Freecom SDX-560V/P, SDX-560V/RP Product Specification Manual

SDX-560V/P
SDX-560V/RP

5.25”Model

Product Specification Manual
Version 1.0

Dec. 2004

Copyright © 2004, Sony Corporation.
All right reserved.

NOTE:

This Product Specification Manual is applicable for AIT-2 Turbo ATAPI I/F drive.

Notice

This document contains proprietary information which is protected by copyright. All rights reserved. No part of this
document may be photocopied, reproduced or translated to another language without prior written consent of
Sony. The information contained in this document is subject to change without notice.

SONY MAKES NO WARRANTY OF ANY KIND WITH REGARD TO THIS DOCUMENT. Sony shall not be liable
for errors contained herein, or indirect, special, incidental or consequential damages in connection with the
furnishing, performance, or use of this document.

© Copyright 2004, by Sony Corporation

For further information , please contact the appropriate Sony location listed below;

Sony Corporation
Electronic Devices Marketing Group
Tape Streamer Marketing Section

Gate City Osaki West Tower
Osaki East Tec.
1-11-1 Osaki Shinagawa-ku, Tokyo, 141-0032 Japan
TEL: [phone] FAX: [phone]

Sony Electronics Inc.

3300 Zanker Road, San Jose, California 95134,
U.S.A.
TEL: [phone] FAX: [phone]
TLX: 171331 SJESONY

Sony Europe Semiconductor &
Electronic Solutions

The Heights, Blookland, Weybridge, Surrey KT13
OXW
TEL: [phone] FAX: [phone]

Sony of Canada Ltd.
Communications & Information Systems Group
Storage Marketing

115 Gordon Baker Road
Toronto, Ontario M2H 3R6
TEL: [phone] FAX: [phone]

Sony Electronics Singapore Pte Ltd
Electronic Devices Marketing (Singapore)
Computer Peripherals Division Enterprise
Storage Solutions Department

2 International Business Park #01-10
Tower One The Strategy Singapore 609930
TEL: [phone] FAX: [phone]

Sony Korea Corporation.

34F, ASEM Tower, World Trade Center, 159-1
Samsung-Dong, Kangnam-Ku, Seoul, 135-798 Korea
TEL: [phone]

Sony Taiwan Limited, ODS Dept. DS Sect.

5F, 145 Changchun Road, Taipei 104, Taiwan
TEL: [phone] FAX: [phone]

Sony Corp. of Hong Kong Ltd. Beijing Rep. Office
Electronic Device Marketing Hong Kong, Computer
Peripheral Division

Tower A, 11/F Full Link Plaza, No.18
Chaoyangmenwai Ave., Beijing, 100020 P.R.C.
TEL: [phone] FAX: [phone]

Sony Recording Media & Energy Latin America
Storage Drive Group

5201 Blue Lagoon Drive Suite 390
Miami, FL 33126, U.S.A.
TEL: [phone] FAX: [phone]

Sony Brasil Ltda.
Informatica Division

Rua Inocencio Tobias, 125-Bloco A 01144-000
Sao Paulo, SP Brazil
TEL: [phone] FAX: [phone]

Changing List

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SDX-560V Series Ver. 1.0 DECEMBER, 2004 (RELEASE)

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Table of Contents

1. Introducin 1-1

1.1. About This Product Specification Manual 1-1

1.2. Introducing the Sony AIT Technology 1-1

1.3. Features of the Drive 1-1

1.4. Reference 1-2

1.4.1. How to get ECMA-222, 246, 291, 292 Standard Document 1-2

2. Specifications 2-1

2.1. Specifications 2-1

2.1.1. Dimensions 2-1

2.1.1.1. Mounting Holes 2-2

2.1.2. Weight 2-4

2.1.3. Connectors 2-4

2.1.3.1. IDE Cables 2-4

2.2. Environmental Specifications 2-4

2.2.1. Temperature and Humidity Range 2-4

2.2.2. Altitude 2-4

2.2.3. Suspended Particulate 2-5

2.2.4. Vibration 2-5

2.2.5. Shock 2-5

2.2.6. Acoustic Noise 2-5

2.2.7. ESD 2-5

2.2.8. EMI 2-5

2.2.9. Orientation 2-6

2.3. Performance Specification 2-6

2.3.1. Data Capacity 2-7

2.3.2. Data transfer Rate 2-7

2.3.2.1. Sustained Data Transfer Rate to and from Tape 2-7

2.3.2.2. Burst Transfer Rate to and from the IDE Bus 2-7

2.3.3. Initialize Time 2-7

2.3.4. Load Time 2-8

2.3.5. Unload Time 2-8

2.3.6. Search Time 2-8

2.3.7. Rewind Time 2-8

2.3.8. Error Rate 2-8

2.3.9. Retry Limits on Rewrites 2-8

2.3.10. Definition of Failure 2-8

2.3.11. Mean Time Between Failures 2-9

2.3.12. Mean Time to Repair 2-9

2.3.13. Component Life 2-9

2.3.14. Durability 2-9

2.4. Safety 2-9

2.4.1. Conditions of Acceptability 2-9

2.5. Installation Requirements 2-9

2.5.1. Power Requirements 2-10

2.6. Data Compression 2-10

3. Installation 3-1

3.1. Installation Guide 3-1

3.1.1. Data Compression ON Switch 3-2

3.1.2. Power Connector 3-2

3.1.3. IDE Interface Connector 3-2

3.1.4. Jumper Connector 3-3

3.1.5. Attaching and Removing the Dust Cover 3-4

3.1.5.1. Attaching the Dust Cover 3-4

3.1.5.2. Removing the Dust Cover 3-5

SDX-560V series Ver.1.0 Table of Contents

4. Operation 4-1

4.1. Summary of LED Indications 4-1

4.2. Operator Action 4-2

4.2.1. Powering Up the SDX-560V 4-2

4.2.2. Inserting Cassettes 4-2

4.2.3. Removing Cassettes 4-2

4.2.4. Hard Reset Hole 4-2

4.2.5. Write-Protecting Cassettes 4-3

4.3. Internal Function 4-3

4.3.1. The Load Sequence (Effective for SDX-T3N, TAITE-20N,TAIT-40N and TAIT2-80N) Refer to

14.2.1 Fast Media Load/Unload (Effective for SDX1-25C, SDX1-35C, TAIT-40C and
TAIT2-80C MIC cassette) 4-3

4.3.2. The Unload Sequence (Effective for SDX-T3N, TAITE-20N, TAIT1-40N and TAIT2-80N)
Refer to 14.2.1 Fast Media Load/Unload (Effective for SDX1-25C, SDX1-35C, TAIT1-40C
and TAIT2-80C MIC cassette) 4-3

