BannerNet


Computers R Us

MAIN
Latest News
News Archive
Overclocking
Downloads
Advertising
Links
Contact Info
Message Board

HARDWARE
Reviews
Articles
Specs

SOFTWARE
Reviews
Previews
Articles
Tips and Tricks
Cheats

CLICK HERE TO VISIT THE TOP 1000!



Toshiba 32X CD-ROM 256kb ATAPI

Toshiba Introduces 32X-max Family of CD-ROM Drives; High-Performance Drives Available with SCSI-2 and ATAPI Interfaces

Burst Transfers for Fastest Data Transfer; Cache for Optimized Transfers To deliver maximum performance, the new drives support fast burst transfer rates. The XM-6202B supports a burst transfer rate in PIO mode 4 of 16.7Mbps. The XM-6201B and XM-6201F1 provide synchronous burst data transfer rates of 10Mbps. Data transfer is further optimized through a 256KB cache.

Drive Designed for Multimedia Applications

The XM-6200 Series of drives fully meet the demands of today's multimedia applications. The drives are MPC-3 compliant and support both multisession Photo CD and CD-EXTRA. The drives can also read CD-ROM XA, CD-DA, CD-I, CD-I Ready, CD-I Bridge, Video CD, CD-G, CD-RW, and CD-R disc formats.

Designed for User Convenience

The XM-6200 Series drives were designed with user convenience in mind. The drives include a tray-loading mechanism with a media-removal prevention function that ensures CDs cannot be ejected during read operations. Also, for integration and set-up flexibility, the drives may be mounted horizontally or vertically. Finally, for configuration with today's popular computer systems, the drives are Plug-and-Play compatible.

Dimensions, Weight and Operating Specifications

The new XM-6202B and XM-6201B internal drives measure 41.5mm x 146mm x 190mm [1.62in (h) x 5.69in (w) x 7.41in (d)] and weigh only 0.9kg [1.98 pounds]. The XM-6201F1 external drive measures 68.5mm x 246.38mm x 254mm [2.7in (h) x 9.7in (w) x 10in (d)] and weighs only 1.5kg [4.0 pounds]. The drives' power consumption is a low 0.5 watts standby and 6.9 watts average.


LinkExchange
LinkExchange Member


Back to top


 Copyright © 1998, Computers R Us. All rights reserved.