Benutzeranleitung / Produktwartung Ultrium Internal Tape Drive T200 des Produzenten IBM
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Ul tri um In t ern al T a p e Dri v e M o d e ls T2 00 an d T2 00F an d 3 580 Ul tri um T a p e Dri v e SC SI R ef e re n ce WB1 109-02 .
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Ul tri um In tern al T a p e Dri v e M o d e ls T2 00 an d T2 00F an d 3 580 Ul tri um T a p e Dri v e SC SI R ef e re n ce WB1 109-02 .
Note Before using this information and the product it supports, be sure to read the general information under “Appendix. Notices” on page 103. Fifth Edition (October 2001) This edition applies to .
Contents T ables ............................ v i i Preface ............................ x i Organization .......................... x i Related Publications ....................... x i Chapter 1. Introduction ...................... 1 Supported Servers and Operating Systems .
READ BUFFER ........................ 4 9 Error Log Buffer ....................... 5 1 READ POSITION ........................ 5 2 RECEIVE DIAGNOSTIC RESUL TS ................. 5 3 RELEASE UNIT ........................ 5 4 REPORT DENSITY SUPPOR T ......
How to Send Y our Comments ................... 1 0 4 T rademarks .......................... 1 0 5 Index ............................ 1 0 7 Contents v.
vi Ultrium Internal T ape Drive and 3580 Ultrium T ape Drive: SCSI Reference.
T ables 1. Supported Common Commands ......................... 5 2. ERASE Command ............................... 6 3. INQUIRY Command .............................. 7 4. Standard Inquiry Data V alid LUN ......................... 8 5. Standard Inquiry Data Invalid LUN .
54. Parameter Data for a Partition List Service Action Request ............... 4 5 55. Format for Medium Auxiliary Memory Attribute .................... 4 5 56. Attribute Descriptions ............................. 4 5 57. Device Common Attributes ....
1 10. Abort Condition Handling ............................ 9 4 1 1 1. Status Codes ................................ 9 6 1 12. Supported Outbound Messages ......................... 9 8 1 13. Supported Inbound Messages .......................... 9 9 1 14.
x Ultrium Internal T ape Drive and 3580 Ultrium T ape Drive: SCSI Reference.
Preface This publication contains information about how to use and program the IBM Ultrium Internal T ape Drive Models T200 and T200F and the IBM 3580 Ultrium T ape Drive. Organization The information in this book is organized as follows: v “ Chapter 1.
v SCSI Stream Commands-2 (SSC-2) , published by the American National Standards Institute and available on the web at http://www.t10.org . v SCSI Primary Commands-2 (SPC-2) , published by the American National Standards Institute and available on the web at http://www.
Chapter 1. Introduction The IBM Ultrium Internal T ape Drive Models T200 and T200F and the IBM 3580 Ultrium T ape Drive are high-performance, high-capacity data-storage devices that connect to and provide additional storage for supported servers.
Designed to perform unattended backups as well as to retrieve and archive files, the Ultrium Internal T ape Drives feature: v Native storage capacity of 100 GB per cartridge (200 GB at 2:1 compression.
Supported Servers and Operating Systems The IBM Ultrium Internal T ape Drive Models T200 and T200F and the IBM 3580 Ultrium T ape Drive are supported by a wide variety of servers and operating systems, as well as adapters. These attachments can change throughout the products ’ life cycles.
Supported Device Drivers IBM maintains the latest levels of device drivers and driver documentation for the 3580 Ultrium T ape Drive on the Internet. Y ou can access this material from your browser or.
Chapter 2. Command Support Notes: 1. For this chapter , a megabyte (MB) is equal to 1 048 576 bytes. 2. Binary numbers are represented by numbers followed by b . Hexadecimal numbers are represented by 0 - 9 and A - F followed by h . Numbers with no suffix can be assumed to be decimal.
T able 1. Supported Common Commands (continued) Command Name Operation Code SCSI Class 1 SCSI Spec 2 Page Applicable Conditions 3 RVC UA T NRD WRP MFC DCC WRITE A TTRIBUTE 8Dh O SPC-3 84 yyyy - y WRIT.
