3D Innovations DLT8000 manual

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A good user manual

The rules should oblige the seller to give the purchaser an operating instrucion of 3D Innovations DLT8000, along with an item. The lack of an instruction or false information given to customer shall constitute grounds to apply for a complaint because of nonconformity of goods with the contract. In accordance with the law, a customer can receive an instruction in non-paper form; lately graphic and electronic forms of the manuals, as well as instructional videos have been majorly used. A necessary precondition for this is the unmistakable, legible character of an instruction.

What is an instruction?

The term originates from the Latin word „instructio”, which means organizing. Therefore, in an instruction of 3D Innovations DLT8000 one could find a process description. An instruction's purpose is to teach, to ease the start-up and an item's use or performance of certain activities. An instruction is a compilation of information about an item/a service, it is a clue.

Unfortunately, only a few customers devote their time to read an instruction of 3D Innovations DLT8000. A good user manual introduces us to a number of additional functionalities of the purchased item, and also helps us to avoid the formation of most of the defects.

What should a perfect user manual contain?

First and foremost, an user manual of 3D Innovations DLT8000 should contain:
- informations concerning technical data of 3D Innovations DLT8000
- name of the manufacturer and a year of construction of the 3D Innovations DLT8000 item
- rules of operation, control and maintenance of the 3D Innovations DLT8000 item
- safety signs and mark certificates which confirm compatibility with appropriate standards

Why don't we read the manuals?

Usually it results from the lack of time and certainty about functionalities of purchased items. Unfortunately, networking and start-up of 3D Innovations DLT8000 alone are not enough. An instruction contains a number of clues concerning respective functionalities, safety rules, maintenance methods (what means should be used), eventual defects of 3D Innovations DLT8000, and methods of problem resolution. Eventually, when one still can't find the answer to his problems, he will be directed to the 3D Innovations service. Lately animated manuals and instructional videos are quite popular among customers. These kinds of user manuals are effective; they assure that a customer will familiarize himself with the whole material, and won't skip complicated, technical information of 3D Innovations DLT8000.

Why one should read the manuals?

It is mostly in the manuals where we will find the details concerning construction and possibility of the 3D Innovations DLT8000 item, and its use of respective accessory, as well as information concerning all the functions and facilities.

After a successful purchase of an item one should find a moment and get to know with every part of an instruction. Currently the manuals are carefully prearranged and translated, so they could be fully understood by its users. The manuals will serve as an informational aid.

Table of contents for the manual

  • Page 1

    Revision 1 - January 2001 Product Manual T andberg DL T8000 DLT8000 Prod. Man. omslag-01 09.01.01 08:01 Side 1[...]

  • Page 2

    [...]

  • Page 3

    352'8&70$18$/ 7$1'%(5*'$ 7$$ 6$ P.O. Box 134 Kjelsås N-0411 OSLO, N ORW AY Phone + 47 22 18 90 90 Telefax + 47 22 18 95 50 © Tandberg Data ASA Part No. 43 22 54-01 Publ. No. 9158-1 January 2001[...]

  • Page 4

    This publication m ay describe designs for which patents are granted or pending. By publishing this inform ation, Tandber g Data ASA conveys no license under any pat- ent or any other rights. Every effort has been m ade to avoid err ors in text and diagram s. However, Tand- berg Data ASA assum es no r esponsibility for any errors, which m ay appear[...]

  • Page 5

    86(50$18$ /67$ 7(0 (176)25&/$66$ (48,30(17 ,17(51$/7$ 3(6<67(0 This equipment generates , uses, and m ay emit r adio frequency energy. The equipment has been ty pe tested and found to c omply with the limits for a Class A digital device pursuant to Part 15 of FCC rules , which are designed to provide r ea- sonab[...]

  • Page 6

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  • Page 7

    86(50$18$ /67$ 7(0 (176)25&/$66%(48,30(17 (;7(51$/7$ 3(6<67(0 This equipment has been tested and found to com ply wi th the limits for a Clas s B digital device, pursuant to Part 15 of the FCC rules . These lim its ar e designed to provide reasonable pr otection against harm ful inter ference in a residential in[...]

  • Page 8

    8VHU0DQXDO6WDWHPHQWVIRU&ODVV%(TXLSPHQWFRQWLQXHG[...]

