52X CD-RW Roundup Vol2
15. Writing Quality Tests page 1 - Teac CD-W552E
Review Pages
2. Introduction - Mitsumi CR-487ETE
3. Introduction - Teac CD-W552E
4. Introduction - Waitec STORM 52/2
5. Data Reading tests
6. Error Correction Tests page 1
7. Error Correction Tests page 2
8. CloneCD Reading Tests
9. DAE Tests
10. CD-R Writing Tests
11. Writing Quality Tests page 1 - AOpen CRW5224
12. Writing Quality Tests page 2 - AOpen CRW5224
13. Writing Quality Tests page 1 - Mitsumi CR-487ETE
14. Writing Quality Tests page 2 - Mitsumi CR-487ETE
15. Writing Quality Tests page 1 - Teac CD-W552E
16. Writing Quality Tests page 2- Teac CD-W552E
17. Writing Quality Tests page 1 - Waitec STORM 52/2
18. Writing Quality Tests page 2- Waitec STORM 52/2
19. RW Writing Tests
20. Conclusion
52X IDE CD-RW Recorder Roundup Vol 2 - Page 15
Writing Quality Tests page 1 - Teac CD-W552E
We used Taiyo Yuden 80min 40X CD-R media and burned the same AudioCD project (with CD-Text) at all recording speeds from 4X-48X. We did not manage to burn in the maximum 52X speed with the specific media. Below you can see the 3T Pit & Land Jitter graphs.
- 3T Pit results
Although the 3T Pit jitter values for the 4X-16X are not very high, they reach the 36-38nsec in specific areas. On the other hand, all the higher writing speeds produced very high jitter from the beginning of the disc, and in most cases it is increased according to the writing speed. Especially for the maximum allowed 48X writing speed, the jitter reached the 55nsec.
The average 3T Jitter values for all recording speeds are illustrated in the following table.
Only the 4X recording speed gave an average jitter value less than 35nsec. The speeds from 8X to 16X gave an average slightly around 35nsec. Unfortunately, the higher speeds introduce worse results with very high jitter measurements. Have in mind that these results apply to Taiyo Yuden 40X media and we expect to see better results with other discs.
- 3T Land results
The 3T Land values are lower compared with the in the previous measurements of the 3T Pit Jitter. However, the high jitter problem is still present for all the speeds, and becomes obvious in the high writing speeds.
- Conclusion
Recording Speed
|
3T Pit Jitter (ns)
|
3T Land Jitter (ns)
|
> 35ns
|
Max value (ns)
|
4X
|
34.20
|
35.12
|
Yes at 42 min
|
36 Pit, 36 Land
|
8X
|
35.20
|
38.22
|
Yes at 40 min
|
38 Pit, 39 Land
|
12X
|
34.88
|
38.73
|
Yes from 40 min
|
37 Pit, 39 Land
|
16X
|
35.24
|
37.65
|
Yes from 38 min
|
37 Pit, 39 Land
|
24X
|
38.24
|
40.68
|
Yes from the first minutes
|
43 Pit, 41Land
|
32X
|
40.83
|
42.68
|
Yes from the first minutes
|
45 Pit, 45 Land
|
40X
|
44.20
|
40.49
|
Yes from the first minutes
|
47 Pit, 43 Land
|
48X
|
48.23
|
44.41
|
Yes from the first minutes
|
55 Pit, 48 Land
|
The overall performance of Teac CD-W552E with Taiyo Yuden 40X media should be considered as less than average. The drive introduces high 3T Pit jitter in all the writing speeds, even in the 8X and 12X. As it was expected the situation is worse in the higher speeds, where jitter reached the 55nsec. The 3T Land jitter values are also increased.
Review Pages
2. Introduction - Mitsumi CR-487ETE
3. Introduction - Teac CD-W552E
4. Introduction - Waitec STORM 52/2
5. Data Reading tests
6. Error Correction Tests page 1
7. Error Correction Tests page 2
8. CloneCD Reading Tests
9. DAE Tests
10. CD-R Writing Tests
11. Writing Quality Tests page 1 - AOpen CRW5224
12. Writing Quality Tests page 2 - AOpen CRW5224
13. Writing Quality Tests page 1 - Mitsumi CR-487ETE
14. Writing Quality Tests page 2 - Mitsumi CR-487ETE
15. Writing Quality Tests page 1 - Teac CD-W552E
16. Writing Quality Tests page 2- Teac CD-W552E
17. Writing Quality Tests page 1 - Waitec STORM 52/2
18. Writing Quality Tests page 2- Waitec STORM 52/2
19. RW Writing Tests
20. Conclusion