INQUIR Y T able 3. INQUIR Y Command 76543210 0 Operation Code (12h) 1 Logical Unit Number (0) Reserved EVPD 2 Page Code 3 Reserved 4 Allocation Length 5 Control The INQUIRY command instructs the drive to return data about itself to the initiator .
Standard Inquiry Data V alid LUN T able 4. Standard Inquiry Data Valid LUN 76543210 0 Peripheral Qualifier (000b) Peripheral Device T ype (01h) 1 RMB(1) Device-type modifier (0) 2 ISO version (0) ECMA.
Standard Inquiry Data Invalid LUN T able 5. Standard Inquiry Data Invalid LUN 76543210 0 Peripheral Qualifier (01 1b) Peripheral Device T ype (1Fh) 1 RMB(0) Device-type modifier (0) 2 ISO version (0) .
Supported V ital Product Data Page T able 6. Supported Vital Product Data Inquiry Page 76543210 0 Peripheral Qualifier (000b) Peripheral Device T ype (01h) 1 Page Code (00h) 2 Reserved 3 Page Length (.
Device Identification Page T able 8. Device Identification Inquiry Page 76543210 0 Peripheral Qualifier (000b) Peripheral Device T ype (01h) 1 Page Code (83h) 2 Reserved 3 Page Length (n-3) 4 : n Iden.
The Fibre Channel Identification descriptor is returned only on Fibre-Channel- attached devices. The format is given in T able 10. T able 10. Fibre Channel Identification Descriptor 76543210 0 Reserve.
Drive Component Revision Levels Pages T able 1 1. Drive Component Revision Levels Pages 76543210 0 Peripheral Qualifier (000b) Peripheral Device T ype (01h) 1 Page Code (C0h) 2 Reserved 3 Page Length (27h) 4 : 15 Component (CCCCCCCCCCCC) 16 : 22 V ersion (RRR.
LOAD/UNLOAD T able 12. LOAD/UNLOAD Command 76543210 0 Operation Code (1Bh) 1 Logical Unit Number (0) Reserved Immed 2 Reserved 3 Reserved 4 Reserved EOT(0) Reten(0) Load 5 Control If the Load flag is set and there is a tape in the drive, it is positioned to BOM.
LOCA TE The LOCA TE command causes the logical position on tape to be set to the value indicated by the Block Address field. The value indicates the total number of records and marks between BOM and the desired logical position. A value of 0 causes the tape to be positioned at BOM.
LOG SELECT T able 14. LOG SELECT Command 76543210 0 Operation Code (4Ch) 1 Logical Unit Number (0) Reserved PCR SP(0) 2 PC Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Parameter List Length 8 9 Control The LOG SELECT command causes log data on the drive to be reset to its default value or to be set to an initiator-specific value.
LOG SENSE T able 15. LOG SENSE Command 76543210 0 Operation Code (4Dh) 1 Logical Unit Number (0) Reserved PPC(0) SP(0) 2 PC Page Code 3 Reserved 4 Reserved 5 Parameter Pointer (0) 6 7 Allocation Length 8 9 Control The LOG SENSE command causes log data to be sent to the initiator .
Log Page Format All log pages (except page 0) consist of a log page header , followed by a number of log parameters. The log page header has the format indicated in T able 16.
Supported Log Pages The Supported Log Pages Log Page code is 00h. The parameter list contains a series of 1-byte entries for the log pages that are supported. At least those logs described in this document must be listed. Any additional logs that are supported must also be listed.
W rite Error Counters Log The Write Error Counters log is page 02h. Parameters 0 through 2 are not supported and are returned as 0. All parameter lengths are 4 bytes long, except parameter 8000 which is 8 bytes long. The supported fields are listed in T able 19.
Read Error Counters Log The Read Error Counters log is page 03h. Parameters 0 through 2 are not supported and are returned as 0. All parameter lengths are 4 bytes long, except parameter 8000 which is 8 bytes long. The supported fields are listed in T able 20.
Sequential Access Device Log The Sequential Access Device Log Page is 0Ch. T able 21. Sequential Access Device Log Parameters Parameter Description Length DU LP LBIN 0h Write Data Bytes Received, befo.
