I've never heard anything bad about Sager laptops, let alone any claims of fragility. As for sightliness, it's a freakin' computer. It's a tool, not a toy. It doesn't have to look good in order to get the job done.
Geez, I wish I had so good an experience with Sager. Mine was very powerful to 2004 standards, but in two years, I had four major failures, each requiring to be sent back to California at my own expense. Plus, they never made any commercial move to excuse such flakiness. Later, I read on a PC-oriented forum that a whopping 25 to 33% of Sager computers tend to fail repeatedly, also known as "lemon". Its during its last trip to California that UPS stole it somewhere along the way, and that I had to sue them to recover part of the cost. From this point, I swore I won't be dealing with Sager again.
As for computer's look.. I agree they don't need to be beautiful to get the job done. However, when you can have both, just do it. A laptop doesn't need to be thin to perform well, but it surely helps when you need to haul it. And, as current human standard, thin is beautiful (lol).
The MacBook Pro is the best exception to that rule that I can think of. For all other non-Ultrabook laptops, I agree, but Apple's unibody design on the unibody MacBook Pros has it so that you can get to every component with the removal of the bottom plate. There aren't fewer parts in a MacBook Pro; they're all there, but they're laid out so that you can easily get at what you need to.
I have to disagree, slightly. If one wants to replace a broken MBP trackpad (remember, it's all glass), they have to take all the computer apart. But having dismembered friend's laptops to help in cleaning them... Macs are simply better built and thought than most PC laptops where you often struggle to find the hidden screw that holds is all.
Plus, you get some hidden benefits in Macs: on the Magsafe corner, there's no practical reason why the connector board would be separated from the main board. Or why is there a large gap between the hard drive and the side. Every corner is somewhat isolated from the main board. If the computer falls, you just end up with a bent corner. Unsightly, but what's inside should be alive and well. Do that on a common PC. The computer is dead. Heck, they even put glass platter hard drives in some laptop PCs, rendering any free-fall detector mostly useless.
Right, I only make the comparison as if you build a PC tower, you can upgrade it forever in theory, where an iMac can only have its RAM upgraded (you can upgrade the hard drive, and probably the processor and video card too, but it's hell to get in there.
I think you can't upgrade the CPU on an iMac, since it may be soldered. Same goes for the video card, unfortunately. I first thought they would be using a low-profile or otherwise standard video card, but unfortunately it's either proprietary or soldered. Therefore, I had to (reluctantly) recommend a PC to my customer willing to run Maya and still fitting its price point.
"Forever" isn't correct. When my desktop PC failed after only 3 years, parts for it weren't commonly available anymore. It was cheaper to rebuild and keep the working parts (storage, ODD).
From the standpoint of a machine built to run three high-end cross-platform programs, the PC is the better investment as it will last you longer and provide faster performance for the dollar; beyond looks, this is the most practical metric to measure your computer against. Sure, Mac OS X is nicer to use than Windows, I'll agree. But the difference in usability doesn't vary ALL THAT MUCH, especially if the whole point of the machine is to use a cross-platform production app and only 5% is spent using the OS.
I still have to disagree. From a hardware standpoint, it's not uncommon to see standard issue Macs still in service at 4, 5, even 6 years without major issue. My gf's iBook G4 could really use one GB RAM, but is still in occasional use. A friend's white McBook (very first issue) has a noticeable yellowing and an itchy battery, but otherwise runs Snow Leopard fine. Another friends BlackBook is 2007 issue, squeaks when opened, but still manages to pull 4 hours out of the battery. I sold my own 2010 MBP to a very kind girl for $700: prominent cosmetic wear is the only issue. A PhD student 2008 MacBook Pro still runs as fast as new: a bit of discoloration on the screen. I negotiated to buy a 4-year used Intel iMac for a customer whose 2 year-old cheap-o-tower failed for some unknown reason.
Whereas another customer's 1 1/2 yr Dell was already requiring a complete overhaul and cleaning. Friend's Acer, Gateway, Dell and an HP all saw their battery completely fail after 6-9 months to the point it doesn't hold even a minute of charge (on the models they had, the battery has a 3-month warranty). My other, university issue ThinkPad T40 ran at a glacial pace, and, as is the habit of many ThinkPads, just a week after the first blinking line on the screen, it was un-bootable. My sister's bf HP had a failed wifi card, of course, just outside warranty. Told him it would be cheaper to buy a new one on eBay than have it repaired. Recently got an older P4 tower, unstable under load despite brand new RAM, down clocking and plenty of cooling.