  • Page 9

    7DQGEHUJ'/73URGXFW0DQXDO L 7DEOHRI&RQWHQWV  $ERXW7KLV0DQXDO   $XGLHQFH   3XUSRVH   'RFXPHQW2UJDQL]DWLRQ   &RQYHQWLRQV   *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV   *HQHUDO'HVFULS[...]

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  • Page 11

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    7DQGEHUJ'DWD 7DEOHRI&RQWHQWV LY 7DQGEHUJ'/73URGXFW0DQXDO  5($':5,7((55255(&29(5<3$*(K   ',6&211(&75(&211(&73$*(K   &21752/02'([...]

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    7DQGEHUJ'DWD 7DEOHRI&RQWHQWV 7DQGEHUJ'/73URGXFW0DQXDO Y $ 'HILQLWLRQRI9HQGRU8QLTXH6H QVH'DWD,QIRUPDWLRQ $ % ((3520UHVLGHQW%XJFKHFNDQG(YHQW/RJV % % ((35203DFNHWV/$67Q(9(176  % %XJFKHFN3DFNHWV [...]

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  • Page 15

    7DQGEHUJ'/73URGXFW0DQXDO   $ERXW7KLV0 DQXDO ³$ERXWWKLV0DQXDO´RXWOLQHVWKHVFRSHDQGFRQWHQWVRIWKLVPDQXDO,WFRQWDLQVLQIRUPDWLRQ DERXWWKHLQWHQGHGDXGLHQFHSXUSRVHRIWKHPDQXDOGRFXPHQWRUJDQL] DWLRQDQGGRFXPHQW FRQYHQWLRQV ?[...]

  • Page 16

    7DQGEHUJ'DWD $ERXW7KLV0DQXDO 7DQGEHUJ'/73URGXFW0DQXDO  &KDSWHU 6&6,'HVFULSWLRQ This chapter provides a detailed description of the logical interfaces of the tape system . I t describes the product’s comp liance with the ANSI SCSI - 2 specification. The system ’s m any option[...]

  • Page 17

    7DQGEHUJ'DWD $ERXW7KLV0DQXDO 7DQGEHUJ'/73URGXFW0DQXDO  $ SSHQGL[( 5XQQLQJWKH%DVLF+HDOW&KHFN%+&7HVW9LDWKH/LEUDU3RUW Appendix E explains how a trained service provider can run the DLT8000 tape system ’ s BH C test on a tape driv e that is configured as a c[...]

  • Page 18

    7DQGEHUJ'DWD $ERXW7KLV0DQXDO 7DQGEHUJ'/73URGXFW0DQXDO  7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 19

    7DQGEHUJ'/73URGXFW0DQXDO   *HQHUDO'HVFULSWLRQDQG 6SHFLILFDWLRQV 7KLVFKDSWHUSURYLGHVDGHVFU LSWLRQDQGJLYHVVSHFLILFDWLRQVIRUWKH7DQGEHUJ' /7 7DSH6VWHP  *HQHUDO'HVFULSWLR Q The Tandberg DLT8000 tape system is a hig h- performa[...]

  • Page 20

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO  6 SHFLILFDW LRQ V This section of Chapter 1 provides the perform ance, phy sical, environm ental, and electrical specifications for the tape sy stem . Specifications for the DLTtape  tape media cartr[...]

  • Page 21

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV 7DQGEHUJ'/73URGXFW0DQXDO   3 HUIRUPDQFHDQG7LPLQJ6SHFLILFDWLRQV Table 1 − 2 provides perform ance and tim ing specifications for the tape sy stem . ,WHP 6SHFLIL FDWLRQ Transfer Rates User Native = 6.0 M B/second C[...]

  • Page 22

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO ,WHP 6SHFLIL FDWLRQ READ/W RITE T ape Speed 168 inches/second Linear Search Tape Speed 175 inches/second Rewind T ape Speed 175 inches/second Average Rew ind Time 60 seconds Max imum R ewind T ime 120 seconds 0LQLPX[...]

  • Page 23

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV 7DQGEHUJ'/73URGXFW0DQXDO   5HOLDELO LW 3URMHFWHG  Mean tim e between failures (MTBF) for the tape system is projected to be 250,000 hours at 100% duty cy cle, not including heads; 300,000 hours at 20% duty cy cle,[...]

