TLZ06 Cassette Tape Drive Owner's Manual
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LTO Tape Technology Care & Handling
LTO Tape Technology Care & Handling 1 LTO Tape Technology Overview 2 LTO Technology LTO (Linear Tape-Open) LTO Ultrium high-capacity Tape Drive Format developed by LTO Drive Technology Provider Companies (TPC) – IBM, HP and Quantum. ¾ LTO Ultrium Data Cartridge – Single-reel; High-capacity Tape ¾ Ten-generation Roadmap – 200 GB up to 120 TB with compression *Quantum acquired Certance (Seagate’s former Removable Storage Solutions Division) 12/2004. • Linear Tape-Open, LTO, the LTO logo, Ultrium, and the Ultrium logo are trademarks of HP, IBM and Quantum in the US and other countries. 3 LTO roadmap 4 LTO roadmap – Generations 3-10 5 LTO Ultrium Generations/Specifications LTO 1: introduced in 2000, 100/200 GB native/compressed capacity, 20/40 MB/s native compressed transfer rate LTO 2: introduced in 2002, 200/400 GB native/compressed capacity, 40/80 MB/s native/compressed transfer rate LTO 3: introduced in 2004, 400/800 GB native/compressed capacity, 80/160 MB/s native/compressed transfer rate LTO 4: introduced in 2007, 800/1600 GB native/compressed capacity, 120/240 MB/s native/compressed transfer rate LTO 5: introduced in 2010, 1.5/3.0 TB native/compressed capacity, 140/280 MB/s native/compressed transfer rate LTO 6: introduced in 2012, 2.5/6.25 TB native/compressed capacity, 160/400 MB/s native/compressed transfer rate LTO UCC (Universal Cleaning Cartridge): compatible with all 6 generations of LTO drives‐up to 50 cleanings per cartridge 6 Fujifilm LTO Ultrium Cartridge Color Unique shell color for each generation of Fujifilm LTO Ultrium -
IT Media Product Overview
storage IT Media Product Overview www.sonybiz.net/storage-media Magnetic Product Overview 2008 S-AIT Super Advanced Intelligent Tape • Ideal for automation solutions • Remote Memory In Cassette (R-MIC) • Excellent reliability requiring extraordinary capacities memory chip for extremely rapid data • SAIT-1 available in WORM version and high performance access • Tremendous storage capacity • High-speed data transfer rates SAP Packaging Short description Qty/SC** Qty/MC** UPC / EAN Material name name (pcs) (pcs) Code (piece) SAIT1500N SAIT1-500 S-AIT1, 1.3TB compressed* (500GB native), Remote-MIC 64Kbit 5 20 0 27242 64148 8 SAIT1500N-LABEL SAIT-1500 S-AIT1, 1.3TB compr.* (500GB native), R-MIC 64Kbit pre-labelled 5 20 0 27242 64148 8 S-AIT 1 SAIT1500W SAIT1-500W S-AIT1, 1.3TB compr.* (500GB native), R-MIC 64Kbit, WORM 5 20 0 27242 64444 1 SAIT1500W-LABEL SAIT1-500W S-AIT1, 1.3TB compr.* (500GB native), R-MIC 64Kbit, WORM pre-labelled 5 20 0 27242 64444 1 SAIT2800N SAIT2-800 S-AIT2, 2.0TB compressed* (800GB native), R-MIC 64Kbit 5 20 0 27242 69920 5 S-AIT2 SAIT1CL SAIT1-CL Cleaning cartridge for SAIT-1, provides approx. 50 cleaning cycles 5 20 0 27242 64158 7 SAIT1CLN-LABEL SAIT1-CL Cleaning cartridge for SAIT-1, provides approx. 50 cleaning cycles, pre-labelled 5 20 0 27242 64158 7 CLEANING SAIT2CL SAIT2-CL Cleaning cartridge for SAIT-2 drives, will provide approx. 50 cleaning cycles 5 20 0 27242 69982 3 AIT Advanced Intelligent Tape • Ideal for fast and reliable storage of • Extremely rapid data transfer rates of • Complete read / write compatibility -
Is Tape Backup Dead? We Expose the Common Myths and Rumors
Backup for the Rest of Us Is Tape Backup Dead? We Expose the Common Myths and Rumors. Trust NovaStor DataCenter for Fast, Reliable Data Security Introduction People have been proclaiming the death of magnetic tape for decades. There is a recurring tendency in some IT circles to declare backup to tape as obsolete or near death as ‘the cloud’ increasingly makes its way into the data centers of the world, as a backup destination. But even in these times of private cloud services, SAN snapshots, SSD’s, and cheap public cloud storage we shouldn't be too quick to lower the coffin. The rumors circulated by cloud service providers and disk vendors mighty have you believe that tape is slow, unreliable, or simply outdated. Perhaps you even have a personal experience, where a poorly implemented system was inherited or you got