At least in my experience, I have constantly seen that a PC requires too much maintenance to be worth their otherwise low prices. What's better, a $600 PC lasting two years without issue, or a $1200 Mac that can last four or five years, often more, without needing major repair?
On the software side, it's more about how you know and use your system. If you only use one or two apps and don't use the OS in itself, you won't see the Windows quirks that make it so frustrating to use. Remember I come from many years under Windows, had a long Ubuntu period, then OS X.
Side-note: I use an LG external burner with my Mac mini Server. The drive has a power supply and is the same tray-load form-factor as on desktop PCs; it's faster and way more reliable than Apple's piece of crap external super-drive
I wouldn't use a LG burner, in any case. In my experience building computers for friends and customers, as well as reading about them, at best it's risky to use them in Linux, at worst, they simply fail without explanation. Sure they're cheap, and you get what you pay for.
Otherwise, I also think slot-load isn't as necessary on a desktop as it is on a laptop.
You can go on the Internet, install unsigned software, and browse the web just fine on a PC. Yes, you have to be more cautious. No, you don't have to be anywhere near THAT cautious.
I just watched a friend as he quickly restored his HP PC after a hard drive change. Even getting Windows 7 to install was a pain. He had a valid key, yet Windows refused it. He had to resort to use a loader to get it to install. Then, all the applications, mostly well-known, trusted closed and open source, went in. I don't know where he forgot something, but he doesn't have sound anymore, and antivirus definitions aren't updated. automatically. We checked his configuration and couldn't find the cause.
Registry is Windows weakest point. It's fragile, and if anything goes wrong inside, or an application acts funky, you won't be able to find the source of malfunction. Hence, the fastest solution is to reformat.
But that all being said, it's incredibly easy to lock down a Windows machine via global policy editors and administrative tools so that the machine is incapable of installing unsanctioned software and is easily kept up to date by your server. Easier or more elegant than the Mac equivalent, no, doable, absolutely.
(...)
Actually, it's very easy to automate update installations and it's as easy to do on Windows as it is to do on Mac OS X. It requires that you set up a server for that purpose, but it's really simple and easy to configure on both platforms.
Here lies the issue: one would need to be a Microsoft's Certified Technician (or whatever they call it) to understand and properly configure it. In addition, many smaller pieces of software require administrative privileges to run properly, therefore it's simpler to alway run as administrator. I put that under "lack of ergonomics". In a large corporate setting, it's no big deal, although the running joke may be partly true that IT managers try to keep Microsoft as long as possible in the enterprise because it's their breadwinner. But on an individual PC where the creative, manager, and commercial are essentially one person who doesn't have all the necessary knowledge, there's no point in spending time to do maintenance (incorrectly) where they could spend slightly more to get an almost maintenance-free Mac.
Large IT departments are predominantly Windows based. I know this because in applying to work for a large IT department, most of them are either 10% Mac, 90% PC, or 100% PC. You can customize and lock down far more on a PC than you ever can on a Mac as PCs are built primarily for corporate environments and Macs are built primarily for home users. IT departments love the customizability of Windows via administration tools and global policy editors and whatnot. Sure, Macs require less maintenance, but PCs don't require much maintenance if your IT department knows what it's doing.
Indeed, university's PCs are so locked down that I can't even use my portable software to run the few times I don't have my MacBook Pro. That renders them mostly useless for my needs.
But, they take ages to boot and log in, apparently use scripts to configure software you aren't allowed to use (?!). The only remaining Mac laboratory isn't as locked down, true. Because you can't cause much damage on a Mac running unofficial software than on a PC. I could theoretically leave my MBP logged in my main account (admin powers) yet no one could use it to render the computer unusable, since it would ask for the password to confirm any potentially dangerous action.
Mac OS X may be built for small IT departments, labs, and individuals, but it still makes an excellent server, being UNIX-like. Less administrative tools doesn't imply less ability. Apple already recognized their own potential as a niche, but truly usable server.