My Pismos are both substantially tricked out, with G4 processor upgrades, 8X SuperDrive DVD burner optical drive modules, maxed-out RAM, larger capacity hard drives, and more, which is a big part of why at more than a decade old they’re still going strong as useful work computers. It’s the degree of component modularity incorporated in the Pismo’s design that’s kept it in the game as a decent-performing tool much longer than will be the case with any subsequent Mac laptop design, including my MacBook.

Long Service Life

The superb reliability and amazingly long service life I’ve experienced with my Pismos have convinced me beyond doubt that if I could design my ideal computer it would be easy to take apart, upgrade, and repair, and composed of modular components as much as possible. The Pismo is not 100 percent perfect, but it comes closer than any other Mac laptop has before or since. From hard drive to RAM to expansion, it’s truly a hardware geek’s dream.

But the long life comes with a price for Apple: less frequent notebook replacement, which means fewer sales. Hence a deliberate move away from modularity.

Deliberately Difficult to Work on and Upgrade?

In my ideal laptop, not only the hard drive, but all of the major circuit board components would be modular and easy to replace. Apple has at times seemed to at least partially embrace the idea of modular components, but has evidently lost interest in this sensible and value-enhancing way of doing things. Recently, Apple seems bent on making Macs and its other hardware difficult to work on or upgrade beyond adding memory and storage capacity: CPUs hard-soldered to the logic board, lack of expansion bays (other than ExpressCard and/or SD Card slots), and the switch to built-in batteries are all cases in point.

The G3 Series PowerBooks have their CPUs and RAM mounted on an easy-to-remove daughterboard that facilitates easy upgrades. My ideal laptop would definitely have a processor daughterboard, as well as a slide-in/out motherboard, easily removable and replaceable video cards, sound cards, and power manager units — all user serviceable. Video RAM would be upgradable too, a feature no Apple laptop has ever supported to date.

Removable Device Expansion Bays

My dream MacBook would also have a removable device expansion bay, even two, like The Wall Street G3 PowerBooks did (the Wall Street supported batteries as well as 3.5″ removable devices like optical drives or hard drives in its left bay, and both 3.5″ and 5.25″ devices in its right bay).

Expansion bays on all of the G3 Series PowerBooks also support loading up two batteries for long computing sessions (I can get 10 hours plus on two extended life batteries with my Pismos) away from plug-in power, and you can carry spares. Unfortunately, battery flexibility is the polar opposite of Apple’s apparent notebook power trajectory.

More Commodified — Almost Disposable

Now, to be fair, my originally 500 MHz G3 Pismos sold new for $3,499, or $1,200 more than even the most expensive current Mac notebook model, the 17″ MacBook Pro, so that has to be considered when making overall value comparisons. The $999 MacBook far outclasses even my hot-rodded-to-the-limit Pismos in performance. Notebook computers have become a lot more commodified over the past decade, and at the lower-to-medium end of the price spectrum are now almost “disposable” products — cheaper to replace than repair.

Personally, I still find the concept of things that are built to last tremendously appealing. How about you? Would more modularity, expandability, and upgradability justify higher laptop purchase prices?

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I’ve been advocating for more than a decade that laptops are the logical Mac for most users, and in my estimation the unibody MacBook Pros — particularly the new 13-inch model — come as close to personal computer perfection as has yet been achieved.

As his top laptop candidate, Dan Knight leans more toward the 15-inch unibody model, with a particular nod toward the $1,699 configuration, which would be my second choice for ultimate Mac notebook value. First choice is the 2.26 GHz 13-inch MacBook Pro at $1,199, which gives you almost everything you get in the lowest-priced 15-incher, with the obvious exception of display acreage, and for $500 less.

However, for Dan, screen size and finish are much higher priority issues than they are for me. He developed his computing style and habits working as a professional book designer on two-page 152 x 854 and 1280 x 960 resolution screens, and finds smaller displays — say 1034 x 768 (SVGA) or lower resolutions — too restrictive for his tastes and work.

I, on the other hand, spent my first three Mac-loving years on a PowerBook with a 9.5″, 640 x 480, passive matrix grayscale display. After that experience, anything larger has seemed generously roomy, or at least adequate. The highest-resolution screen I’ve had in any Mac to date is the 1440 x 900 display in my 17″ PowerBook, which I like a lot, but adapting to the 1280 x 800 resolution of my 13″ unibody MacBook when I upgraded posed no real problem. Leopard’s Spaces feature has eliminated much of the inconvenience of working with modest display real estate.

Today, I would draw the line at 1064 x 768, which is what my two still-in-service Pismo PowerBooks offer. That’s also the highest resolution any of my desktop computer monitors have ever had, which sounds quaint when the entry-level $1,198 iMac today comes with a 20-inch 1680 x 1050 screen.