  • Page 24

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO  7HPSHUDWX UHDQG+ XPLGL W Table 1 − 4 provides the tem perature and hum idity specifications for the tape system . 'HVFULSWLRQ ,QWHJUDWLEOH9HUVLRQ 7DEOHWRS9HUVLRQ 2SHUDWLQJ5D[...]

  • Page 25

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV 7DQGEHUJ'/73URGXFW0DQXDO   2SHUDW LQJ $LU9HOR FLW Both versions of the tape sy stem require an air flow velocity of 125 linear feet per minute m easured directly in front of the bezel.  9 LEUDWLRQ?[...]

  • Page 26

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO 1RQ 2SHUDWLQ J8Q SDFNDJHG 9LEUDWLR Q6SHFLIL FDWLRQV Vibration Type: Sine Sw eep Frequency Range 5 – 500 – 5 Hz Upw ard and downw ard sw eep Acceleration Level 1 G 5 – 500 – 5 Hz Application[...]

  • Page 27

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV 7DQGEHUJ'/73URGXFW0DQXDO  1RQ 2SHUDWLQ J3DFNDJ HG'U RS6S HFLILFDWLRQ V Test T ype: Drop Shock Drop Height: 30 inches for items < 20.9 lbs (9.48 kg) 23 inches for items between 21lbs (9.52 kg) and 40.9 lbs. (18.55 kg[...]

  • Page 28

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO  $FRXVW LF(PLVVLR QV The following tables prov ide the tape system ’ s acoustic noise em ission levels, both as noise power and sound pressure. I nform ation about acoustic em issions is[...]

  • Page 29

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV 7DQGEHUJ'/73URGXFW0DQXDO   3RZHU5 HTX LUHPHQW V Table 1 − 10 provides the applicable power requirem ents for both versions of the tape system . Note that the tabletop version requires ac power. 'HVFULSWLRQ ,[...]

  • Page 30

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO  &XUUHQW 5HT XLUHP HQWV Table 1- 11 presents the current requirements for the tape sy stem in a variety of operating conditions. These num bers may v ary with work load. Drive Operatin[...]

  • Page 31

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV 7DQGEHUJ'/73URGXFW0DQXDO   7DSH6VW HP5 HFRUGLQJ 7S H The tape system uses 2,7 RLL code with DLTTM 2000, DLTTM 2000XT, DLTTM 4000, DLT TM 7000, or DLT8000 format.  '/7W DSH5HFRUG[...]

  • Page 32

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO '/7WDSH0HGLD7 SH 6SHFLILFDW LRQV '/7WDSH,9 W idth: 0.5 inch Length: 1800 feet Cartridge Dimensions: 4.1 in x 4.1 in x 1.0 in Shelf Life: 30 y ears min. @ 20 ° C & 40% RH (non-condensing) [...]

  • Page 33

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV 7DQGEHUJ'/73URGXFW0DQXDO   (OHFWURPDJQHW LF,QWHUI HUHQFH(0,6XVFHSWLELOLW This section presents tables that prov ide the specifications for conducted emissions, radiated em issions, magnetic radiated s[...]

  • Page 34

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO 127( Table 1-15 show s the Class B equipment limits for radiated interference field strength in the frequency range from 30 M Hz to 30 GHz at a test distance of 3 and 10 meters. )UHTXHQF 5DQJH0+] [...]

  • Page 35

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV 7DQGEHUJ'/73URGXFW0DQXDO  127( The transient voltage is the actual peak voltage abov e the normal ac voltage from the pow er source. )DVW7UD QVLHQW%XUVWV IRU3RZHU DQG'DWD&D EOHV 2 kV S/W recoverable err[...]

  • Page 36

    7DQGEHUJ'DWD *HQHUDO'HVFULSWLRQDQG6SHFLILFDWLRQV  7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 37

    7DQGEHUJ'/73URGXFW0DQXDO   Configuring, Installing, and Operating the T ape System 7KLVFKDSWHUFRQWDLQVLQIRUPDWLRQQHHGHGIRUWKHLQWHJUDWLRQRIWKHWDSHVVWHPLQWRD VVWHPRUVXEVVWHP7KLVLQFOXGHVVDIHWDQGKDQGOLQJLQVWUXFWLRQVFRQILJXUDWLRQMX PSH[...]

