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Hitachi and Panasonic Showcase 16x DVD-RAM Recorders
Both Hitachi LG Data Storage and Panasonic will launch super-multi DVD recorders that will support 16x recording for DVD-RAM. Panasonic and Hitachi-Maxell showcased the results of their co-development of the first 16x DVD-RAM media at IFA, Berlin.
Hot on the heels of yesterday's report, Panasonic will launch Q1 of 2006 the SW-9586 super-multi recorder that
will support 16 x recording for DVD-RAM and DVD-R/+ R. Basic specifications of the drive are
illustrated below.
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The 16x recording for DVD-RAM was achieved by using a newly developed faster servo system, implementing the CAV writing method at 11,000 rpm as well as by using a new writing strategy.
Hitachi and Panasonic dropped the traditional multi-pulse write strategy, and implemented the "castle" strategy, which was also used when recording at high speeds with DVD+RW media. The new strategy, combined with the new phase-change materials used in the DVD-RAM media, would allow high-speed recording.
Maxell has developed the BCM (Bismuth Coupling Material) recording layer for 16x DVD-RAM that achieved a shorter writing time with high speed crystallization in high temperatures. High temperatures while recording at 16x are due to the use of a 300mW laser.
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The BCM material will also be adopted by the Blu-Ray media manufacturers. Hitachi Maxell will launch the new media within the year.
Hitachi LG also plans to begin shipping a 16x super-multi recorder in 2006.
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Model | Panasonic SW-9586 | |
Type | Half-height, tray loading | |
Interface | IDE | |
Write | Read | |
DVD-RAM | 16x (6-16x CAV) | 16x |
DVD-R | 16x | 16x |
DVD-R DL | 4x | 8x |
DVD-RW | 6x | 8x |
DVD+R | 16x | 16x |
DVD+R DL | 8x | 8x |
DVD+RW | 8x | 12x |
CD-R | 48x | 48x |
CD-RW | 32x | 40x |
CD-ROM | N/A | 48x |
DVD-ROM SL | N/A | 16x |
DVD-ROM DL | N/A | 8x |
The 16x recording for DVD-RAM was achieved by using a newly developed faster servo system, implementing the CAV writing method at 11,000 rpm as well as by using a new writing strategy.
Hitachi and Panasonic dropped the traditional multi-pulse write strategy, and implemented the "castle" strategy, which was also used when recording at high speeds with DVD+RW media. The new strategy, combined with the new phase-change materials used in the DVD-RAM media, would allow high-speed recording.
Maxell has developed the BCM (Bismuth Coupling Material) recording layer for 16x DVD-RAM that achieved a shorter writing time with high speed crystallization in high temperatures. High temperatures while recording at 16x are due to the use of a 300mW laser.
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The BCM material will also be adopted by the Blu-Ray media manufacturers. Hitachi Maxell will launch the new media within the year.
Hitachi LG also plans to begin shipping a 16x super-multi recorder in 2006.