T apeAlert Log The T apeAlert log page is page 2Eh. There are 64 parameters, numbered from 1 through 64. Only parameters 1 through 18, 20 through 23, and 29 through 39 have definitions for tape drives without attached loaders. The remaining parameters are always 0.
T able 22. T apeAlert Log Parameters (continued) Parameter Description T ype DU LP LBIN 38 Predictive Failure Critical 1 0 0 39 Diagnostics Required Warning 1 0 0 See the T apeAlert specification for more complete descriptions of the flags. This data can be neither written nor reset.
Note: For this command, a megabyte is equal to 1 048 576 bytes. As an example, a value of 17487h in Parameter 3 is equal to 95 367 megabytes, which is equal to 100 000 000 000 bytes. Data Compression Log The Data Compression Log Page Code is 32h. Parameter byte fields 0 and 1 are 2 bytes long.
MODE SELECT T able 26. Byte MODE SELECT Command 76543210 0 Operation Code (15h) 1 Logical Unit Number (0) PF Reserved SP(0) 2 Reserved 3 Reserved 4 Parameter List Length 5 Control T able 27.
MODE SENSE Both the 10-byte and the 6-byte versions of the command are supported. T able 28. Byte MODE SENSE Command 76543210 0 Operation Code (1Ah) 1 Logical Unit Number (0) Reserved DBD Reserved 2 PC Page Code 3 Reserved 4 Allocation Length 5 Control T able 29.
Mode Data Format Mode data returned by a MODE SENSE command or sent with a MODE SELECT command consists of a Mode Parameter Header , an optional Mode Block Descriptor , and zero or more Mode Parameter Pages.
If the Buffered Mode is 0, then the drive does not report Good status on WRITE and WRITE FILE MARKS commands until the data is written to tape. If Buffered Mode is 1, then the drive reports Good status as soon as data has been transferred into the drive ’ s data buffer .
Read-W rite Error Recovery Page T able 34. Read-Write Error Recovery Page 76543210 0 PS (0) Reserved Page Code (01h) 1 Additional Page Length (0Ah) 2 Reserved TB (0) Reserved EER(1) PER DTE(0) DCR(0) .
The Maximum Burst Size field for the SCSI parallel interface indicates (in multiples of 512 bytes) the number of bytes that the drive should attempt to send or receive between disconnects. The default is 0, which implies that the drive may send bursts of data at any size.
Sequential Access Device Configuration Page The Write Delay T ime field indicates the time (in 100-ms increments) that the drive should wait with unwritten data in the buffer and no activity on the interface before forcing data to tape.
The Enable EOD Generation flag should be set, since EOD generation is always enabled. The Buffer Size at Early W arning field should be 0, as this cannot be set. The default value for the Select Data Compression Algorithm is 1 and indicates that data compression is enabled.
Fibre Channel Port Control Page There is one copy of this page per Fibre Channel port. This page is defined for Fibre-Channel-attached devices only . T able 39.
Information Exceptions Mode Page T able 40. Information Exceptions Mode Page 76543210 0 PS (0) Reserved Page Code (1Ch) 1 Page Length (0A) 2 Perf (0) Reserved DExcept T est Reserved LogErr(0) 3 Reserv.
PERSISTENT RESER VE IN T able 41. PERSISTENT RESERVE IN Command 76543210 0 Operation Code (5Eh) 1 Reserved Service Action 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 : 8 Allocation Length 9 Control The PERSISTENT RESER VE IN command is used for reservation management to show what types of Reservations and Reservation Keys exist.
The PERSISTENT RESER VE IN parameter data for Read Keys is defined in T able 42. T able 42. PERSISTENT RESERVE IN Parameter Data for Read Keys 76543210 0 : 3 Generation 4 : 7 Additional Length 8 : 15 First Reservation Key 16 : n Additional Reservation Keys Generation is a counter for PERSISTENT RESER VE OUT command requests.