4.3.3. Power-Fail Handling 4-4

4.3.4. Diagnostic and Normal Status Displays 4-4

4.3.4.1. Diagnostic Status Display 4-4

4.3.4.2. Normal Status Display 4-5

4.4. Tape Format 4-5

4.4.1. Tape Partitions 4-5

4.4.1.1. Formatting Partitions 4-5

4.5. Maintenance, Troubleshooting and Service 4-6

4.5.1. Head Cleaning 4-6

4.5.1.1. Message When Cleaning Cassette is Necessary 4-6

4.5.1.2. The Condition of Cleaning Request 4-6

4.5.1.3. Usage of Cleaning Cassette 4-6

4.5.2. Troubleshooting Guide 4-6

4.5.2.1. Operational Problems 4-7

4.5.2.2. Read/Write Problems 4-9

4.5.2.3. Replace Tape 4-9

4.5.2.4. Media Warning 4-9

4.5.3. Clearance for Service 4-9

4.5.4. Packaging for Return to Sony 4-9

5. ATA/ATAPI Interface 5-1

5.1. Introduction 5-1

5.2. Overview of Interface 5-1

5.2.1. Device Registers 5-2

5.2.2. Interrupts 5-4

6. ATA COMMAND Specification 6-1

6.1. Check Power Mode (E5h) 6-2

6.2. Device Reset (08h) 6-4

6.3. Execute Device Diagnostics (90h) 6-5

6.4. Identify Device (ECh) 6-7

6.5. Identify Packet Device (A1h) 6-8

6.6. Idle Immediate (E1h) 6-16

6.7. NOP (00h) 6-18

6.8. Packet (A0h) 6-19

6.9. Read Sectors (20h) 6-23

6.10. Set Features (EFh) 6-24

6.11. Sleep (E6h) 6-26

6.12. Standby Immediate (E0h) 6-28

SDX-560V series Ver.1.0 Table of Contents

7. ATAPI Packet Command Specification 7-1

7.1. ERASE 19h 7-2

7.2. INQUIRY 12h 7-3

7.3. LOAD/UNLOAD 1Bh 7-7

7.4. LOCATE 2Bh 7-8

7.5. LOG SELECT 4Ch 7-9

7.6. LOG SENSE 4Dh 7-11

7.6.1. The Log Page Descriptor 7-12

7.6.2. The Log Parameter Descriptor 7-13

7.6.3. Supported Pages 7-14

7.6.4. Write and Read Error Counter Pages Code 02h & 03h 7-14

7.6.5. Last N Error Events List Page Code 07h 7-15

7.6.6. Tape Log Page (Sony Unique) Page Code 30h 7-15

7.6.7. Tape Capacity Log Page 7-17

7.6.8. Drive Usage Log Page (Sony Unique) Code 33h 7-18

7.6.9. Read and Write Frame Error Counter Page Codes 34h, 35h 7-19

7.6.10. Data Compression Transfer Log Page Code 39h 7-20

7.6.11. AIT Log Page Code 3Ch 7-21

7.7. MODE SELECT 15h 7-23

7.8. MODE SENSE 1Ah 7-25

7.8.1. Disconnect-Reconnect Page 02h 7-27

7.8.2. Data Compression Control Page 0Fh 7-27

7.8.3. Device Configuration Page 10h 7-29

7.8.4. Medium Partition Page 11h 7-31

7.8.5. Medium Partition Page 11h (for multi-partitioned tapes) 7-33

7.8.6. Informational Exceptions Control Page 1Ch 7-35

7.8.7. AIT Device Configuration Page 31h 7-36

7.8.8. Append Partition Page 32h 7-37

7.8.9. Delete Partition Page 33h 7-38

7.8.10. Capabilities and Mechanical Status Page 2Ah 7-39

7.9. PREVENT/ALLOW MEDIUM REMOVAL 1Eh 7-41

7.10. READ 08h 7-42

7.11. READ BLOCK LIMITS 05h 7-44

7.12. READ BUFFER 3Ch 7-45

7.13. READ POSITION 34h 7-47

7.14. RECEIVE DIAGNOSTIC RESULTS 1Ch 7-49

7.15. RELEASE UNIT 17h 7-51

7.16. REQUEST BLOCK ADDRESS 02h 7-52

7.17. REQUEST SENSE 03h 7-53

7.18. RESERVE UNIT 16h 7-59

7.19. REWIND 01h 7-60

7.20. SEND DIAGNOSTIC 1Dh 7-61

7.21. SPACE 11h 7-63

7.22. TEST UNIT READY 00h 7-66

7.23. VERIFY 13h 7-67

7.24. WRITE 0Ah 7-69

7.25. WRITE BUFFER 3Bh 7-70

7.26. WRITE FILEMARK 10h 7-72

8. Drive Diagnostics 8-1

8.1. Overview 8-1

8.2. Diagnostic Test 8-1

8.2.1. Power-on Self Test 8-1

8.2.2. SEND DIAGNOSTIC Command-Self Test 8-2

8.2.3. SEND DIAGNOSTIC Command-Individual Test 8-2

8.2.4. Diagnostic Test Number Summary 8-3

8.2.5. RECEIVE DIAGNOSTIC RESULT Command 8-4

8.2.6. Diagnostics Results Reference 8-6

8.2.7. Diagnostic Tests Requiring Additional Parameters 8-7

SDX-560V series Ver.1.0 Table of Contents

9. APPENDIX A: ASC & ASCQ Alphabetic Order 9-1

10. APPENDIX B: ASC & ASCQ Numeric Order 10-1

11. APPENDIX C: ATA Commands (Op Code Order) 11-1

12. APPENDIX D: ATAPI Commands (Op Code Order) 12-1

13. APPENDIX E: ASC & ASCQ for AIT (Sony Unique) 13-1

SDX-560V series Ver.1.0 Table of Contents

1. Introduction

1. Introduction

1.1. About this Product Specification Manual

This Product Specification Manual is applicable for AIT-2 Turbo drive.
This manual provides information about the Sony SDX-560V series Advanced Intelligent Tape Drives which is

necessary to integrate the drives into OEM products. This manual describes the specifications, ATA/ATAPI
Interface, diagnostics, operation and installation of the Sony SDX-560V Drives.

The Sony SDX-560V drive uses data compression to achieve high capacity and high transfer rates. Actual capacity
and transfer rate depends on the source file type. The capacity ratings listed in the next subsection are based on a
186 meter tape AIT-2 Turbo cassette. The Sony SDX-560V drive is a high capacity data storage device using
