: G4s, G5s, some early Intel Macs.
accommodate the 64-bit G5 processor and newer Intel Macs, Tiger is
virtually identical to Panther with a few added bells and whistles,
many of which require a broadband connection to the internet (as does
the Software Update function built into both Panther and Tiger). All G5
Macs should be running Tiger 10.4.11 or Leopard 10.5.8 (with sufficient
Early Intel Macs may have shipped with Tiger 10.4 onboard, but
upgrading to Leopard 10.5 or Snow Leopard 10.6 will allow the CPUs in
these machines to operate at full potential. Later Intel-powered Macs
will not run 10.4.
OSX 10.5 Leopard:
Runs on G4s, G5s, and first Intel Macs.
release was on Friday, October 26th, 2007. Apple finally dropped legacy
support for OS9 and Classic Mode with Leopard 10.5, regardless of
machine's processor (G5 or Intel). Apple claimed "300 new features"
when 10.5 was released, but 10.5's real claim to fame is that it is the
last OS that will run on G5s and some G4s.
OSX 10.6 Snow
Leopard: Intel Macs only from here on (Core Duo or Core 2 Duo and
later). 10.6.3 was the last OS version on DVD from Apple.
polished version of Leopard, Snow Leopard (OS 10.6) was released a
month ahead of schedule. Snow Leopard may have been intended to be a
$29 upgrade for licensed Leopard 10.5 users, but the 10.6.3 installer
will happily do a full install to an empty drive.
OSX 10.7 Lion: First OS available as
download from Apple.
Broadband, OS 10.6.6+, 2GB RAM, Core 2 Duo or later processor.
Support for legacy apps and "Classic Mode" is long gone, and many
10.4/10.5 apps will need upgrades. More than a few changes, including
infestation of social networks wherever possible and "cloud"
NOTE: Lion 10.7 was also available from Apple on an 8GB USB drive for
$60-70, tho these may be hard to find now. Search for "Apple A1384" to
find one on the web (no longer available from Apple). Device is also
OSX 10.8 Mountain Lion: $20 online - download ONLY.
Lion may be found here: <http://www.apple.com/macosx/>
broadband, OS 10.6.8 or later, 2GB RAM, 8GB drive space,
current Mac CPU, specs here: <http://www.apple.com/osx/specs/>
In areas like Nevada County where "broadband" speeds vary between slow
and slower, downloading 8 gigabytes of anything is insane.
Rumor has it the installer alone is another 2GB - can that be?! And,
unlike its immediate predecessor (10.7), 10.8 Mountain Lion is not
available on a USB drive. According to Apple Support, your only other
option is to take your Mac to an Apple store and ask them to download
it for you. Yeah, like that's gonna happen.....
is it, and why do I need more?
Adding RAM (Random Access Memory) is probably the most cost
effective and significant upgrade step you can take, even for a
brand-new computer. Many people confuse RAM and storage space on their
hard drive, but they're two very different things. RAM is where work
takes place; when you
startup your Mac, its Operating System loads into RAM. When you launch
a program, it also loads into RAM. RAM is where creation and editing
take place; your work is only written to disk (hard drive) when saved
and stored. While working, RAM is shared between OS and apps. On
shutdown, RAM is emptied. If power is interrupted, whatever was in RAM
will be lost, which is why it's good to save your work (to disk) often.
More RAM means faster processing. It also
allows you to have as many applications open simultaneously as
will allow. If you use your computer for
more than simple word processing and email, you will likely benefit
Memory (RAM) types:
RAM modules, sometimes referred to as
DIMMs (Dual Inline Memory Modules), come in a variety of sizes, types
and brands, with various technical specifications. RAM is extremely
machine-specific; sometimes a RAM module can be moved from Mac to Mac
within a machine "family" (i.e. same processor and bus specs), but this
is rare. Modules are also keyed to fit matching RAM slots.
Research your machine's requirements, found in your User
Manual, by checking your System Profile, or by researching machine's
serial number (usually found under iMac stand, on label in notebook
battery bay or printed on back of machine). Buy memory from reputable
bad RAM can bring down the entire system, prevent startup, and cause
all sorts of nonsense (usually cured by removal). Or, we'll do the
research and installation for you.