Reservation Descriptors are defined in T able 44. The PERSISTENT RESER VE IN Read Reservations Descriptor is defined in T able 44. T able 44. PERSISTENT RESERVE IN Read Reservations Descriptor 7654321.
PERSISTENT RESER VE OUT T able 45. PERSISTENT RESERVE OUT Command 76543210 0 Operation Code (5Fh) 1 Reserved Service Action 2 Scope ( 0) T ype 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 : 8 Paramet.
The PERSISTENT RESER VE OUT parameter list is defined in T able 46. T able 46. PERSISTENT RESERVE OUT Parameter List 76543210 0 : 7 Reservation Key 8 : 15 Service Action Reservation Key 16 : 19 Scope-.
PREVENT/ALLOW MEDIUM REMOV AL T able 47. PREVENT/ALLOW MEDIUM REMOV AL Command 76543210 0 Operation Code (1Eh) 1 Logical Unit Number (0) Reserved 2 Reserved 3 Reserved 4 Reserved Prevent 5 Control The PREVENT/ALLOW MEDIUM REMOV AL command is used to prevent accidental removal of the medium while it is required by an initiator .
READ T able 48. READ Command 76543210 0 Operation Code (08h) 1 Logical Unit Number (0) Reserved SILI Fixed 2 : 4 T ransfer Length 5 Control The READ command causes data to be transferred from the tape medium to the initiator .
READ A TTRIBUTE T able 49. READ A TTRIBUTE Command 76543210 0 Operation Code (8Ch) 1 Reserved (0) Service Action 2 : 3 Reserved 4 Reserved 5 V olume Number (0) 6 Reserved 7 Partition Number (0) 8 : 9 .
T able 51. Parameter Data for an Attribute V alues Service Action Request 76543210 0 : 3 Available Data (n-3) 4 : x Attribute #1 m : n Attribute #y T able 52 describes the format of the data returned for an Attribute List service action request. T able 52.
T able 54 describes the format of the data returned for a Partition List service action request. T able 54. Parameter Data for a Partition List Service Action Request 76543210 0 : 1 Available Data (2).
T able 57 describes Device Common attributes. All Device Common attributes are read only . T able 57. Device Common Attributes ID Attribute Name Number of Bytes Format 0000h Remaining Capacity in Part.
T able 59 describes the Medium Common Attributes. T able 59. Medium Common Attributes ID Attribute Name Number of Bytes Format 0400h Medium Manufacturer 8 ASCII 0401h Medium Serial Number 32 ASCII 040.
READ BLOCK LIMITS T able 61. READ BLOCK LIMITS Command 76543210 0 Operation Code (05h) 1 Logical Unit Number (0) Reserved 2 Reserved 3 Reserved 4 Reserved 5 Control The READ BLOCK LIMITS command requests that the drive return the maximum and minimum block sizes that it supports.
READ BUFFER T able 63. READ BUFFER Command 76543210 0 Operation Code (3Ch) 1 Logical Unit Number (0) Reserved Mode 2 Buffer ID 3 : 5 Buffer Of fset 6 : 8 Allocation Length 9 Control The READ BUFFER command reads data from the memory on the drive and sends it to the initiator .
T able 65. Drive Buffers Supported Buffers ID Offset Boundary Main Data 0 4 Dump Data (Read Only) 1 4 T est 2 4 VPD 3 4 Firmware 4 4 Cartridge Memory (Read Only) 5 4 Error Log (Read Only) 6 4 50 Ultri.
Error Log Buffer The error log buffer contains zero or more entries described in T able 66. T able 66. Error Log Buffer Command 76543210 0 : 3 T ime Stamp 4 Entry Number 5 Error Code 6 Fsc 1st T ext 7 8 Fsc 1st Data 9 10 Fsc 2nd T ext 11 12 Fsc 2nd Data 13 14 : 21 Cartridge Serial Number 22 : 27 EC Level 28 : 31 Hardware Level Chapter 2.
READ POSITION T able 67. READ POSITION Command 76543210 0 Operation Code (34h) 1 Logical Unit Number (0) Reserved BT(0) 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Control The READ POSITION command returns current position information to the initiator .