  • Page 38

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  +DQG OLQJ Dam age to the sy stem can occur as the result of careless handling, vibration, shock, or electrostatic discharge (ESD). Alway s handle the tape system with care to[...]

  • Page 39

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   (OHFWURVWDW LF'LVFK DUJH(6' 3URWHFW LRQ Various electrical components on/w ithin the tape system are sensitive to static electricity and Electrostati[...]

  • Page 40

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO   &RQILJXU LQJ DQG ,QV W D OO LQJ DQ, QWHJU DO 7 DSH 6 VWHP This section prov ides information for configuring and installing a tape sy stem that is integrated i[...]

  • Page 41

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   6HWWL QJW KH6&6,,' Select the appropriate SCSI I D (IDs 0 throug h 15 are available) for the tape system by installing jumper block s on the pin pairs of th[...]

  • Page 42

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO 127(6 The default setting (no jumpers installed) for the tape system is SCSI ID 5. A jumper must DOZD V be placed on pin pair    (SCSI ID Present) for the host to recognize D[...]

  • Page 43

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   6HWW LQJ 7(5 03:5 A SCSI bus m ust be term inated at each end of the bus. At least one device on the bus must supply terminator power (TERM PWR). To configure the DL[...]

  • Page 44

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  6HWWL QJ3DULW &K HFNLQJ Parity checking is the default setting for DLT8000 tape system s. If the system to which you are config uring the tape sy stem does not gen[...]

  • Page 45

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   ,QVWDOOLQJWKH7DSH6VWHP Installing the tape system requires securing the tape system in its bay or chassis and connecting SCSI bus and power cables. ?[...]

  • Page 46

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  &RQQHFWLQJ6&6,%XVDQG3RZHU&DEOHV Carefully connect the appropriate SCSI and power cables to their m atching connectors. Figure 2- 5 show[...]

  • Page 47

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  6LJQDO1DPH 3LQ1XPEHU 3LQ1XPEHU 6LJQDO1DPH Signal Return 1 35 -DB(12) Signal Return 2 36 -DB(13) Signal Return 3 37 -DB(14) Signal Return 4 38 -DB(15) Signal Return 5 39 -DB(P1) S[...]

  • Page 48

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO 6LJQDO1DPH 3LQ1XPEHU 3LQ1XPEHU 6LJQDO1DPH +DB(12) 1 35 -DB(12) +DB(13) 2 36 -DB(13) +DB(14) 3 37 -DB(14) +DB(15) 4 38 -DB(15) +DB(P1) 5 39 -DB(P1) +DB(0) 6 40 -DB(0) +DB(1) 7 41 [...]

  • Page 49

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  6LJQDO1DPH 3LQ1XPEHU 3LQ1XPEHU 6LJQDO1DPH +DB(12) 1 35 -DB(12) +DB(13) 2 36 -DB(13) +DB(14) 3 37 -DB(14) +DB(15) 4 38 -DB(15) +DB(P1) 5 39 -DB(P1) Ground 6 40 Ground +DB(0) 7 41 [...]

  • Page 50

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO 3LQ 6LJQDO 1 +12 VDC 2 Ground (+12 V return) 3 Ground (+5 V return) 4+ 5 V D C 7DEOH±3RZHU& RQQHFWRU6LJQDO 1DPHV  7KH/RDGHU&[...]

  • Page 51

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO    &RQILJXU LQJ DQG ,QV W D OO LQJ D7 DEO HWRS 7 DSH6 VWHP This section prov ides instructions for configuring and installing the tabletop version of the t[...]

  • Page 52

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  6HOHFWLQ J6& 6,,' Select the appropriate SCSI I D for the tabletop version of the tape system by incrementing or decrementing the num ber displayed on the S[...]

  • Page 53

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   &RQQHF WLQJWK H6&6,%XV&DEOHV Figure 2- 9 shows the locations of the two SCSI bus connectors on the rear panel of the tabletop tape system. The SCSI[...]

  • Page 54

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  ,QVWDOOLQJWKH$&3RZHU&RUG :$51,1* Do not attempt to modify or use an ex ternal 100 - 115 VAC pow er cord for 220 - 240 VAC input power. M odifying the p[...]

