Coyote Blog

Apple just lost $100 million to a Creative Labs suit over iPod menus.  Stephan Kinsella isolates exactly what the unbelievable breakthrough it was that Apple will now have to pay for.  Here it is.  Be amazed at the genius involved, all you small-minded folks who would never have been smart enough to think of this for yourselves:

A method of selecting at least one track from a plurality of tracks
stored in a computer-readable medium of a portable media player
configured to present sequentially a first, second, and third display
screen on the display of the media player, the plurality of tracks
accessed according to a hierarchy, the hierarchy having a plurality of
categories, subcategories, and items respectively in a first, second,
and third level of the hierarchy, the method comprising:

• selecting a category in the first display screen of the portable media player;
• displaying the subcategories belonging to the selected category in a listing presented in the second display screen;
• selecting a subcategory in the second display screen;
• displaying the items belonging to the selected subcategory in a listing presented in the third display screen; and
• accessing at least one track based on a selection made in one of the display screens.

Oh my god, like, my head is going to explode this is so revolutionary and complicated.  Someone just invented the hierarchical menu.  Jeez, how have we done without this all these years?  </sarcasm>

Its clearly time for patent reform as it applied to software.  In the last ten years, software engineers have apparently have been able to convince hardware-centric patent examiners that some pretty basic software concepts are "non-obvious" and patentable.  Guestblogging at Overlawyered last week, I mentioned one such patent, the Amazon "1-click ordering" patent, which to me is clearly copyrightable, but not patentable.

Rob Pegoraro makes a similar point in the Washington Post, editorializing on the Blackberry suit:

No, the problem here is simpler. There are too many bogus patents getting handed out.

One
solution would be to make more things unpatentable. Just as you can’t
– or shouldn’t — be able to patent a mathematical equation, in this
scenario you wouldn’t be able to claim ownership of things like the
general workings of software (any individual program is already
protected by copyright) or business methods. The U.S. has been a
pioneer in turning those things into new types of intellectual
property; perhaps it’s time to declare this experiment a failure.

Another,
somewhat overlapping solution would make it harder to get any patent.
The patent office would apply a higher standard of "non-obviousness" –
the idea that a patent shouldn’t reward "inventions" any competent
individual could have thought up. And any outside party could submit
evidence against a patent before it became final.

I am generally sympathetic to Blackberry’s plight, in part because I went to school with Jim Balsillie, the CEO of RIM.  One thing Pegoraro missed in his editorial:  The US Patent Office has already said it made a mistake in issuing the original patent that RIM was found to be violating.  The nullification of this patent is working through the system, and RIM is pleading that the injunction against them wait until this process is complete, sort of like a victim on death row begging not to be put to death because the prosecutor has admitted that based on new evidence, he shouldn’t have pursued the case in the first place.  RIM has offered to settle with NTP (the patent holder)if there is a give-back if the patent is invalidated in the future, but NTP has refused this.  This all makes for an interesting drama, with a lot of brinksmanship.

By the way, though I am sympathetic to RIM to some extent, that sympathy is diminished by this:

In 2002, RIM sued software developer Good Technology for its wireless
mail-transfer technology and "smart phone" maker Handspring over its
miniaturized keyboard design. Both wound up forking over licensing fees.

As I wrote before, what goes around, comes around when you use the legal system and the long hand of the government to step on competitors.