Advanced intelligent tape (AIT) technology. The Sony SDX-560V drive achieves high data integrity through
read-after-write, an additional level of Error Correction Code, and other features.

The Sony SDX-560V drives provide MIC technology that automatically enhance reliability and performance. The
Sony SDX-560V drives provide read and write capability for MIC user data area.

1.2. Introducing the Sony AIT Technology

While magnetic storage technologies continue to push the envelope of recording density and provide higher
capacities and transfer rates every 18 to 24 months, improvements in time to access this data have become very
limited. Since 1990, tape recording densities have increased up to ten fold, while the time to access this data has
increased less than two fold, creating a large mismatch between the amount of stored data and the ability to access
it.

This large “gap” between data access latency and areal density has created a dilemma in application development
and limited the potential to implement truly cost-effective tertiary storage solutions. Many applications compensated
for this deficiency by incorporating multiple redundant tape drives, at higher cost, to achieve an acceptable level of
service for their users. Sony’s new Advanced Intelligent Tape design has recognized this need and provided an
innovative approach to solving the data latency problem while increasing capacity and data transfer rates.

Traditional, older tape technologies relied mostly on conventional mechanical means, such as faster search speeds
or an on-tape index to improve access to stored data. While improvements in electronics and magnetics have been
the main enablers of increased capacity and transfer rates, rarely have these same technologies been employed to
significantly improve access to data.

Sony’s Advanced Intelligent Tape (AIT) architecture has deviated from conventional designs and employed
electronic enhancements to significantly improve access to stored data, using a captive, non-volatile memory chip
contained within the magnetic data cartridge. Known as Memory-In-Cassette, or MIC, this memory chip provides a
direct and immediate connection to the tape drive’s on-board processors to enable quick media load, fast access to
user files and provide a wealth of data about the history and current state of the data cartridge.

1.3. Features of the Drive

Major features of the Sony SDX-560V include:

• Capacity
20 Gbyte typical when using 98 meter tape AIT-E Turbo cassette (TAITE-20N)

-52 Gbyte with 2.6:1 data compression ratio.

25 Gbyte typical when using 170 meter tape AIT-1 cassette (SDX1-25C)

-65 Gbyte with 2.6:1 data compression ratio.

35 Gbyte typical when using 230 meter tape AIT-1 cassette (SDX1-35C)

-91Gbyte with 2.6:1 data compression ratio.

40 Gbyte typical when using 186 meter tape AIT-1 Turbo cassette (TAIT1-40N or TAIT1-40C)

-104 Gbyte with 2.6:1 data compression ratio.

36 Gbyte typical when using 170 meter tape AIT-2 cassette (SDX2-36C)

-93 Gbyte with 2.6:1 data compression ratio.

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

1-1

1. Introduction

50 Gbyte typical when using 230 meter tape AIT-2 cassette (SDX2-50C)

-130 Gbyte with 2.6:1 data compression ratio.

80 Gbyte typical when using 186 meter tape AIT-2 Turbo cassette (TAIT2-80N or TAIT2-80C)

-208 Gbyte with 2.6:1 data compression ratio.

• Sustained transfer rate-12Mbyte/sec when using AIT-E Turbo, AIT-1 Turbo, AIT-2, AIT-2 Turbo cassette.

• Sustained transfer rate-8Mbyte/sec when using AIT-1 cassette.

• Supported Format: AIT-E Turbo, AIT-1, AIT-1 Turbo, AIT-2 and AIT-2 Turbo.

• Not compatible with the DDS and EXABYTE format tapes

• Burst transfer rate

100 Mbyte/sec Ultra DMA (mode 5)

• Large 12 MB Buffer Memory

• 3.5” Standard Height, 5.25” Half Height

• ATA/ATAPI-6 Interface

• Supports Variable or Fixed record length

• Read After Write (RAW) On and Off capability

• Read Retry On and Off capability

• Frame rewrite function

• Three levels of Error Correction Code (ECC)

• High Speed search (120 times nominal Read/Write speed)

• Random read, Append write

• MIC Support (Automatic reliability and performance enhancement.)

• MIC Support (Read and write capability for MIC user data area.)

1.4. Reference

Please refer to the following documents for additional information:

• Information Technology-AT Attachment with Packet Interface-6 (ATA/ATAPI-6) ANSI INCITS 361-2002

• ALDC-Adaptive Loss less Data Compression (ALDC) Algorithm;

ECMA-222, available through

• 8 mm Wide Magnetic Tape Cartridge for Information Interchange-Helical Scan Recording-AIT-1 Format;

ECMA-246, available through ECMA.

