To: Z Analyzer who wrote (890 ) 6/3/1999 7:23:00 PM From: LK2 Respond to of 1989
RE--Confusing Press Release. SEG issues corrected release. For Personal Use Only >>>>>>>>>>>>>>>>>>>>biz.yahoo.com Thursday June 3, 6:55 pm Eastern Time Company Press Release SOURCE: Seagate Technology, Inc. Correction -- Seagate Technology, Inc. (NYSE: SEG) In SFMW03, Seagate Breaks Another Technology Record: Demonstrates 105,000 Track-Per-Inch Recording Density, moved Wednesday, June 2, we are advised by the company of changes throughout the release. Complete, corrected release follows: Seagate Breaks Another Technology Record: Demonstrates 105,000 Track-per-Inch Recording Density Latest Achievement Offers Eight Times Greater Recording Density Than Hard Disc Drives Shipping Today - the Potential Equivalent of 25 Gbits/Square Inch SCOTTS VALLEY, Calif., June 2 /PRNewswire/ -- Seagate Technology, Inc. (NYSE: SEG - news) today achieved another breakthrough in storage technology by demonstrating the ability to record 105,000 concentric tracks of data on a disc within the space of an inch (2.54 cm), enabled by a high-speed, two-stage head positioning system. This unprecedented track density is the equivalent of writing 420 rows of text in the thickness of a sheet of paper and represents an eight-fold increase compared to the storage track density of conventional hard disc drives shipping today. Track density is a key metric in determining the storage capacity of a disc drive. ''The breakthrough demonstrated by Seagate is very significant and promises to have a dramatic impact on the future face of storage technology,'' said Tom Porter, Seagate's chief technical officer. ''With the 105,000 track-per-inch capability shown in this technology demonstration, it would be possible to record 36 gigabytes on a single, two-sided disc, or an equivalent of 25 Gbits/square inch, if applied to conventional drive technology.'' Seagate's Optically Assisted Winchester (OAW) architecture provides a number of key technologies that afford several different solutions to the upcoming challenges in increasing the storage capacity of disc drives. Key components of the demonstration included a fibre-directed laser beam, a micro-positioning mirror integrated onto a hybrid opto-magnetic recording head, a micro-focusing lens, and a patterned polycarbonate plastic disc. A position error of only 1.2 microinches was measured. This is sufficiently accurate to provide a track density of 105,000 tracks-per-inch. SOURCE: Seagate Technology, Inc. Copyright © 1999 PRNewswire. <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<