stuck using archaic backup software. Whatever the reasons, if you have preformed opinions, we ask that you temporarily suspend them as we tackle the most common misconceptions surrounding tape as a backup medium. Tape does not fit all situations and may not be the ultimate storage solution, but it may still have a few tricks up its sleeve when it comes to the long term retention and archival storage of your critical data. Today we tackle some of the most popular, and highly circulated myths about tape. Supported in the USA www.novastor.com 02 #1 Tape Is Dead Whoops, who said that? A global survey conducted by Kroll Ontrack in 2017 showed that while cloud storage use had doubled over the previous year, magnetic tape has also experienced an impressive boost in popularity. -
Secure Data Storage – White Paper Storage Technologies 2008
1 Secure Data Storage – White Paper Storage Technologies 2008 Secure Data Storage - An overview of storage technology - Long time archiving from extensive data supplies requires more then only big storage capacity to be economical. Different requirements need different solutions! A technology comparison repays. Author: Dr. Klaus Engelhardt Dr. K. Engelhardt 2 Secure Data Storage – White Paper Storage Technologies 2008 Secure Data Storage - An overview of storage technology - Author: Dr. Klaus Engelhardt Audit-compliant storage of large amounts of data is a key task in the modern business world. It is a mistake to see this task merely as a matter of storage technology. Instead, companies must take account of essential strategic and economic parameters as well as legal regulations. Often one single technology alone is not sufficient to cover all needs. Thus storage management is seldom a question of one solution verses another, but a combination of solutions to achieve the best possible result. This can frequently be seen in the overly narrow emphasis in many projects on hard disk-based solutions, an approach that is heavily promoted in advertising, and one that imprudently neglects the considerable application benefits of optical storage media (as well as those of tape-based solutions). This overly simplistic perspective has caused many professional users, particularly in the field of long-term archiving, to encounter unnecessary technical difficulties and economic consequences. Even a simple energy efficiency analysis would provide many users with helpful insights. Within the ongoing energy debate there is a simple truth: it is one thing to talk about ‘green IT’, but finding and implementing a solution is a completely different matter. -
Dell Digital Data Storage/Digital Audio Tape Media Handbook (DDS/DAT)
DellTM Digital Data Storage/Digital Audio Tape Media Handbook (DDS/DAT) Version 1.0 Last Modified 08/17/05 Information in this document is subject to change without notice. © 2005 Dell Inc. All rights reserved. Reproduction in any manner whatsoever without the written permission of Dell Inc. is strictly forbidden. Trademarks used in this text: Dell, the DELL logo, PowerEdge, and PowerVault are trademarks of Dell Inc.; Microsoft and Windows are registered trademarks of Microsoft Corporation. Other trademarks and trade names may be used in this document to refer to either the entities claiming the marks and names or their products. Dell Inc. disclaims any proprietary interest in trademarks and trade names other than its own. 1 Introduction...............................................................................................5 2 Dell PowerVault DDS/DAT Drives and Media .........................................6 2.1 Drive Types and Basic Characteristics – DDS/DAT Drives...................................................... 6 2.2 Media types used in Dell PowerVault DDS/DAT drives........................................................... 7 2.3 Media Color Schemes and description ....................................................................................... 8 2.4 Invalid Media Symptoms............................................................................................................ 8 2.5 Migrating DDS/DAT media ...................................................................................................... -