What if I run out
If an application was thoughtfully written
and carefully beta-tested prior to release, there might be a subroutine
that periodically checks memory management, but don't count on it. A
program will more likely freeze, quit without warning or simply stop
responding to input. If you experience spinning beach balls galore in more than one application and
unexpectedly quit, you probably need to add more RAM.
Your Operating System
requires a fair amount of memory all by itself, more with each new OS
version. And whathaheck, you can never have
too much RAM. A memory upgrade is probably the single most
improvement available for hard working Macs, and it's the easiest.
Check your machine's
documentation for memory specifications and installation instructions.
you have a business - or even a full-time hobby - it's almost mandatory.
is the so-called "Information Age" we're living in, and people expect
to see a certain amount of information about you and/or your business.
A phone number, an address - and a web site. You're a designer? You
should have a portfolio of your work posted online for people to view.
You run a sign shop? Let's see some examples of your work. Problem is,
registering a domain name, designing a web site, posting it with a web
host and keeping it updated is a lotta work. Once established, tho, it
can be an essential advertising and marketing tool.
It's actually kinda fun to publish photos
and info online. You can have your own blog or
discussion group, post slide shows, video, take it as far as you wish.
Editing your site is pretty easy, too, once you
get the hang of it, but the initial setup might best be left to web
designers who know all the tricks. We can help you find someone local
you can work with or help you find a decent web host that might be
local, too. For starters, you can layout a mock site in TextEdit or
Photoshop or Keynote, or create a PDF file - or launch into the real
thing using Apple's iWeb app. Once you have a basic layout, translating
it into a web-friendly form is fairly quick. Cruise around the Web for
ideas, look at different layouts and site designs, and work on a mock
up that suits you.
Meanwhile, the first thing you'll need is your very own unique domain
name which you'll have to purchase and register, even if you won't be
able to use it for awhile. Domain names are registered according to the
suffix attached, with ".com" being the most prevalent. Finding a
suitable - and available - domain name presents a problem, too,
especially with "speculators" hijacking every name they can think of,
then offering these for resale at extortion prices. (As I recall, the
domain name "bank.com" once sold for $3M.) Many ISPs will snag a domain
name for you, automatically, the instant it becomes available - for a
small fee. Domain names become quite valuable when you consider printed
materials, investment in site resources, email addresses, and
advertising. When checking availability of a given domain name, it
might be best to look it up thru a secure server rather than openly
checking the interNIC. Read on for more about Domain Name Services.....
A brief history of
In its short, tumultuous life thus far, the "web" has
morph'd from Dr. Jon Postel's DARPA model under the U.S. Department of
Defense - a redundant network of nodes - to a thriving, international,
global network of networks. To its credit, the Federal Government took
a hands-off approach thru the late '90s, avoiding any "internet
governance" and only addressing Domain Name Services (DNS)
as necessary to facilitate internet operation on a global scale with
respect to borders, languages and technology. The model for control of
the internet's entire addressing scheme has changed periodically, as
agreements between governments and multinational corporations expire
and are renegotiated.
In 1997, the U.S. Department of Commerce was directed to privatize
DNS, " ...in a manner that increases competition and facilitates
international participation in its management." Through a cooperative
agreement between the National Science Foundation (NSF) and Network
Solutions Incorporated (NSI), a fee structure was established for DNS
registration and management via NSI's Network Information Center (aka,
the interNIC) which was later
purchased by VeriSign. DNS is all about the
registration of names we use to identify and locate web sites
(whatsit.com) with their actual numeric designations (8126.96.36.1998). IPv4
protocol uses 32-bit addresses in the familiar "dot-quad" format, while
IPv6 uses 128-bit addresses in hexadecimal code.
Here in the U.S., our root DNS registry is currently under
license from the U.S. Department of Commerce National
Telecommunications and Information Administration, the NTIA and the Internet Assigned
Numbers Authority, the IANA. The Internet
Corporation for Assigned Names and Numbers, ICANN, certifies specific registrars
to sell and manage domain names. These registrars are private-sector
corporations (including VeriSign and those listed below).
