I've been pretty much a Ritek bigot for the past 3 years or so, having burned many hundreds of the G04 (4x) and later the G05 (8x) DVD-R disks. Over the past couple of years, I've also noted that some people would mention that their disks would hang or stutter out in the second half of a full disk. I came to the conclusion that this was just one of those things, where some players just didn't like some disks. Certainly all the disks leaving here would play fine on my Apex and Toshiba players.
About a month ago I began experimenting with the latest version of the "Nero DVD Speed" tool, which is now up to version 4. The new version allows one to run those PI failure graphs that are featured on sites dedicated to the evaluation of new DVD burners. I ran tests on Ritek disks I had burned in the past on various Pioneer burners. I also burned fresh images on Ritek G05 blanks for comparison.
I have never liked the look of printable DVD output, and the wet-finger smearing was something I also wanted to avoid, so from the beginning I have printed to Meritline glossy labels with Epson pigment ink, and then carefully attached the labels to the burned disks with a Stomper tool and a rolling-pin technique. The results have always look great, but over time I also came to conclude that some DVD players just hated disks with labels. Sigh.
Then recently I came across this analysis by John Beale, who has written other logical articles in the past. I decided to try out the Taiyo Yuden disks.
Well, a 100-pack arrived today (Supermediastore, $37, TYG02 8x DVD-R silver top) and I did some test burns from images, using several different full-disk projects and using both DVDdecrypter and Nero to create and then burn the images (to see if it made a difference which burning utility was used). Then I ran the test with Nero DVD Speed as before, and after applying a printed label I ran the test again. I should mention that I burned with a new NEC 3550A, burning at 8x. The burn starts at about 4x but finishes at 8x, and takes about 9 minutes).
Wow.
No. Make that DOUBLE WOW.
The difference between the Ritek G05 and the Taiyo Yuden is stunning and consistent. The PI error rates with the Taiyo disks were generally 1/3 the Ritek rates, and the PI failure rates were maybe one-tenth as bad. Now, from what I've learned about DVDs and the reading process, reading errors are expected even for excellent disks. That's why there are several layers of robust error correction. But since we're dealing with statistical things here, it's also safe to say that a lower error rate is better than a higher rate, because that gives you a greater margin before failure (i.e. the disk hangs or stutters on playback).
As mentioned, I've noticed in the past that putting a label on a disk would always increase the error rate in the outer portion of the disk. Well, the Taiyo disks with labels were STILL FAR LOWER in PI error rates in that outer region than the Riteks without labels.
So I sit here stunned. The Taiyo Yuden TYG02 disks make a huge difference. Admittedly, I'm drawing these conclusions based on a sample set of only a few disks, but the results are apparently repeatable and I have little doubt they represent something fairly close to the truth. Or at least the truth in my given environment.
Do I try to recall all those hundreds of Riteks? Even if I could (I can't), it's still true that they work in most cases. It's just that the margin for failure is much narrower than that apparently provided by the TYG02 disks.
About a month ago I began experimenting with the latest version of the "Nero DVD Speed" tool, which is now up to version 4. The new version allows one to run those PI failure graphs that are featured on sites dedicated to the evaluation of new DVD burners. I ran tests on Ritek disks I had burned in the past on various Pioneer burners. I also burned fresh images on Ritek G05 blanks for comparison.
I have never liked the look of printable DVD output, and the wet-finger smearing was something I also wanted to avoid, so from the beginning I have printed to Meritline glossy labels with Epson pigment ink, and then carefully attached the labels to the burned disks with a Stomper tool and a rolling-pin technique. The results have always look great, but over time I also came to conclude that some DVD players just hated disks with labels. Sigh.
Then recently I came across this analysis by John Beale, who has written other logical articles in the past. I decided to try out the Taiyo Yuden disks.
Well, a 100-pack arrived today (Supermediastore, $37, TYG02 8x DVD-R silver top) and I did some test burns from images, using several different full-disk projects and using both DVDdecrypter and Nero to create and then burn the images (to see if it made a difference which burning utility was used). Then I ran the test with Nero DVD Speed as before, and after applying a printed label I ran the test again. I should mention that I burned with a new NEC 3550A, burning at 8x. The burn starts at about 4x but finishes at 8x, and takes about 9 minutes).
Wow.
No. Make that DOUBLE WOW.
The difference between the Ritek G05 and the Taiyo Yuden is stunning and consistent. The PI error rates with the Taiyo disks were generally 1/3 the Ritek rates, and the PI failure rates were maybe one-tenth as bad. Now, from what I've learned about DVDs and the reading process, reading errors are expected even for excellent disks. That's why there are several layers of robust error correction. But since we're dealing with statistical things here, it's also safe to say that a lower error rate is better than a higher rate, because that gives you a greater margin before failure (i.e. the disk hangs or stutters on playback).
As mentioned, I've noticed in the past that putting a label on a disk would always increase the error rate in the outer portion of the disk. Well, the Taiyo disks with labels were STILL FAR LOWER in PI error rates in that outer region than the Riteks without labels.
So I sit here stunned. The Taiyo Yuden TYG02 disks make a huge difference. Admittedly, I'm drawing these conclusions based on a sample set of only a few disks, but the results are apparently repeatable and I have little doubt they represent something fairly close to the truth. Or at least the truth in my given environment.
Do I try to recall all those hundreds of Riteks? Even if I could (I can't), it's still true that they work in most cases. It's just that the margin for failure is much narrower than that apparently provided by the TYG02 disks.