• 8 mm Wide Magnetic Tape Cartridge for Information Interchange-Helical Scan Recording-AIT-1 with MIC

Format; ECMA-291, available through ECMA.

• 8 mm Wide Magnetic Tape Cartridge for Information Interchange-Helical Scan Recording-AIT-2 with MIC

Format; ECMA-292, available through ECMA.

1

ECMA.

1.4.1. How to get ECMA-222, 246, 291, 292 Standard Document

You can get these ECMA Standard Document file from the following URL.
http://www.ecma-international.org/publications/standards/standard.html

1

ECMA (European Computer Manufacturers Association)

1-2

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2. Specification

2. Specifications

Physical, environmental and performance specifications for the SDX-560V/P and SDX-560V/RP.

2.1. Specifications

2.1.1. Dimensions

The SDX-560V/P

Height 41.2 mm (1.62 in) ± 0.5 mm (0.02 in)

Width 101.6 mm (4.00 in) ± 0.5 mm (0.02 in)
Depth 155.0 mm (6.10 in) ± 0.5 mm (0.02 in)

The SDX-560V/RP

Height 41.2 mm (1.62 in) ± 0.5 mm (0.02 in)

Width 146.0 mm (5.75 in) ± 0.5 mm (0.02 in)
Depth 155.0 mm (6.10 in) ± 0.5 mm (0.02 in)

Note: The above dimensions do not include the front panel thickness, eject button and IDE connector.

Height 41.2 0.5mm
[1.62" 0.02"]

_

+

_

+

Width 101.6 0.5mm

_

+

[4.00" 0.02"]

_

+

_

+

7.4 0.6mm

_

+

[0.29" 0.02"]

Figure 2-1: Dimensions (SDX-560V)

_

Depth 155.0 0.5mm
[6.10" 0.02"]

+

_

+

_

+

7.6

0.5mm

_

+

[0.30" 0.02"]

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2-1

2. Specification

2.1.1.1. Mounting Holes

Figure 2-2a gives details of the mounting holes for the Sony SDX-560V/P and figure 2-2b for the Sony
SDX-560V/RP.

4.8 0.5mm

[0.19" 0.02"]

41.2 0.5mm

[1.62" 0.02"]

+

+

_

+

_

_

+

_

_

+

21.0 0.3mm

_

+

[0.83" 0.01"]

_

+

60.0 0.3mm

_

+

[2.36" 0.01"]

_

+

90.0 0.3mm [3.54" 0.01"]

_

+

6-M3 (depth 2.5mm [0.10"] max.)

6-M3 (depth 2.5mm [0.10"] max.)

_

+

7.4 0.6mm

_

+

[0.29" 0.02"]

_

+

9.8 0.6mm [0.39" 0.02"]

_

+

101.6 0.5mm [4.00" 0.02"]

94.0 0.5mm [3.70" 0.02"]

+

_

+

_

+

_

+

_

_

+

31.0 0.3mm

_

+

[1.22" 0.01"]

_

+

155.0 0.5mm [6.10" 0.02"]

_

+

42.0 0.3mm

_

+

[1.65" 0.01"]

_

+

70.0 0.3mm [2.76" 0.01"]

_

+

_

+

2-2

Figure 2-2a: SDX-560V/P Mounting Holes

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2. Specification

21.8 0.5mm

[0.86" 0.02"]

+

_

41.2 0.5mm

[1.62" 0.02"]

+

_

+

_

9.9 0.5mm

[0.39" 0.02"]

+

+

_

+

_

_

_

+

_

+

79.2 0.3mm [3.12" 0.01"]

_

+

7.0 0.5mm

_

+

[0.28" 0.02"]

7.6mm [0.3"]

_

+

7.4 0.6mm

_

+

[0.29" 0.02"]

_

+

31.0 0.3mm

_

+

[1.22" 0.01"]

_

+

9.8 0.6mm

_

+

[0.39" 0.02"]

139.6 0.5mm [5.50" 0.02"]

146.0 0.5mm [5.75" 0.02"]

149.0 0.5mm [5.87" 0.02"]

+

_

+

_

+

_

+

_

94.0 0.5mm [3.70" 0.02"]

+

_

+

_

+

_

+

_

_

+

47.5 0.3mm

_

[1.87" 0.01"]

+

_

+

79.2 0.3mm [3.12" 0.01"]

_

+

155.0 0.5mm [6.10" 0.02"]

_

+

70.0 0.3mm [2.76" 0.01"]

_

42.0 0.3mm

+

_

[1.65" 0.01"]

+

_

+

6-M3

_

+

_

+

_

+

47.5 0.3mm

_

+

[1.87" 0.01"]

Figure 2-2b: SDX-560V/RP Mounting Holes

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

_

+

79.2 0.3mm [3.12" 0.01"]

_

+

4-M3

2-3

2. Specification

2.1.2. Weight

SDX-560V/P 780 grams, without a cassette and a front bezel.
SDX-560V/RP 1050 grams, without a cassette and a front bezel.

2.1.3. Connectors

The SDX-560V has a IDE connector with a power connector and Jumpers at the positions shown in Figure 2-3. All
other connectors are for use by Sony’s manufacturing and service facilities only.

IDE Connector

Figure 2-3: Connector Positions

Jumpers

Power Connector

2.1.3.1. IDE Cables

ATA/ATAPI-6 configuration are supported by SDX-560V.
The hardware specification of this interface can be found in Annex A connectors and cable assemblies of the ANSI
INCITS 361-2002.

2.2. Environmental Specifications

The specifications which apply when media is present may be different than these.

2.2.1. Temperature and Humidity Range

Temperature

Operating 5 °C to 40 °C (∆T < 10 °C/h)
Non-Operating (mech.) -40 °C to 70 °C (∆T < 20 °C/h)
Non-Operating (tape) -40 °C to 45 °C (∆T < 20 °C/h)

Humidity

Operating 20 to 80% RH, non-condensing

Maximum wet bulb temperature: 26 °C

Non-operating (mech.) 5 to 95%RH (∆RH<30%/h)

Maximum wet bulb temperature: 45 °C

Non-operating (tape) 20 to 80%RH (∆RH<30%/h)

Note: Please keep cool the drive's heatsink.

