IEEE

April 28th Meeting: How Did Hard Disk Drive Track Widths Get That Small?

Time & Date:  6:30pm-9pm  April 28, 2015

Venue:  

Western Digital, 1710 Automation Parkway, San Jose, CA 95131
Directions and Map 

For questions related to the Western Digital venue, please contact: Gerardo.Bertero@wdc.com

Registration Required
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Abstract:

Hard disk drives are all about higher storage capacity and that means higher areal density. Areal density is the product of linear density (density of bits along the tracks) and track density (density of tracks on the disk surface). In this IEEE SV History committee panel session we will examine how hard disk drive track widths have been reduced over over the last 50 years,  while continuing to be the storage behemoths that we still use today.

Over the 50 years of HDD history various ways have been used to try and reduce the track width of the recorded information.  These have included: improved servo technology, creating patterned tracks on the media surface, shingling recorded tracks and general improvements in head and media technology over time.  The panelists will be able to talk about all of these technologies and how they were trying to reduce HDD track width, increase the track density, and provide higher capacity mass storage products.

 

Moderator:  Tom Coughlin, Coughlin Associates (formerly with Seagate Technology, Maxtor, Micropolis, Ampex, Syquest and other companies)
Panelists:
  • Chris Bajorek, formerly at IBM and Komag
  • Dick Oswald, long time consultant
  • Ed Grochowski, formerly at IBM
  • Bruce Gurney, formerly at IBM and HGST

Timeline (this meeting only):

6:30pm  Networking Reception —   Donation Requested for food/drinks

7:00pm  Chair’s Opening Remarks

7:05pm  Introduction of the Topic by Tom Coughlin

7:15pm-8:30pm  Panel Discussion

8:30pm-8:50pm  Audience Q &A

8:50pm-8:55pm  Appreciation and Adjournment