Dan’s current production rig is a dual-1GHz Mirror Drive Door Power Mac G4 driving a 1280 x 1024 a Dell flat panel display — hardware that befits the theme of his website, and ideal for a guy who isn’t yet willing to give up Mac OS Classic Mode. However, Dan says he’s excited this week because now that Apple has just added an “antiglare” display option for the 15-inch unibody MacBook Pro, he thinks it could become the perfect production machine for him, even going so far as to suggest that the 15-inch MacBook Pro is probably the perfect computer, period.

I won’t quibble overmuch with that, although I do still champion the 13-incher, since I’m more than satisfied with the glossy display. As Apple notes, with a glossy screen finish you get graphics, photos, and videos with richer colors and deeper blacks, which is better for most users who don’t have to work in print media. But if having an antiglare option helps persuade folks like Dan Knight to dismount the fence on the laptop side, I’m all for it, and let’s have it available on the 13-inch model as well.

So will Dan finally end up on a MacBook Pro, which would be his first production laptop since the original Titanium PowerBooks back in the early-to-mid ’00s? I think there’s a good chance he will, but he isn’t slamming the door on desktops by any means, noting that the perfect desktop computer would take the current iMac design, move some ports for easier access, and offer an antiglare screen option. Perhaps for him it will boil down to whatever Apple does next with the iMac.

How about you? Would you vote for either the MacBook Pro, the iMac, or something else entirely as “the perfect computer?”

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Charles Moore wrote a great article about the unibody 13″ MacBook compared to the much-loved 12″ PowerBook. A friend of Charles argued that until the dimensions were nearly identical it could never be considered a replacement. Charles feels there’s a little more to it than that.

I think they’re both right (yes, life is good sitting on top of this fence).

I don’t disagree with Charles’ friend that width is a big factor, and here the new MacBook is much bigger than the 12.” However, I would suggest that depth is the more critical (for use on a table, airline tray table, etc.) and here the new model is only slightly bigger. Further, weight is a big factor and the two are pretty much identical.

So you need to consider just what you’re getting for those extra couple inches of width. It’s more than just a much bigger screen (in resolution, not just size). The larger case allows a larger thermal envelope so they can pack all that power in there. Remember that Apple could never get a G5 in a notebook no matter what. The G4 in the 12″ initially ran at 867MHz, less than the 17″ introduced the same day.

I’m just not convinced one must insist that every dimension be equal or smaller to be a true replacement. Given the near-equality of each dimension except width, and what you’re getting for that width — and its value — I’d say the 13″ kicks some serious butt. And I put my money where my text is, since I own one and love it.

What Apple Could Do

Can Apple do better? One thing to consider is that, while I believe 1280 x 800 a minimum reasonable screen resolution, does that have to mean a 13″ screen? No, it doesn’t. Apple could drop to a 12″ screen (maybe even 11) and still support 1280 x 800. Look at how beautiful 1920 x 1200 looks on the MBP’s 17″ screen to convince yourself.

The smaller screen could address the complaint about width. However, this is where fantasy ends and reality begins.

Cost

The 13″ screen size is ubiquitous. In short, they’re rolling off the assembly lines even as we “speak,” and have come down in price to make those models more affordable. Gearing up for a”non-standard” 12- or 11-inch might actually cost more. The smaller 10″ displays are certainly becoming common, but I’m not sure they could support 1280 x 800 well enough.

Power

OK, you’ve managed to shave a couple of inches off the width. That’s great, right? Well, maybe not for the electronics inside, who suddenly begin to wonder why it’s so hot in here. (Yes, I know I shouldn’t anthropomorphize electronics. They hate that.) Anyway, would the smaller model support the 2.4GHz like the current high-end MB does? Likely not. Would it install the “full” NVIDIA graphics, or would it have to be slowed down like in the MacBook Air?

Other

Do I think Apple could pull the CD drive from this new model? Personally, yes. Sell an external one as an option and use the “air sharing” software. I’m surprised at how little I actually use the CD in my MacBook. Still, many people want an all-in-one to be, you know, all-in-one, and there’s a lot to be said for that.

So then here’s the issue. Let’s say Apple uses an 11″ screen, and even removes the CD drive. Now the machine is small and light. And let’s say they use the 17″ battery technology to cram as much as they can into the thing. Even with a resolution of 1280 x 800, how powerful can this machine be? It would probably have to be even lower power than the MacBook Air. In short, not a primary laptop. That’s fine, you say? Yeah, except we’re talking about a 12″ PowerBook replacement, remember? The 12″ was perfectly capable of being a primary machine, so any machine dubbed as it’s replacement should be, too. A “netbook” will not be a 12″ replacement.

What’s That Leave Us With?