The First Block Location and the Last Block Location are both set to the number of blocks and file marks between BOM and current logical position. If the tape is at BOM, 0 is returned in these fields. The Beginning of Partition (BOP) flag is set if the Block Location fields are 0.
RELEASE UNIT T able 70. Byte RELEASE UNIT Command 76543210 0 Operation Code (17h) 1 Logical Unit Number (0) 3rdPty Third Party Device ID (0) Element 2 Reservation Identification 3 Reserved 4 Allocation Length (0) 5 Control T able 71.
REPORT DENSITY SUPPORT T able 72. REPORT DENSITY SUPPOR T Command 76543210 0 Operation Code (44h) 1 Logical Unit Number (0) Reserved Media 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Allocation Length 8 9 Control The REPORT DENSITY SUPPOR T command returns details about the tape formats supported by the drive.
The header is followed by one or more REPORT DENSITY SUPPOR T descriptor blocks with the format in T able 74. T able 74. REPORT DENSITY SUPPOR T Descriptor Block 76543210 0 Primary Density Code 1 Seco.
The values reported for the Ultrium format are as follows: T able 75. Density Information for L T O Formats Field Ultrium 1 Primary density code 40h Secondary density code 40h Bits per mm 4880 Media w.
REPORT LUNs T able 76. REPORT LUNs Command 76543210 0 Operation Code (A0h) 1 Reserved 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 : 9 Allocation Length 10 Reserved 1 1 Control The server uses this command to retrieve information about the Logical Units that the drive supports.
REQUEST SENSE T able 78. REQUEST SENSE Command 76543210 0 Operation Code (03h) 1 Logical Unit Number (0) Reserved 2 Reserved 3 Reserved 4 Allocation Length 5 Control The sense data returned is described in T able 79 on page 60.
Sense Data Format T able 79. Sense Data Format 76543210 0 V alid Error Code 1 Segment Number (0) 2 File Mark EOM ILI Reserved Sense Key 3 : 6 Information 7 Additional Sense Length 8 : 11 Command Speci.
The V alid flag is set if the Information field contains valid information. The descriptions that follow serve only as an overview of sense reporting in the tape drive. This tape drive conforms to all sense field reporting, as specified in the SCSI standards.
The V olume Label Fields V alid (V olV alid) bit is set if the V olume Label being reported is valid. The V olume Label field reports the volume label if a cartridge is loaded in the drive and V olume Label Fields V alid is set. The Current Wrap reports the physical wrap of the tape.
RESER VE UNIT T able 80. Byte RESERVE UNIT Command 76543210 0 Operation Code (16h) 1 Logical Unit Number (0) 3rdPty(0) Third Party Device ID (0) Reserved 2 Reserved 3 Reserved 4 Reserved 5 Control T able 81.
REWIND T able 82. REWIND Command 76543210 0 Operation Code (01h) 1 Logical Unit Number (0) Reserved Immed 2 Reserved 3 Reserved 4 Reserved 5 Control The REWIND command causes the logical position to be set to BOM.
SEND DIAGNOSTIC T able 83. SEND DIAGNOSTIC Command 76543210 0 Operation Code (1Dh) 1 Logical Unit Number (0) PF Reserved SelfT est DevOfL UnitOfL 2 Reserved 3 Parameter List Length 4 5 Control Self-T .
SIM Data Structure The following data structure is used in several of the diagnostics. Its purpose is to give detailed error information about drive problems: T able 84.
T able 84. SIM Data Structure (continued) 76543210 42 : 45 Product ID (8000h) 46 : 48 V endor ID “ IBM ” 49 Plant of Manufacture 50 51 Product ID3 ’ - ’ 52 : 63 Serial Number 64 : 71 Device T .
The Service Message may be one of four values: v ’ 1 ’ =Repair Impact is Unknown v ’ 7 ’ =Repair will Disable Access to Device Servo v ’ 9 ’ =Clean Device v ’ A ’ =Device Cleaned The S.
T able 85. MIM Data Structure (continued) 76543210 30 : 33 Error Code 34 : 39 V olume ID V olume Serial Number 40 V olume ID Flag 41 Reserved 42 : 45 Product ID (8000h) 46 : 48 V endor ID “ IBM ” .