Well, I had a number of emails asking for the specifics of my computer build, so all you non-geeks can move on.  Hopefully I will get a post up on the USA Today putting for-gods-sakes ethanol on the front page of today’s paper.  Anyway, here is my computer build components:

• ASUS A8N-SLI Premium motherboard.  This basic motherboard platform is rock-solid.  The premium version mainly brings a quieter heat-pipe design to cool the mobo chipset and a software rather than hardware switch for single to dual SLI.  It is one of the better overclocking platforms, with good BIOS options.  It has a couple of quirks, probably the most important of which is that it tends not to like RAM in 4 sticks — better to use two.  I chose not to use the newer A8N32-SLI, which is supposed to increase the bandwidth when 2 SLI cards are used.  However, I think the Nvidia chipset for this was rushed (to please Dell) and tests show its not necessarily faster, even with 2 SLI cards, than the one I bought.  Also, I wanted to shy away from bleeding edge for my first build
• AMD 64 Athlon X2 (dual core) 4400+ microprocessor.  This is the 2.2Ghz Toledo core with the larger cache.  As I mentioned yesterday, its a notch or two less fast than the top of the line, which tends to be a better value.  And the consensus opinion is that AMD is dusting Intel right now.  I got the large cache because you can always overclock but you can’t overcache.  The dual core is clearly the wave of the future, and more games and programs will support it in the future.  I was a bit worried that I would have some compatibility problems at first, but I have had none, even on Star Wars Battlefront 2, which was reported to have a compatibility issue with dual core
• 2 gigs of memory from Corsair, in 2 1GB sticks.  Corsair is a top company in memory.  I can’t tell you how many people struggle to overclock their PC a few percent but have too little memory.  Tests show even going from 1 to 2 gigs shows real results.  I got the Twinx-2048-4000.  I debated between lower speed (ddr 400), lower latency memory and higher speed (ddr 500) higher latency memory.  I went with the latter, hoping that it was better for overclocking, but this is one issue not well addressed online.  The answer is probably here, but I decided it would not matter that much for me.  If you go with 512K sticks rather than 1 Gb sticks there are more options for memory that is both low latency and higher ddr.
• I wanted to try my hand at overclocking, so I wanted a good CPU fan.  Zalman has a lot of great products, so I went with the CNPS9500, which looks cool too.  Its quiet and keeps the cpu ice cold.  It looks huge but it fit fine.
• I may have made a mistake on the case.  I went with an Aspire X-Navigator, which is cool looking and keeps everything cool inside but is loud.  I might next time research for a quieter case.
• I splurged and went with dual SLI, because I love games, and bought two evga 7800GT sli cards.  I never really understood the variations in their 7800GT cards – some variations of memory speed, I think.  The nvidia sli chipset right now blows anything else away – it is the ONLY choice for gaming.  A pair of GTX’s would have cost me $400 more.  Again, I find the best price-value point a step or two below top-of-the-line.  I didn’t realize until later that DirectX 10 will be a pretty substantial upgrade, which will require new chips to support it.  That means that if you are a gamer, you will probably want a new card in 12-18 months.  Knowing this, I certainly wouldn’t pay for GTX right now and might have only gone with one rather than 2 cards.
• I bought a couple of 250Gig Seagate SATA 3gb/s hard drives and put them in a raid 0 configuration.  This makes a 500 gig hard drive that is fast as hell.  This is cheaper than buying a single 500 gig and it is faster, but it will be less reliable since data is "striped" across the two drives, so that if either fails, you lose ALL the data.  Because of this issue, I bought a smaller 160 gig drive that runs separately as a backup for my data.  By the way, this was the one issue I had with my install.  Basically I had to leave this 160 gig drive unplugged until I get windows installed on the raid 0 drives and make them bootable, or else the system would get confused.  Once windows was installed on the raid drives and was bootable, then I plugged in the third drive and partitioned it and all was well.
• Power supplies seem to be a nightmare in terms of failure rates.  I use a 650 watt Silverstone Zeus and it has been fine and it had all the cables I needed.  Note you need at least 500 watt and probably 600 if you are going dual sli.
• Other components include a fast NEC DVD read-write drive (whichever one was highest rated on newegg), a floppy drive (you HAVE to have one to load the drivers for this self build if you are using a raid drive array) and a nifty little drive that accepts all kinds of memory cards on the front panel.  And windows of course.

