Add to ORKGRedwood is a new generation tape subsystem now under development at StorageTek using helical scan technology. This library based storage subsystem is designed for the high performance, deep archival market. The topics are presented in viewgraph form and include the following: subsystem overview, media standards, Redwood developed tape, D3 helical recording format, Redwood cartridge, host software for Redwood libraries, and market opportunities
Copies of nearly all of the technical papers and viewgraphs presented at the Goddard Conference on M...
Design of helical pack tape recorder transport capable of handling 2000 feet of 1/2 inch magnetic ta...
What data should be kept over the long term? How does one track digital provenance? Should we track ...
During the coming years, digital data storage technologies will continue an aggressive growth to sat...
A helical scan recording drive, with a high-speed rotating head sweeping across the tape every few m...
The demand that began a couple of years ago for increased data storage capacity continues. Periphera...
This paper discusses the technology developments achieved during the first year of a program to deve...
This paper addresses at a high level, the many individual technologies available today in the remova...
in tape storage automation at IBM In the mid-1980s, tape storage appeared to be heading toward the g...
A comprehensive overview of the different types of optical storage technology is presented. Research...
This document contains copies of those technical papers received in time for publication prior to th...
There are available today many data storage devices that serve the diverse application requirements ...
Features of the Rotary Storage System (RSS), developed by Metrum Information Storage, are presented ...
The Engineering Research Center in Data Storage Systems at Carnegie Mellon University in cooperation...
Over the last three decades, there has been a significant evolution in storage technologies supporti...
Copies of nearly all of the technical papers and viewgraphs presented at the Goddard Conference on M...
Design of helical pack tape recorder transport capable of handling 2000 feet of 1/2 inch magnetic ta...
What data should be kept over the long term? How does one track digital provenance? Should we track ...
During the coming years, digital data storage technologies will continue an aggressive growth to sat...
A helical scan recording drive, with a high-speed rotating head sweeping across the tape every few m...
The demand that began a couple of years ago for increased data storage capacity continues. Periphera...
This paper discusses the technology developments achieved during the first year of a program to deve...
This paper addresses at a high level, the many individual technologies available today in the remova...
in tape storage automation at IBM In the mid-1980s, tape storage appeared to be heading toward the g...
A comprehensive overview of the different types of optical storage technology is presented. Research...
This document contains copies of those technical papers received in time for publication prior to th...
There are available today many data storage devices that serve the diverse application requirements ...
Features of the Rotary Storage System (RSS), developed by Metrum Information Storage, are presented ...
The Engineering Research Center in Data Storage Systems at Carnegie Mellon University in cooperation...
Over the last three decades, there has been a significant evolution in storage technologies supporti...
Copies of nearly all of the technical papers and viewgraphs presented at the Goddard Conference on M...
Design of helical pack tape recorder transport capable of handling 2000 feet of 1/2 inch magnetic ta...
What data should be kept over the long term? How does one track digital provenance? Should we track ...