The Severity Code may be one of four values: v ’ 0 ’ =Service v ’ 1 ’ =Moderate - T emporary Read/Write Errors v ’ 2 ’ =Serious - Permanent Read/Write Errors v ’ 3 ’ =Acute - CM Error .
Force Dump For the Force Dump Diagnostic, the CDB values should be set as follows: v P F-1 v SelfT est - 0 v DevOfl - Any value allowed and ignored v UnitOfl - Any value allowed and ignored v Parameter List Length - X0008 T able 86 shows the parameter data to be sent with the Force Dump diagnostic.
W rite Dump T o Cartridge T able 87. Write Dump to Cartridge Send Diagnostic Parameter Data 76543210 0 Page Code (80h) 1 Reserved 2 Page Length (0004h) 3 4 Diagnostic ID (0161h) 5 6 Flags (0000000b) Cartridge Required (1b) 7 Reserved T able 88.
Post A Self T est Diagnostic T able 89. Post A Self T est Send Diagnostic Parameter Data 76543210 0 Page Code (80h) 1 Reserved 2 Page Length (0004h) 3 4 Diagnostic ID (0100h) 5 6 Flags (0000000b) Cartridge Required (bx) 7 Reserved T able 90.
Post B T ape T est Diagnostic T able 91. Post B T ape T est Send Diagnostic Parameter Data 76543210 0 Page Code (80h) 1 Reserved 2 Page Length (0004h) 3 4 Diagnostic ID (0101h) 5 6 Flags (0000000b) Cartridge Required (1b) 7 Reserved T able 92.
Post C Media T est Diagnostic T able 93. Post C Media T est Send Diagnostic Parameter Data 76543210 0 Page Code (80h) 1 Reserved 2 Page Length (0004h) 3 4 Diagnostic ID (0102h) 5 6 Flags (0000000b) Cartridge Required (1b) 7 Reserved T able 94.
Post D Head T est Diagnostic T able 95. Post D Head T est Send Diagnostic Parameter Data 76543210 0 Page Code (80h) 1 Reserved 2 Page Length (0004h) 3 4 Diagnostic ID (0103h) 5 6 Flags (0000000b) Cartridge Required (1b) 7 Reserved T able 96.
Set T raps For the Set T raps Diagnostic, the CDB values should be set as follows: v P F-1 v SelfT est - 0 v DevOfl - Any value allowed and ignored v UnitOfl - Any value allowed and ignored v Parameter List Length - X000A T able 97 shows the parameter data to be sent with the Set T raps diagnostic.
Remove T raps For the Remove T raps Diagnostic, the CDB values should be set as follows: v P F-1 v SelfT est - 0 v DevOfl - Any value allowed and ignored v UnitOfl - Any value allowed and ignored v Parameter List Length - X000A T able 98 shows the parameter data to be sent with the Remove T raps diagnostic.
Receive Diagnostics Results - T able 99 shows the diagnostic results data returned for the Remove T raps diagnostic. T able 99. Reset Drive Diagnostic Results Data 76543 2 10 0 Page Code (80h) 1 Reser.
Reset Drive For the Reset Drive Diagnostic, the CDB values should be set as follows: v P F-1 v SelfT est - 0 v DevOfl - 1 v UnitOfl - Any value allowed and ignored v Parameter List Length - 0008h T able 100 shows the parameter data to be sent with the Reset Drive.
SP ACE T able 101. SP ACE Command 76543210 0 Operation Code (1 1h) 1 Logical Unit Number (0) Reserved Code 2 : 4 Count 5 Control The SP ACE command instructs the drive to set a new logical position relative to the current logical position. How this is done depends on the value of the Code field and the Count field.
TEST UNIT READY T able 102. TEST UNIT READY Command 76543210 0 Operation Code (00h) 1 Logical Unit Number (0) Reserved 2 Reserved 3 Reserved 4 Reserved 5 Control The TEST UNIT READY command returns Good status if a cartridge is loaded and ready . VERIFY T able 103.