2.2.2. Altitude

Operating 0 to 10,000 feet

2-4

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2.2.3. Suspended Particulate

2. Specification

Operating

Less than 150 microgram/m
Based Sampling period 24 hours

3

2.2.4. Vibration

Operating Swept Sine 5 to 500Hz, @0.25G Peak 1 Octave/min.

3 axis, 3 directions

Non-operating Swept Sine 5 to 500Hz, @ 0.5G Peak 1 Octave/min.

3 axis, 3 directions

2.2.5. Shock

Operating No Data Loss

Half Sine
Performance

5 G Peak 3 ms
3 axes, 3 directions
*Interval 10 seconds

Non-operating No Device Damage

Half Sine
90 G Peak 3 ms
(30 G Peak 11 ms)
3 axes, 3 directions

*

Interval 10 seconds

2.2.6. Acoustic Noise

The ambient noise level is no greater than 25 dB (A). The sound-meter on (A) scale is located 1m in front of the
center of the drive front panel. (A): A curve weight

Streaming Write/Read 35dB (A)
Insert/Eject 60dB (A)

2.2.7. ESD

Front Panel Only, Integrated
product

Discharge Voltage
Less than 15kV: No operation failure
Less than 20kV: No drive damage

2.2.8. EMI

Radiated Emissions/
Conducted noise Emissions

EN55022 (1998) class B
EN55024 (1998) A1 (2001)+A2 (2003) class B

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2-5

2. Specification

2.2.9. Orientation

The SDX-560V can be installed in three different mounting positions as shown in the figure below. Each position has
a maximum tolerance of ±10 degrees.

10

10

10

10

10

10

10

10

Figure 2-4: Mounting Attitude and Tolerance

2.3. Performance Specification

The data capacity, data transfer rate and data reliability specifications this chapter require the media to conform to
the AIT-E Turbo, AIT-1 Turbo and AIT-1 Media Specification and also require the drive and media to remain within
their respective operating and non-operating environmental specifications. The specifications below also assume
that the C3 ECC frame is generated on writing and used as necessary on reading, and further assumes that
read-after-write rewrites are used as necessary on writing.

2-6

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2. Specification

2.3.1. Data Capacity

The SDX-560V includes a data compression capability. When data compression is enabled the drive capacity can
increase from 2 times to 3 times. The efficiency of the data compression depends on the actual data that is being
compressed and cannot be predicted precisely prior to compression.

Format AIT-E Turbo Standard Format
Native

Capacity

Format AIT-1 Standard Format
Native

Capacity

Format AIT-1 Turbo Standard Format
Native

Capacity

Format AIT-2 Standard Format
Native

Capacity

Format AIT-2 Turbo Standard Format
Native

Capacity

20.0 Gbyte typical When using 98 meter tape AIT-E Turbo cassette (TAITE-20N)

25.0 Gbyte typical When using 170 meter tape AIT-1 cassette (SDX1-25C)

35.0 Gbyte typical When using 230 meter tape AIT-1 cassette (SDX1-35C)

40.0 Gbyte typical

50.0 Gbyte typical When using 230 meter tape AIT-2 cassette (SDX2-50C)

36.0 Gbyte typical When using 170 meter tape AIT-2 cassette (SDX2-36C)

80.0 Gbyte typical

When using 186 meter tape AIT-1 Turbo cassette (TAIT1-40N and
TAIT1-40C)

When using 186 meter tape AIT-2 Turbo cassette (TAIT2-80N and
TAIT2-80C)

2.3.2. Data transfer Rate

2.3.2.1. Sustained Data Transfer Rate to and from Tape

The sustained transfer rate to and from the tape is 12 Mbyte per second with AIT-E Turbo, AIT-1 Turbo, AIT-2, AIT-2
Turbo cassette. The sustained transfer rate to and from the tape is 8 Mbyte per second with AIT-1 cassette. For this
sustained rate to be achieved, the drive must be streaming. There may be some dependency on the host and
application softwares for this to be achieved.

2.3.2.2. Burst Transfer Rate to and from the IDE Bus

The SDX-560V will transmit and receive data bursts to and from the IDE bus at a maximum burst rate of 100 Mbyte
per second, using Ultra DMA (mode 5) transfer.

2.3.3. Initialize Time

Initialize Time means the period from the time the drive is powered on to the time when the drive is ready and waiting
for a ATA/ATAPI command such as INQUIRY or TEST UNIT READY. Initialize Time is less than 5 seconds.

The drive will respond with BUSY status until the completion of the Initialize Time. The Initialize Time does not
include the time necessary for drive diagnostics to complete and the drive to become ready for tape insertion.

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2-7

2. Specification

2.3.4. Load Time

Load Time means the period from the time when the operator inserts a cassette into the drive to the time when the
drive is ready. The data in the below table represents the average time for SDX-560V. The time it may take for
retrying is not reflected here.

Load Time 80 sec 14 sec 14 sec 80 sec 14 sec 14 sec 25 sec 14 sec

TAITE-20N

(98m)

SDX1-25C

(170m)

SDX1-35C

(230m)

TAIT1-40N

(186m)

TAIT1-40C

(186m)

SDX2-50C

(230m)

TAIT2-80N

(186m)

TAIT2-80C

(186m)

2.3.5. Unload Time

Unload Time means the period from the beginning of the unload sequence caused by Unload Command or Eject
button to the time when a cassette is ejected from the slot. Unload Time does not include Rewind time. The data in
the below table represents the average time for SDX-560V. The time it may take for retrying is not reflected here.