Information Storage and Spintronics 03
Information Storage and Spintronics 03 Atsufumi Hirohata Department of Electronic Engineering 13:30 Monday, 12/October/2020 (B/B 006 & online) & 12:00 Thursday, 15/October/2020 (online) Quick Review over the Last Lecture Logical conjunctions : Notations : Venn diagrams : Logic circuits : • AND • Ā A B • OR • A¯B • NOT • A↑B • NAND • A∧B A B • NOR • A⊕B • XOR • A∨B A B A B A Ā A B 03 Magnetic Tape Storage • Advantages • Development • Linear recording • Helical recording • 1 / 2 reel • Linear tape open Access Patterns to a Hard Disk Drive Research on access patterns on network attached storages (NAS) : * * http://www.oracle.com/ Origins of Data Loss Information storage is required : * * http://www.oracle.com/ Why Tape Storage ? Magnetic tape media : * -times-more data are stored as compared with a hard disk drives (HDD). Almost EB data are stored in tape media ® Almost tapes ! Tapes * http://home.jeita.or.jp/ Data Transfer Speed Magnetic tape media : * Without compression, MB / sec. ( GB / h). Almost comparable with a HDD HDD Tapes Optical disks * http://home.jeita.or.jp/ Where are Magnetic Storages Used ? World-wide enterprise disk storage consumption : * * http://home.jeita.or.jp/ Energy Consumption Energy costs : * Tape media : LTO-5 without compression Initial 3 PB data + 45 % annual increase for 12 years ® Total cost of ownership (TCO) : 1/ of HDD ® Energy cost : 1/ of HDD * http://home.jeita.or.jp/ First Magnetic Tape Drive In 1951, Remington Rand introduced the first tape drive for a computer : * UNIVAC (Universal automatic computer) I uses a tape drive, UNISERVO. • ½-inch wide tape • Nickel-plated phosphor bronze (Vicalloy) • 1,200 feet long • 8 channels ( for data, for parity and for timing) • inch / sec. -
Magnetic Tape Controller Dec Pdp-11 Compatible
Illll MODEL DU120 MAGNETIC TAPE CONTROLLER DEC PDP-11 COMPATIBLE FEATURES DESCRIPTION • Interfaces DEC PDP-11 based computers with up The Distributed Logic Corporation (DILOG) Model to 4 industry standard reel to reel magnetic tape DU120 Magnetic Tape Controller couples up to 4 drives. industry standard reel to reel magnetic tape drives to the UNIBUS of all Digital Equipment Corporation • Entire controller on one quad printed circuit module that plugs into any DEC PDP-11 small (DEC) PDP-11 based computers. The controller is peripheral controller (SPC) slot. completely contained on one quad printed circuit module that plugs into a single small peripheral • No external chassis, special wiring, or power controller (SPC) slot in any PDP-11 system back supplies required. plane. The basic controller emUlates the DEC TM11 • Emulates DEC TM11 controller. unit and operates with DEC PDP-11 based software including the RT-11 , RSX-11 , RSTS, lAS and • DEC RT-11, RSX-11, RSTS, lAS and MUMPS soft MUMPS operating systems. Several additional con ware compabitility. troller features, including an automatic self-test • Switch selectable DEC or IBM byte order for mode, are standard. matting. A complete tape storage subsystem is comprised of • Handles 7 and 9 track NRZI Industry standard a single Model DU120 quad printed circuit module, drives to 112.5 ips in mixed track configurations. a tape drive and interconnecting ribbon cable. No • Built-In high speed microprocessor. specially wired connectors, additional chassis or power supplies are required. The single quad • FIFO buffer for DMA latency. printed circuit module contains all necessary tape • Automatic self-test feature. -
TC-151 Tape Controller Hardware Manual 91000497A August, 1981
