
I was watching a moive in the game it started stuttering. then there was a THUMP from the cd and i opend it and what was left of the cd fell out.

Dude, I totally need to watch that episode...AceCombat wrote:Myth Busters, on Discovery Channel, experimented with this issue. they took 52X Drives and tested their RPM Speeds, of which is supposed to be 30,000 RPM but most drives couldnt even attain 25,000 RPM. they then proceeded to "abuse" CD's simulating everyday life. 7 of 10 CD's shattered, and 3 even punched clean holes through the CD-ROM body and flug razor sharp peices into the protective Plexiglass containment box
Mobius, that is so completely wrong, I wonder if you ever stopped to educate yourself about the topic. I could tell you how it works but I'll let this Google result speak for itself...in short, CAV makes for the extreme forces on the outer tracks of a CD the faster it spins. If drives were still using CLV the centrifugal forces wouldn't be a problem...Mobius wrote:OK, Ace that's just BS.
Remember when a CD player skips? It goes, jing jing jing jing. Each JING is one Revolution. I haven't timed it to any accuracy, but it seems to be about twice per second. The CDA speed is "One Times" so that means "1X" CD is about 60 RPMs.
That makes "52X" about 3120 RPMs. NOT the "30,000" you quote. Only wrong by a power of ten - you're getting better!
Hehe, 60 RPM -- that's 1 revolution/sec. I think notMobius wrote:The CDA speed is "One Times" so that means "1X" CD is about 60 RPMs.
That makes "52X" about 3120 RPMs. NOT the "30,000" you quote. Only wrong by a power of ten - you're getting better!
Asrale wrote:Mobius, that is so completely wrong, I wonder if you ever stopped to educate yourself about the topic. I could tell you how it works but I'll let this Google result speak for itself...in short, CAV makes for the extreme forces on the outer tracks of a CD the faster it spins. If drives were still using CLV the centrifugal forces wouldn't be a problem...
Mobius might be incorrect, but you are not correct either. CAV is actually not as hard on a disk as CLV.Asrale wrote:Mobius, that is so completely wrong, I wonder if you ever stopped to educate yourself about the topic. I could tell you how it works but I'll let this Google result speak for itself...in short, CAV makes for the extreme forces on the outer tracks of a CD the faster it spins. If drives were still using CLV the centrifugal forces wouldn't be a problem...
I use my backup of disc 2 all the time to start the game and it never complains at me.WCHeyerdahl wrote:i made a back up of my descent 3 cd when i first got my burner.
only problem is descent 3 knows its a backup is there a no cd patch to fix this?
(wont 1.5 remove copy protection?)
On the same token, CDRs can easly handle 48x CAV speeds since it is actually the same speed as 24x CLV. And I rather prefer that it takes less then half the time to burn a CDR then at 16x CLV. "Just a couple minutes" out of 4 minutes is a considerable improvement and I have not had a single CD shatter in the drive yet out of hundreds burned.Asrale wrote:That's not what I meant Krom, guess I forgot some words there (my bad).Wasn't referring to theoretical 52X CLV drives, just 24X CLV drives at the fastest. Of course CLV isn't practical for significantly faster transfer rates either, like you said.
Meant to imply technology could have stopped progressing in this aspect years ago (i.e., reading speeds would have stopped at 16X or 24X) so CAV wouldn't have had to be developed and drives would still be reading CLV at 16X or something like that...because 16X (2.4 MB/s) is fast enough, it's just that things like user laziness (and technology) have led to the development of faster transfer rates. Who remembers installing Descent II's full install on your 4X CD-ROM drive!![]()
(I just like CLV at 16X since it's so reliable on my 48x24x48 CD-RW on all types of media and does the job in only 4.5 minutes for a full CD, while 48X using P-CAV shaves only a few minutes off that time, for a lot MORE potential problems...)
They used 56x drives, not 52x. I'm suprised you didn't even mention them blowing up a router motor while they were goofing off by doubling the input voltage.AceCombat wrote:Myth Busters, on Discovery Channel, experimented with this issue. they took 52X Drives and tested their RPM Speeds, of which is supposed to be 30,000 RPM but most drives couldnt even attain 25,000 RPM. they then proceeded to "abuse" CD's simulating everyday life. 7 of 10 CD's shattered, and 3 even punched clean holes through the CD-ROM body and flug razor sharp peices into the protective Plexiglass containment box
Try doing it on a power drill, turning it on its side and hit the release button.Sting_Ray wrote:Being that I am young dumb and willing to try anything, I attempted this experiment of a CD in a dremel. Sho' nuff, a standard 48X CD-R held up to the 30K+ RPM's that the dremel gives off... but once it hit the asphault, it turned in to a bomb. I found about 30% of the entire CD in solid form (but in about 10 shards) and the other 70% was basically shiny powder scattered for about a 50 foot radius. The first one I did spun off the dremel and scooted about 200 feet before hitting a telephone pole and stopping. It's fun.. you should try it