Unload Time 25 sec 20 sec 20 sec 25 sec 20 sec 20 sec 25 sec 20 sec

TAITE-20N

(98m)

SDX1-25C

(170m)

SDX1-35C

(230m)

TAIT1-40N

(186m)

TAIT1-40C

(186m)

SDX2-50C

(230m)

TAIT2-80N

(186m)

TAIT2-80C

(186m)

2.3.6. Search Time

Search Time means the period for the drive to find the position that is required by a command. This time also
depends on the tape length and the position of the head along the tape. The data in the below table represents the
average time for SDX-560V. The time it may take for retrying is not reflected here.

Search Time 60 sec 85 sec 120 sec 105 sec 80 sec 120 sec 105 sec 80 sec

TAITE-20N

(98m)

SDX1-25C

(170m)

SDX1-35C

(230m)

TAIT1-40N

(186m)

TAIT1-40C

(186m)

SDX2-50C

(230m)

TAIT2-80N

(186m)

TAIT2-80C

(186m)

2.3.7. Rewind Time

Rewind Time means the period from the beginning to the end of rewinding sequence. This value depends on the
tape length and the position of the head along the tape. The data in the below table represents the average time for
SDX-560V. The time it may take for retrying is not reflected here.

Rewind Time 55 sec 80 sec 105 sec 90 sec 90 sec 105 sec 90 sec 90 sec

TAITE-20N

(98m)

SDX1-25C

(170m)

SDX1-35C

(230m)

TAIT1-40N

(186m)

TAIT1-40C

(186m)

SDX2-50C

(230m)

TAIT2-80N

(186m)

TAIT2-80C

(186m)

2.3.8. Error Rate

The un-correctable bit error rate is expected to be less than 1 in 10 to the 17th.

2.3.9. Retry Limits on Rewrites

For Read-after-Write error correction, each frame can be rewritten up to a maximum of 63 times giving 64 writes of
the frame.

2.3.10. Definition of Failure

A failure is defined as any permanent manufacture of the drive that prevents the user from retrieving data from tape.
This includes failure to power up, failure to unload or eject a cassette, or failure to write and read data to and from the
tape, providing that both the drive and tape are being used within specification.

Faults are not considered failures when they are related to operator error mishandling and abuse, system-related
faults (cabling problems unsupported systems, operating software and so on) no trouble found, and transportation
damage.

2-8

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2. Specification

D

P

2.3.11. Mean Time Between Failures

The Mean Time Between Failures (MTBF) for the SDX-560V is 300,000 power-on hours, assuming a duty cycle of
100%, where:

utyCycle = ×100

Tape Motion Time

owerOn Time

2.3.12. Mean Time to Repair

The Mean Time To Repair (MTTR) of the SDX-560V is 30 minutes. Since at the field level the entire drive is
considered a Field Replaceable Unit (FRU) the time to replace the drive with a new one is less that 30 minutes.

2.3.13. Component Life

The specified life of the SDX-560V is 5 years average.

2.3.14. Durability

The durability of the components in the SDX-560V will exceed the number of operations listed on the following table:

Start/Stop 400,000 times
Reposition 3,000,000 times
Thread/Unthread 100,000 times
Load/Eject 100,000 times

2.4. Safety

The SDX-560V conforms to the following safety Standards:

• UL/cUL (Underwriters Laboratories, Inc.)
UL 60950 3rd Edition/CSA C22.2 No. 60950-00
Safety of Information Technology Equipment.

• TUV
EN 60950-1:2001 Safety of Information Technology Equipment including
Electrical Business Equipment

• CE Mark

2.4.1. Conditions of Acceptability

The SDX-560V is for use only in equipment where the suitability of the combination has been determined by an
appropriate certification organization (for example, Underwriters Laboratories, Inc. or the Canadian Standards
Association in North America, and the British Standards Institution or Verband Deutscher Elektrotechniker in
Europe). Other considerations include the following:

1. An enclosure must be supplied to limit the operator’s access to live parts, to provide system stability, and to
furnish the drive with the necessary grounding integrity.

2. The necessary voltage supplies must be provided. These supplies are Extra Low Voltage SEC for UL and CSA,
or Safety Extra Low Voltage for BSI, VDE, and so on, of +5V and +12V DC.

2.5. Installation Requirements

Note: Do not move the drive while it is operating. It may cause malfunction.

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

2-9

2. Specification

2.5.1. Power Requirements

Voltage Max Ripple

Typical Maximum

Current

5V ± 5% 100 mV p-p 1.4A 1.7A

SDX-560V

12V ± 10% 150 mV p-p 0.5A 1.2A

4.75V

5V

12V

-300 ms <

T

T < 300 ms

10.8V

Figure 2-5: Power-up Sequence

Note: Voltage has to increase constantly during Power-up until Maximum is reached.

Do not turn off the drive while the tape is in the drive.

2.6. Data Compression

The tape capacity is increased by compressing data prior to writing it to the tape. Data compression is a well
established technology for reducing the number of bits used to represent data in order to improve data transfer rate
as well as reduce the amount of storage space consumed by the data. The compression ratio depends on the source
file type. The SDX-560V uses the ALDC Data Compression algorithm. ALDC is ECMA standard data compression
algorithm. (ECMA-222) The Data Compression control page allows the host computer to enable data compression
and decompression and also configure the way in which the drive responds to compressed/uncompressed data
boundaries on the tape. The AIT-E Turbo, AIT-1 Turbo, AIT-1, AIT-2 Turbo and AIT-2 Format allows both
compressed and uncompressed data to reside on the same tape.

The Sony SDX-560V has a DIP switch to disable the Data Compression/ Decompression. After power-on reset with
this DIP switch set, both data compression and data decompression are disabled However, a MODE SELECT
command can override the setting of this DIP switch. After power-on reset without this DIP switch set, both data
compression and data decompression are enabled. (See clause 3.1.5)

2-10

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

3. Installation

3.1. Installation Guide

This Product Specification Manual is applicable for SDX-560V drive.