WRITE T able 104. WRITE Command 76543210 0 Operation Code (0Ah) 1 Logical Unit Number (0) Reserved Fixed 2 : 4 T ransfer Length 5 Control The WRITE command causes data to be transferred to the drive in a Data Out and written to tape. If the Fixed flag is clear , the initiator transfers a single block of the length indicated in T ransfer Length.
WRITE A TTRIBUTE T able 105. WRITE A TTRIBUTE Command 76543210 0 Operation Code (8Dh) 1 : 4 Reserved 5 V olume Number (0) 6 Reserved 7 Partition Number (0) 8 : 9 Reserved 10 : 13 Allocation Length 14 .
WRITE BUFFER T able 107. WRITE BUFFER Command 76543210 0 Operation Code (3Bh) 1 Logical Unit Number (0) Reserved Mode 2 Buffer ID 3 : 5 Buffer Of fset 6 : 8 Parameter List Length 9 Control The WRITE BUFFER command transfers data into the memory on the drive for the purpose of diagnostics, tests, or firmware upgrade.
WRITE FILE MARKS The Write Set Mark (WSmk) field must be 0. Set marks are not supported. T able 108. WRITE FILE MARKS Command 76543210 0 Operation Code (10h) 1 Logical Unit Number (0) Reserved WSmk(0) Immed 2 : 4 Count 5 Control The WRITE FILE MARKS command causes a sequence of file marks to be written at the current logical position.
Chapter 3. Error Sense Information Sense Data For a description of Sense data, see “ Sense Data Format ” on page 60. Sense Data Management The drive maintains three types of Sense data: Current Sense The Sense data associated with the last command received from the initiator .
Persistent Errors When errors occur that prevent tape operation, they are reported persistently until the problem is cleared. For medium-related errors (usually reported with a Sense Key of 3), the error is reported until the cartridge is successfully unloaded.
Chapter 4. Sense Keys and Additional Sense Note: If temporary error reporting is enabled, many combinations of the Additional Sense Code and Additional Sense Code Qualifier (ASC/ASCQ) are possible.
T able 109. Sense Keys and Additional Sense (continued) Sense Key Additional Sense (ASC/ASCQ) Explanation Medium Error (3h) Write Error (0C00h) A WRITE operation has failed. This is probably due to bad media, but may be related to hardware. Medium Error (3h) Unrecovered Read Error (1 100h) A READ operation failed.
T able 109. Sense Keys and Additional Sense (continued) Sense Key Additional Sense (ASC/ASCQ) Explanation Illegal Request (5h) Medium Removal Prevented (5302h) An UNLOAD command has failed to eject the tape because medium removal has been prevented.
T able 109. Sense Keys and Additional Sense (continued) Sense Key Additional Sense (ASC/ASCQ) Explanation V olume Overflow (Dh) EOM (0002h) A WRITE or WRITE FILE MARKS command failed because the physical end of tape was encountered. A READ or SP ACE command encountered EOM.
Chapter 5. Attachment Features T ypes of Interface Attachments The Ultrium T ape Drive communicates with servers that use SCSI parallel or Fibre Channel interfaces. The interfaces share certain tape LUN behaviors, but also possess unique features. This chapter describes the common and unique features of both types of interfaces.
Attention Check Condition from each initiator gets a Check Condition status, with Unit Attention sense data for the reset. However , other commands may not be processed until the internal state of the drive has been reset. Any commands that allow Disconnects and cannot be processed are accepted and queued until the drive is ready to process them.
T able 1 10. Abort Condition Handling (continued) Command Abort Processing RECEIVE DIAGNOSTIC RESUL TS None. RELEASE UNIT The command completes. REPORT DENSITY SUPPORT None. REPORT LUNs None. REQUEST SENSE Sense data is discarded. RESERVE UNIT The command completes.
Multi-initiator Support SCSI-attached drives support a maximum of two initiators on the same bus. Fibre-Channel-attached drives support a minimum of two initiators.
Features of the SCSI Interface The Ultrium T ape Drive ’ s SCSI parallel interface features the following: v LUN identification v Bus parity errors v Disconnect strategy v Messages LUN Identification Identify messages are used to identify the LUN to which an initiator is connecting and to identify which LUN is reconnecting to an initiator .