( western peripherals TM Division of 14321 New Myford Road • Tustin, California 92680 • (714) 730-6250 • TWX: 910 595-1775 • Cable: WESPER MODEL TC-151 TAPE CONTROLLER HARDWARE MANUAL PUBLICATION NUMBER 91000497 A western peripherals 14321 MYFORD ROAD TUSTIN) CALIFORNIA 92680 © 1981 by Westem Peripherals, Inc. All Rights Reserved PRINTED IN U.S.A. AUGUST, 1981 PREFACE This manual provides information necessary for the installa tion and maintenance of the Western Peripherals Model TC-151 Tape Controller used with DEC LSI-11 computers. The manual is divided into the following sections: Section I General Description Section II Installation Section III Programming Section IV Tape Interface Section V Computer Interface Section VI Theory of Operation Section VII Firmware Section VIII Maintenance Appendix A Signal Glossary ii OTHER PUBLICATIONS 91000505 Western Peripherals Model TC-151 Tape Controller Logic Manual 91000448 Western Peripherals DEC-Compatible Diagnostic Manual iii SECTION I GENERAL DESCRIPTION TABLE OF CONTENTS PARA- GRAPH PAGE 1.1 DESCRIPTION OF EQUIPMENT 1-1 1. 3 DRIVE COMPATIBILITY 1-1 1. 6 OTHER FEATURES 1-2 1.10 SPECIFICATIONS 1-3 SECTION I GENERAL DESCRIPTION 1.1 DESCRIPTION OF EQUIPMENT 1.2 The Western Peripherals Model TC-151 is a magnetic tape controller/formatter which is hardware and software compatible with the DEC LSI-11 family of computer systems, providing both NRZI and phase encoded (PE) format capability on an embedded controller. Mounted in a standard, unmodified Q-SPC slot in a standard backplane system unit, the NRZI version of the con- • troller consists of a single quad-wide board and contains a microprocessor plus all interface, control status, and format ting electronics to emulate the TM-ll/TU-10 tape subsystem. -
The Future of Data Storage Technologies
International Technology Research Institute World Technology (WTEC) Division WTEC Panel Report on The Future of Data Storage Technologies Sadik C. Esener (Panel Co-Chair) Mark H. Kryder (Panel Co-Chair) William D. Doyle Marvin Keshner Masud Mansuripur David A. Thompson June 1999 International Technology Research Institute R.D. Shelton, Director Geoffrey M. Holdridge, WTEC Division Director and ITRI Series Editor 4501 North Charles Street Baltimore, Maryland 21210-2699 WTEC Panel on the Future of Data Storage Technologies Sponsored by the National Science Foundation, Defense Advanced Research Projects Agency and National Institute of Standards and Technology of the United States government. Dr. Sadik C. Esener (Co-Chair) Dr. Marvin Keshner Dr. David A. Thompson Prof. of Electrical and Computer Director, Information Storage IBM Fellow Engineering & Material Sciences Laboratory Research Division Dept. of Electrical & Computer Hewlett-Packard Laboratories International Business Machines Engineering 1501 Page Mill Road Corporation University of California, San Diego Palo Alto, CA 94304-1126 Almaden Research Center 9500 Gilman Drive Mail Stop K01/802 La Jolla, CA 92093-0407 Dr. Masud Mansuripur 650 Harry Road Optical Science Center San Jose, CA 95120-6099 Dr. Mark H. Kryder (Co-Chair) University of Arizona Director, Data Storage Systems Center Tucson, AZ 85721 Carnegie Mellon University Roberts Engineering Hall, Rm. 348 Pittsburgh, PA 15213-3890 Dr. William D. Doyle Director, MINT Center University of Alabama Box 870209 Tuscaloosa, AL 35487-0209 INTERNATIONAL TECHNOLOGY RESEARCH INSTITUTE World Technology (WTEC) Division WTEC at Loyola College (previously known as the Japanese Technology Evaluation Center, JTEC) provides assessments of foreign research and development in selected technologies under a cooperative agreement with the National Science Foundation (NSF). -
The Future of DNA Data Storage the Future of DNA Data Storage
The Future of DNA Data Storage The Future of DNA Data Storage September 2018 A POTOMAC INSTITUTE FOR POLICY STUDIES REPORT AC INST M IT O U T B T The Future O E P F O G S R IE of DNA P D O U Data LICY ST Storage September 2018 NOTICE: This report is a product of the Potomac Institute for Policy Studies. The conclusions of this report are our own, and do not necessarily represent the views of our sponsors or participants. Many thanks to the Potomac Institute staff and experts who reviewed and provided comments on this report. © 2018 Potomac Institute for Policy Studies Cover image: Alex Taliesen POTOMAC INSTITUTE FOR POLICY STUDIES 901 North Stuart St., Suite 1200 | Arlington, VA 22203 | 703-525-0770 | www.potomacinstitute.org CONTENTS EXECUTIVE SUMMARY 4 Findings 5 BACKGROUND 7 Data Storage Crisis 7 DNA as a Data Storage Medium 9 Advantages 10 History 11 CURRENT STATE OF DNA DATA STORAGE 13 Technology of DNA Data Storage 13 Writing Data