3. Installation

Figure 3-1: DIP switch

1 Drive Mode-1

ON

OFF

1 2 3 4 5 6 7 8

Figure 3-2: DIP Switch positions

Table 3-1: Drive Mode

DIP SW 1 2 3 4 MODE

OFF OFF OFF OFF Normal

2 Drive Mode-2
3 Drive Mode-3
4 Drive Mode-4
5 Reserved (OFF)
6 Periodic Cleaning Req (ON)
7 DC Control-1 (ON)
8 DC Control-2 (OFF)

Dip switch

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

3-1

3. Installation

Table 3-2: Periodic Cleaning Request (Refer to 4.5.1.2)

DIP SW 6 Definition

OFF Disable Periodic Cleaning Request

ON Enable Periodic Cleaning Request

3.1.1. Data Compression ON Switch

Data compression can be selected by DIP switch.

DC Control-1 DC Control-2 Definition

OFF OFF Compression disabled at power-on. The host is allowed to control

compression.

OFF ON Compression disabled at power-on. The host is not allowed to control

compression.

ON OFF Compression enabled at power-on. The host is allowed to control

compression.

ON ON Compression enabled at power-on. The host is not allowed to control

compression.

Figure 3-3: Data Compression Switches

3.1.2. Power Connector

The power connector is illustrated as Figure 3-4.

4 3 2 1

5V GND GND 12V

Figure 3-4: Power Connector

3.1.3. IDE Interface Connector

Figure 3-5 illustrates IDE 40 pin connector and table 3-3 shows the assignments for the pins of the connector.

Pos 39 Pos 1

Pos 40

Pos 20 (Pin removed)

Figure 3-5: IDE Device Connector

Pos 2

3-2

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

Table 3-3: 40 pin connector interface signals

Signal Name Cable Conductor Number Signal Name

RESET- 1 2 Ground

DD7 3 4 DD8
DD6 5 6 DD9
DD5 7 8 DD10
DD4 9 10 DD11
DD3 11 12 DD12
DD2 13 14 DD13
DD1 15 16 DD14
DD0 17 18 DD15

Ground 19 20 (keypin)

DMARQ 21 22 Ground

DIOW-:STOP 23 24 Ground

DIOW-:HDMARDY-

:HSTROBE

IORDY:DDMARDY-

:DSTROBE

DMACK- 29 30 Ground

INTRQ 31 32 Obsolete (see note)

DA1 33 34 PDIAG-:CBLID­DA0 35 36 DA2

CS0- 37 38 CS1-

DASP- 39 40 Ground

NOTE-Pin 32 was defined as IOCS in ATA-E Turbo, AIT-1 Turbo, ANSI X3.279-1996.

A dash character (-) at the end of a signal name indicates the signal is low active signal.

25 26 Ground

27 28 CSEL

3. Installation

3.1.4. Jumper Connector

The DEVICE number of SDX-560V is selected by jumpers.
Below figure shows the jumper configuration.

Master
Slave
CSEL
No connection

Jumper Drive Setting

Master

Slave

Cable Select

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

3-3

3. Installation

3.1.5. Attaching and Removing the Dust Cover

3.1.5.1. Attaching the Dust Cover

(1) Align the dust cover’s hinge clips (one on each side) with the pins of the drive bezel.

• The dust cover should be positioned so that the six magnets on the cover’s back face the drive bezel.

• Holding the dust cover at an angle as shown in the figure below, set the hinge clips on top of the bezel pins,
positioning them so that they bracket the pins.

(2) Press down at an angle on each side in turn until you hear the hinge clips click into place.

Caution:

Do not press the dust cover in horizontally from the side. Doing so could cause the dust cover to break.

(3) Close the dust cover.
This completes attachment of the dust cover.

3-4

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

3.1.5.2. Removing the Dust Cover

(1) Open the dust cover.
(2) Holding the dust cover at both corners, carefully raise the dust cover.

The dust cover hinge clips and drive bezel pins uncouple.

3. Installation

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

3-5

3. Installation

This page intentionally left blank.

3-6

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

4. Operation

4. Operation

4.1. Summary of LED Indications

The SDX-560V have 3 LEDs. Each LED shows "Tape Motion", "Cleaning Request", and "Replace Tape" as defined.
"Tape Motion" to show the tape motion in the drive.
"Cleaning Request" to be on, when CLEANING is required.
"Replace Tape" to be on, when the tape needs to be replaced. It should be on when a medium error occurred.
All of three LEDs flash fast simultaneously, when the drive is in malfunction.

The following table shows the meaning of each LED indications:

Table 4-1: Meaning of each LED indications

LED Tape Motion Cleaning Request Replace Tape

Off No Tape Cleaning is Not Necessary No Media Error Occurred
On Tape Loaded Cleaning Request Media Error Occurred
Flash Slowly Tape Access in Progress

(Write/Read)

Flash Fast Tape Access in Progress

(Others)

All LED Flash Fast H/w Error Occurred

Cleaning is Not Completed

Flash Fast (0.3sec on/0.3sec off)

0.3 sec

Flash Slowly (0.9sec on/0.3sec off)

0.9sec 0.3sec

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

4-1

4. Operation

4.2. Operator Action

4.2.1. Powering Up the SDX-560V

After the initial installation of the SDX-560V has been verified, power can be applied to the unit. The +12V and +5V
power must be applied simultaneously. (See Figure 2-5) The SDX-560V will execute a power-up diagnostic and then
comes ready.

Once the tape has been loaded the SDX-560V sends a CHECK CONDITION response on receipt of the next
ATA/ATAPI command from the host. The UNIT ATTENTION key is set in the returned REQUEST SENSE data to
indicate that the tape may have been changed. (Sense Key/ASC/ASCQ=06/28/00)

4.2.2. Inserting Cassettes

The operator inserts a cassette into the slot on the front panel. As the cassette is inserted, the drive takes it and
automatically loads it into the drive mechanism. The SDX-560V performs a tape load sequence as described in
clause 4.3.1

4.2.3. Removing Cassettes

The cassette can be removed from the SDX-560V either in response to a ATA/ATAPI UNLOAD command, or by
pressing the Eject button. The operator uses the Eject button to initiate the unload sequence (see clause 4.3.2). The
mechanism winds the tape to Beginning of Media (BOM), unthreads it, and ejects the cassette from the slot.