So what can Apple do? Well, to keep it affordable, stick with the common and relatively inexpensive 13″ display. Better keep the CD as well. Try to make it as slim and light as possible given those constraints, then pack as much power as can reasonably be kept cool in that footprint (preferably reaching “pro” levels).

In the end you’ll have something that balances all the factors in creating something simultaneously small, powerful, and affordable. And when Apple tosses all that in the margarita blender, what do they pour out? Well, well, it’s the unibody 13″ MacBook!

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I beg to differ, and that stance has been reinforced by my purchase last week of a 13″ unibody, giving me the opportunity to use the machine in a variety of settings. I’ve never owned a 12″ PowerBook, but I’ve used one and a 12″ iBook was my main axe for more than three years, so I have a pretty good frame of reference in Apple compact notebooks. I agree with my friend that the 12″ PowerBook is a particularly good example of Apple laptop hardware, one of the great Mac notebooks of all time, and I even think its 4:3 aspect ratio display is a more sensible solution in a small laptop than the 16:10 widescreen in my new MacBook, but in terms of being a practical road-warrior laptop, I think it’s pretty much a wash except for the MacBook’s vastly superior speed and power.

My unibody feels feather-light to carry around. You almost have to pinch yourself to cognate that Apple has packed so much power into such a wisp of a package. It really takes me back to my impression of my first laptop, a PowerBook 5300 in 1996, which gave me the same vibe.

The strongest arguing point my friend has is in the matter of width. The 13″ MacBook is nearly two inches wider than his 12″ PB, and indeed about the same width as or a little wider than my old 14″ Pismo PowerBook. As an aside, it’s interesting to note that the generous display bezel margins on the MacBook appear to allow plenty of space for a 14″ widescreen. Now that would be interesting with a 1440 x 900 resolution.

Here’s how the two machines stack up:

13″ Unibody MacBook

Height: 0.95 inch (2.41 cm)

Width: 12.78 inches (32.5 cm)

Depth: 8.94 inches (22.7 cm)

Volume: 108.5 cu. in.

Weight: 4.5 pounds (2.04 kg)

12″ PowerBook

Height: 1.18 inches (3.0 cm)

Width: 10.9 inches (27.7 cm)

Depth: 8.6 inches (21.9 cm)

Volume: 110.6 cu. in.

Weight: 4.6 pounds (2.1 kg)

The unibody MacBook is just over a third of an inch deeper in chord dimension, but that’s pretty insignificant. What is significant is that the MacBook is more than one quarter of an inch thinner, four tenths of a pound lighter, and occupies slightly less volume than the 12″ PowerBook while providing a larger, higher-resolution display. There’s really very little to choose in terms of handling convenience unless you’re some place where width is really constricted, and in terms of power there’s no contest.

If you’re the sort of user who found the old 12″ PowerBook an ideal compromise between size, weight, features, and price and have been waiting for Apple to replace the 12″ PowerBook G4 with a corresponding MacIntel model, wait no longer — it’s here for all intents and purposes. Apple may be quietly working on a MacBook nano to take on the PC netbooks, but for now, the new 13″ MacBook should make a fine road laptop.

How about you? Better to sacrifice power for a smaller footprint (old 12″ PowerBook/PC netbook), or prefer a larger display and Core 2 Duo/Nvidia 9400M performance (unibody MacBook)?

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A lot of people definitely did though, because in 2001 Apple recalled about 570,000 of those suckers. I remember when Apple first gave the announcement about the faulty adapters and I picked a replacement up for free just in case (and because, well, it was free).

If you’re one of those lucky few to experience some extra heat on your lap, you may be entitled to a refund. If your adapter “dangerously frays, sparks and prematurely fails to work” Apple has agreed to throw you $25 to $79 for your troubles.

This class-action suit was actually way back in 2006 and alleged that Apple misrepresented problems with the power adapters. I can’t help but think most people have moved on from their old PowerBook immolation issues by now.

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More than a decade later, my go-to Mac is a PowerBook G4. Though the specs are much stronger than my first Macs, and the machine is tremendous, I’m seeing a similar gap between where I am and where the leading Mac developers are focused – as they code for Intel-based Macs, and some applications run only on Intel Macs, leveraging the power of Apple’s new chip partner.

Some of the most prominent Intel-only Mac developers are extremely visible, especially on the Web, including the Internet video playback software, Joost, and VMWare’s Fusion, a product so cool from a simple geek factor, that it has me trying to find reasons to upgrade.

Apple has made some big leaps of faith in recent years, from 68k to PowerPC, from Mac OS 9 to Mac OS X, and from PowerPC to Intel. But those of us who bought late are quickly antiquated, despite using machines that work great. Should I be taking my PowerBook to eBay and making an upgrade? What else am I missing out on by not yet making the switch to Intel?

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