Level Domains (TLDs) are split into three categories:
Country Codes (ccTLD).
domains are all two-letter suffixes assigned to about 250 countries
Generic Domains (gTLD).
of these, by far, is the .com domain owned by VeriSign.
.aero reserved for the air transport
industry by SITA
Infrastructure Domains (.int and .arpa).
all owned by VeriSign (January 2002)
.org owned by
Public Interest Registry (January 2003) began as a domain for
non-profit organizations but is no longer noncommercial.
.biz owned by
.coop sponsored by
.info owned by
.museum, the Museum
Domain Management Association
.pro operated by
.gov reserved for
the U.S. Government
.edu reserved for
educational institutions, operated by Educause
.mil reserved for
the U.S. Military, operated by the Department of Defense
by Tralliance Registry Management Co. LLC
(gTLDs are subject to change periodically.)
domains are used exclusively for internet infrastructure and
management, operated by IANA.
Current agreements and amendments (most in pdf format) can be found on
the NTIA web site: <http://www.ntia.doc.gov/ntiahome/domainname/nsi.htm>
Registrar information is available from VeriSign or the American
Registry for Internet Numbers (ARIN): <http://www.arin.net/>
NOTE: Extinct alternative
networks include:d name.space, AlterNIC, eDNS, WWW2, and others.
Current Trends and
Having started with bulletin boards (BBS) using terminal
programs (Zterm and BBS-supplied network apps) over dialup, internet
access is now achieved using a web browser like Safari or Firefox with
set standards and protocols, thru a broadband internet service provider
(ISP), over phone lines and additional
infrastructure such as cable, satellite and microwave.
The internet had a "gold rush" of sorts in the late '90s -
the notorious "dot-com bubble" - when get-rich-quick schemes of all
sorts flooded the new internet market. Those ideas which had merit have
survived and flourished (eBay, Amazon, Google, to name a few), but the
vast majority of early "dot-coms" were so ill-conceived or poorly
executed that the period became known for spectacular and costly
The 'net has also survived a kind of "wild west" period with
little or no official regulation or control, thanks in large part to
the U.S. government's hands-off approach to internet regulation. One of
the most refreshing and powerful aspects of today's internet is its
wide-open, unregulated, global access to information of all sorts (at
least here in the States), but those days may be numbered as
corporations and governments begin to apply control and attempt taxing
VeriSign has done well to stay out of the spotlight as the
internet continues to sort itself out. Registration of domain names is
strictly controlled in some ways - country codes for example - but wide
open in others. Registrars range from giant VeriSign (still in control
of .com and .net) to neighborhood ISPs acting as agents. Registration
schemes abound. Services offered by site designers, ISPs, and VeriSign
itself range from the bottom-line and regulated biannual fee, to
substantial (unjustified) monthly rates charged to the unwary.
Registration of a domain name expires at two or five year intervals, to
the second. If it goes neglected, someone else could own it. Best to
use a reliable registrar and web host.
Your relationship with your web host (and ISP) is important
for a variety of reasons beyond just its monthly charge for hosting; it
might best be viewed as a partnership. When shopping for a web host, be
requirements and other qualifications. Review service contracts from
potential web hosts, along with host's past history, equipment, and
additional services offered before making a long-term commitment.
Having a reliable host capable of managing a variety of domain issues
can be a big plus. Avoid those hosts who limit your ability to post
changes or insist on doing it for you (for a fee), charge more than
$15-20 per month, or have additional charges for traffic, storage and
access. Most web designers have a list of host providers they recommend.
Hosting your own web site requires a static IP (Internet
Protocol) address, high-speed broadband (3Mbps+), and a fast server -
all of which is a possibility for those willing to tackle the
technicalities. (The bottleneck around here is true broadband
availability.) Does it make sense to host your own web site? Probably
not, unless you have bigger plans involving T-1 lines and hosting space
for others, or you're engaged in web sales. It takes time, expensive
equipment, constant maintenance, and it's not an easy task.