This article on the Corsair web site provides an outstanding walk-through of how to build and set up your PC, demonstrably sufficient for even the noob since it got me through it.  I actually found this after I bought my components so I was happy to see that the component selection in the article for a high-performance gaming box was very similar to mine.  I also have the logitech cordless keyboard and mouse shown and love those too.

Have fun.

Update:  In response to the question in the comments, this build cost about $2000, which is expensive for a desktop, except that I expect to get much longer life out of this thing with performance that stays top notch for a while and many upgrade paths.  It might have been more but several parts were on weekend sale at newegg and others had cross-promotions (i.e. if you buy the AMD procesor and the evga card you get an extra $30 off).  Also note that this is a very competitive system to gaming rigs (e.g. Alienware) costing over $4000. You could take a few steps to bring this under $1500:  One 6800 GT rather than two 7800GT graphic cards would save almost $400.  One graphics card would let you save about $50 or more in the power supply, and you could easily get a good case for $50-$75 less.  Making these subs would get you a very very good rig for under $1500.  Dropping down a notch on the CPU could save another $200.  Smaller hard drive capacity could save $100-150, though hard drives are so cheap, I think it is short-sighted not to overdo it a bit.  I still remember my first hard drive card for my original IBM PC.  It was 10 meg, and my thought was "I’ll never be able to fill that much memory".  LOL.

The build time was probably 8 hours, including windows installation and disk formatting.  This includes three false starts:  one, when I thought the power supply was bad but I had just forgotten to hook up the on/off signal wire; two, when the floppy drive actually was bad and I had to run to compUSA to get a new one; and three, when I struggled, as mentioned above, to get windows installed with the hard drive configuration I had chosen.  If everything had gone smoothly, I could easily have done it in 4-5 hours.

Did I mention I love this rig?  Its like the geek version of showing up to your high school reunion in a Ford GT.

I just bought, or rather built, a new home computer.  My last computer, a Dell, was about 18 months old.  I really enjoyed building my own this time, and Newegg.com makes it pretty easy, and there are lots of articles out there to help.  As with my old Dell, I bought a processor that was one notch or two below the fastest currently available, which tends to be a sweet spot in price-value.  This time, though, I switched from Intel to the AMD dual core ("toledo") at 2.2 Ghz.  Basically both my computers are/were fast machines for their times, though since I built this new one myself, I did a few extras, like going with parallel SLI graphics cards and I overclocked the whole rig about 10-15%. 

The result?  My 18-month-old machine gets a 3dwinmark score of 250.  My new machine gets a score of over 13,000, or over 70 times better!  Granted, this is on a synthetic benchmark mainly aimed at measuring 3d graphics performance, but this is still a huge leap in performance in 1.5 years.  I have also played around with my hard drive selection and configuration to get a jump in performance there as well.

I spent a lot of time researching and picking out my components — that is the real joy of a self-build, that you know the quality and trade-offs of every single subsystem in the box.  If anyone out there is interested, email me and I will tell you the exact components I chose and why, or maybe I will do a post on it sometime.

UPDATE:  Components posted here.

You know how when you grew up, your parents and grand-parents always said stuff like "I remember when I was a kid, we didn’t even have X", where X was airplanes, or TV’s or ice or whatever.  I actually found myself having one of those moments in the OfficeMax store today.  I remember when I got my first hard drive for my IBM PC in the very early 80′s.  It was 10MB, cost about $500, and my one thought at the time was "I’ll never be able to fill up this thing".

Today at the office supply store at the register I made an impulse purchase for a new USB memory key.  My son stole mine to use to take stuff back and forth to school, and I wanted a larger capacity drive anyway.  So here I was buying a 1GB key, with 100x the storage of that first hard drive in a package about 1/100 of the size of that hard drive, and I was buying it at the cash register from a rack next to the gum.  Pretty cool.

However, I am not going to let scientists totally off the hook.  I am still waiting for my hover car, my jet pack, and my vacation on the moon, which I expected to have long before now.