to DNA 13 Reading Data from DNA 18 Key Players in DNA Data Storage 20 Academia 20 Research Consortium 21 Industry 21 Start-ups 21 Government 22 FORECAST OF DNA DATA STORAGE 23 DNA Synthesis Cost Forecast 23 Forecast for DNA Data Storage Tech Advancement 28 Increasing Data Storage Density in DNA 29 Advanced Coding Schemes 29 DNA Sequencing Methods 30 DNA Data Retrieval 31 CONCLUSIONS 32 ENDNOTES 33 Executive Summary The demand for digital data storage is currently has been developed to support applications in outpacing the world’s storage capabilities, and the life sciences industry and not for data storage the gap is widening as the amount of digital purposes. -
LTO SAS, SCSI and Fibre Channel Tape Drives
Copyright © Copyright 2010 Tandberg Data Corporation. All rights reserved. This item and the information contained herein are the property of Tandberg Data Corporation. No part of this document may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language or computer language in any form or by any means, electronic, mechanical, magnetic, optical, chemical, manual, or otherwise, without the express written permission of Tandberg Data Corporation, 2108 55th Street, Boulder, Colorado 80301. DISCLAIMER: Tandberg Data Corporation makes no representation or warranties with respect to the contents of this document and specifically disclaims any implied warranties of merchantability or fitness for any particular purpose. Further, Tandberg Data Corporation reserves the right to revise this publication without obligation of Tandberg Data Corporation to notify any person or organization of such revision or changes. TRADEMARK NOTICES: Tandberg Data Corporation trademarks: Tandberg Data, Exabyte, the Exabyte Logo, EZ17, M2, SmartClean, VXA, and VXAtape are registered trademarks; MammothTape is a trademark; SupportSuite is a service mark. Other trademarks: Linear Tape-Open, LTO, the LTO Logo, Ultrium and the Ultrium Logo are trademarks of HP, IBM, and Quantum in the US and other countries. All other product names are trademarks or registered trademarks of their respective owners. Note: The most current information about this product is available at Tandberg Data’s web site (http:// www.tandbergdata.com). -
TSZ07 Tape Drive Technical Manual
TSZ07 Tape Drive d i g i t a l Technical Manual Order Number: EK–TSZ07–TM–003 TSZ07 Tape Drive Technical Manual Order Number: EK–TSZ07–TM–003 Prepared by Information Consulting and Design Digital Equipment Corporation • Merrimack, NH 03054 October 1992 The information in this document is subject to change without notice and should not be construed as a commitment by Digital Equipment Corporation. Digital Equipment Corporation assumes no responsibility for any errors that may appear in this document. No responsibility is assumed for the use or reliability of software on equipment that is not supplied by Digital Equipment Corporation or its affiliated companies. Restricted Rights: Use, duplication, or disclosure by the U.S. Government is subject to restrictions set forth in subparagraph (c)(1)(ii) of the Rights in Technical Data and Computer Software clause at DFARS 252.227-7013. Copyright ©Digital Equipment Corporation 1992 All Rights Reserved. Printed in U.S.A. CDA, DECUS, DDIF, DEC, DECimage, DECwindows, PDP, ThinWire, VAX, VMS, UNIBUS, and the DIGITAL logo are trademarks of Digital Equipment Corporation. Lubriplate® is a registered trademark of Fiske Brothers Refining Co. Loctite® is a registered trademark of Loctite Corporation. This document was prepared using VAX DOCUMENT, Version 2.1. Contents Preface xi Chapter 1 Introduction 1.1 General Description . .................................................1–1 1.2 Physical Description . .................................................1–4 1.2.1 Front View . .................................................1–5 1.2.2 Rear View . .................................................1–6 1.2.3 Top View of Deck Plate . ........................................1–7 1.2.4 Bottom View of Deck Plate ........................................1–8 1.2.5 Major Circuit Board Assemblies ....................................1–9 1.3 Functional Description .