Messages Message Out T able 1 12. Supported Outbound Messages Name Code Support Abort 06h An abort condition is generated (see “ Abort Handling ” on page 94). Bus Device Reset 0Ch A reset condition is generated (see “ Abort Handling ” on page 94).
Message In T able 1 13. Supported Inbound Messages Name Code Support Command Complete 00h This message is sent by the drive at the end of the Status phase to indicate that a command is complete. Once the message is sent, the drive releases the bus and goes to Bus Free.
Extended Messages T able 1 14. Supported Extended Messages Name Code Support Synchronous Data T ransfer Request 01h The default mode is for the drive to never initiate a Synchronous data transfer negotiation. The initiator is expected to do so. Since this mode is most important at power-on, no SCSI method of changing this mode is provided.
Features of the Fibre Channel Interface The Ultrium T ape Drive Model T200F (Fibre Channel drive) is an Arbitrated-Loop-only device (also known as an NL port). The drive supports Fibre Channel Arbitrated Loop (FC-AL) protocol, and uses Class 3 Service frames.
102 Ultrium Internal T ape Drive and 3580 Ultrium T ape Drive: SCSI Reference.
Appendix. Notices This information was developed for products and services offered in the U.S.A. IBM may not offer the products, services, or features discussed in this document in other countries. Consult your local IBM representative for information on the products and services currently available in your area.
Information concerning non-IBM products was obtained from the suppliers of those products, their published announcements, or other publicly available sources. IBM has not tested those products and cannot confirm the accuracy of performance, compatibility , or any other claims related to non-IBM products.
T rademarks The following terms are trademarks of International Business Machines Corporation in the United States or other countries or both: AIX iSeries AS/400 OS/400 eserver pSeries IBM SP IBMLink RS/6000 The following are U.
106 Ultrium Internal T ape Drive and 3580 Ultrium T ape Drive: SCSI Reference.
Index A abort condition, handling 94 AS/400 device driver support 4 requirements for attaching tape drive to 3 attaching tape drive to server 3 B bus parity errors, handling 97 C capacity 1 common com.
P persistent errors 88 PERSISTENT RESER VE IN command 5, 36 PERSISTENT RESERVE OUT command 5, 39 Post A self test diagnostic 73 Post B tape test diagnostic 74 Post C media test diagnostic 75 Post D He.
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Ein wichtiger Punkt beim Kauf des Geräts IBM Ultrium Internal Tape Drive T200 (oder sogar vor seinem Kauf) ist das durchlesen seiner Bedienungsanleitung. Dies sollten wir wegen ein paar einfacher Gründe machen:
Wenn Sie IBM Ultrium Internal Tape Drive T200 noch nicht gekauft haben, ist jetzt ein guter Moment, um sich mit den grundliegenden Daten des Produkts bekannt zu machen. Schauen Sie zuerst die ersten Seiten der Anleitung durch, die Sie oben finden. Dort finden Sie die wichtigsten technischen Daten für IBM Ultrium Internal Tape Drive T200 - auf diese Weise prüfen Sie, ob das Gerät Ihren Wünschen entspricht. Wenn Sie tiefer in die Benutzeranleitung von IBM Ultrium Internal Tape Drive T200 reinschauen, lernen Sie alle zugänglichen Produktfunktionen kennen, sowie erhalten Informationen über die Nutzung. Die Informationen, die Sie über IBM Ultrium Internal Tape Drive T200 erhalten, werden Ihnen bestimmt bei der Kaufentscheidung helfen.
Wenn Sie aber schon IBM Ultrium Internal Tape Drive T200 besitzen, und noch keine Gelegenheit dazu hatten, die Bedienungsanleitung zu lesen, sollten Sie es aufgrund der oben beschriebenen Gründe machen. Sie erfahren dann, ob Sie die zugänglichen Funktionen richtig genutzt haben, aber auch, ob Sie keine Fehler begangen haben, die den Nutzungszeitraum von IBM Ultrium Internal Tape Drive T200 verkürzen könnten.
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