Operation of the Eject button is disabled if the host has previously sent an ATA/ATAPI PREVENT ALLOW MEDIA
REMOVAL command with prevent bit set to one. In this case, pressing the Eject button has no effect, and does not
initiate an Unload sequence. The Eject button returns to normal operation following receipt of an PREVENT ALLOW
MEDIA REMOVAL command with prevent bit clear.

4.2.4. Hard Reset Hole

Hard reset hole

In case of emergency, you can immediately reset the drive itself by pushing the switch in the “Hard Reset Hole” with
the tip of a pin. However, there is a risk of losing data upon execution of this operation in the Write or Read mode.
The hardware reset operation is only for manufacturing and repair purposes.

4-2

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

4. Operation

4.2.5. Write-Protecting Cassettes

Cassettes can be write-protected by sliding the tab on the back of the cassette open. In this state, data can be read
from the tape but not written to it.

Caution: The Tape Log, which contains a history of usage of the tape, will not be updated when the cassette is
write-protected. It follows that the Tape Log becomes inaccurate if a cassette is used write-protected, and the media
warning cannot be relied on to indicate that the cassette needs to be copied and replaced.

4.3. Internal Function

4.3.1. The Load Sequence

Refer to 14.2.1 Fast Media Load/Unload (Effective for SDX1-25C, SDX1-35C, TAIT1-40C and TAIT2-80C MIC
cassette)

During load sequence, the following occurs:
(1) The drive mechanism accepts the cassette and threads the tape. The tape is then moved to Beginning-of-Tape

(2) The System area is then accessed and the System log is read into the drive.
(3) Finally the drive goes on-line.
In the case of 2 partition tape the drive detects that the tape has been formatted as a two partition tape when the

Reference Area is read. The drive will then automatically position to the beginning of partition 0 before coming on

-line. Partition 0 is the partition that begins the furthest from BOM.

(BOT) and the Reference area is checked to find the tape format. If the format is not AIT-1, the drive rewinds
the tape to BOT and awaits either a Write, Partitioning, Mode Select or an UNLOAD command.

(Effective for SDX-T3N, TAITE-20N, TAIT1-40N and TAIT2-80N)

4.3.2. The Unload Sequence (Effective for SDX-T3N, TAITE-20N, TAIT1-40N and TAIT2-80N)

Refer to 14.2.1 Fast Media Load/Unload (Effective for SDX1-25C, SDX1-35C, TAIT1-40C and TAIT2-80C MIC
cassette)

The drive will always write any buffered data out to tape followed by an EOD prior to initiating the Unload sequence.
During this sequence the tape is rewound to BOT and, if the tape is write-enabled, the copy of the tape log held in

RAM is written back to tape. The tape is then rewound to BOM and the tape unthreaded from the mechanism. At this
stage the tape is either retained in the drive or ejected, depending on media removal is enabled by the Prevent Allow
Media Removal command.

In the case of two partition tape the drive detects that the tape has been formatted as a two partition tape when the
Reference Area is read during the load sequence. When the Unload operation begins the drive will then
automatically update the Tape Log for each partition before unloading the tape.

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0

4-3

4. Operation

4.3.3. Power-Fail Handling

If there is a power-fail, the SDX-560V performs the following actions, and reverts to its default configuration:
(1) The drive remains positioned at the point where the power-fail.
(2) It executes the Power-Up sequence of self-tests. (When power is restored.)
(3) If a tape is in the drive, the SDX-560V starts a LOAD sequence. The drive rewinds the tape to BOT and remains

on-line.

(4) The drive returns CHECK CONDITION status for the first command after the power-fail or Reset. The next

command from the initiator should be a REQUEST SENSE. The drive will return sense data including a sense
key that will indicate that the drive has been reset. (Sense Key/ASC/ASCQ=06/29/00)

4.3.4. Diagnostic and Normal Status Displays

This chapter describes LED displays while the SDX-560V is starting up. When power is turned on, the SDX-560V will
go through its diagnostics to reach normal status. When a failure is detected during diagnostics, the LEDs show that
the SDX-560V is out of order and needs to be repaired.

Note: When power is turned on, the all LED on before the front panel test.

4.3.4.1. Diagnostic Status Display

The SDX-560V starts with its Diagnostic function. This is made up of the Front Panel Test and the Kernel Test.

Front Panel Test

LED display sequence:

This function is for checking TAPE MOTION, CLEANING REQUEST, REPLACE TAPE LEDs and the related
circuits. No errors can be generated as this test is only for operator verification of indicator operation.

Kernel Test

After the Front Panel Test, the SDX-560V checks its internal units. When a Diagnostic error occurs, all LED flash
fast. Then the SDX-560V must be powered off. The SDX-560V will not work and should be checked or repaired
immediately.

0.3sec on on on

0.3sec - - -

0.3sec on on on

0.3sec - - - Front Panel Test

0.3sec on - - Kernel Test

0.3sec - on -

0.3sec - - on

0.3sec on - -

0.3sec - on -

0.3sec - - on

0.3sec on - -

TAPE CLEANING REPLACE

MOTION

REQUEST TAPE

The purpose of the diagnostic firmware to test the SDX-560V electronics for functionality. If the diagnostic request
comes from the host through IDE, then the results are reported through IDE.

If the electronics are not functioning, the diagnostic firmware tries to isolate the non-functional area to a specific
Failed Unit. Given a failure, the firmware decides on an hierarchical basis which Unit to designate as the Most
Suspect Failed Unit (MSFU). The confidence in this decision is intended to be 95%. For the details of Diagnostics,
see clause 7.2.6

4-4

SONY AIT-2 Turbo drive SDX-560V series Ver.1.0