  • Page 55

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  )LJXUH±$&3RZHU&RUG3OXJ(QGV 115V 220V / 240V[...]

  • Page 56

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO Figure 2- 11 shows the location of the ac power cord connector on the tabletop tape system ’ s rear panel. )LJXUH±/RFDWL RQRI$&3RZHU&RUG&RQQHF[...]

  • Page 57

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   7K H7 DSH&DUWULGJ H The tape system can use one of the following ty pes of DLTtape cartridge: 7 SH 3ODVWLF&RORU )HHW& DUWULGJH DLTtape III Greyish Br[...]

  • Page 58

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO   &DUH DQG+DQGOLQJRI7DSH &DUWULGJH V Although desig ned and manufactured to withstand m uch handling and use, tape cartridges should be handled prope[...]

  • Page 59

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  • The ambient operating environment for the tape cartridge is Temperature 10 ° C to 40 ° C (50 ° F to 104 ° F) Relative Humidity 20% to 80% (non-condensing) If storag e and/or transpor[...]

  • Page 60

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  7DSH& DUWULGJ H:ULW H3URW HFW6Z LWFK )LJXUH  :ULWH3 URWHFW6 ZLWFK RQ7D SH&D UWULGJH Each tape cartridge has a w rit[...]

  • Page 61

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  When a tape cartridg e is loaded in the system and the tape cartridg e ’ s write- protect switch is m oved to its w rite-p rotected position (to the left as you face the label/switch side [...]

  • Page 62

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  &KHFNLQ JD7 DSH&DUW ULGJH Before y ou insert any tape cartridg e, you should inspect it to ensure that it is not damag ed. Refer to Appendix F for a de[...]

  • Page 63

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO    /RDGLQJD &DUWUL GJH 127( Because this section of the manual includes descriptions of the states of indicators on the tape system, it may be useful to rev iew se[...]

  • Page 64

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO 2. Insert the cartridg e. Push the cartridge fully into the tape sy stem . &$87,21 To prevent failures and/or damage to the handle, assist the handle to its closed position. D o not flip[...]

  • Page 65

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   8QORDG LQJ D&DUWULG JH 127( Because this section of the manual includes descriptions of the states of indicators on the tape system, it may be useful to rev iew [...]

  • Page 66

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  +RZDQG :KHQWR8VHD&OHDQLQJ 7DSH&DUWULG JH 127( Because this section of the manual includes descriptions of the states of indicators on the t[...]

  • Page 67

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  ,I ,WPHDQV $QG RXVKRXOG« The Use Cleaning T ape indicator continues to be illuminated steadily after you have used a cleaning cartridge to clean the recording head Your cleanin[...]

  • Page 68

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO   2SHU DWL QJWKH 7 DSH6VWHP ±&RQWU ROV DQG ,QGL FDW RUV Operating the tape system requires use of a tape cartridge and the controls and indicators on the [...]

  • Page 69

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   8QOR DG% XWW RQ Use the Unload Button to unload the tape cartridge. When a user pushes the Unload Button, the tape sy stem waits until any activ e writing of data to ta[...]

  • Page 70

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  6HOHFWLQJ'HQVLW &$87,21 If the tape is not positioned at End of Data (EOD), a W RITE to the tape will deny access to previously-recorded data bey ond the [...]

  • Page 71

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  7RVHOHFWGHQVLWRQWKHWDSHV VWHP Load the tape cartridge into the tape sy stem. The yellow Tape in U se indicator blinks while the tape loads and calibrates. After calibr[...]

  • Page 72

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO ,I« 7KHQ« The Density Select Button is not used The illuminated indicators show data density w hen the tape is being read from and written to. T he indicators illuminate steadily; Density [...]

  • Page 73

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO    3 RZHU 2 Q6H OI7 HVW 326 7DQG ,QGL FDWRU $ F WLYLW'XU LQJ3 267 When power is applied to the tape sy stem , it performs pow er- on self[...]

  • Page 74

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO 6WDWH ,QGLFDWRU'LVSODDQG$FWLY LW A tape cartridge is present, but the handle is up (not recommended) The yellow Tape In Use indicator extinguishes. T he green Operate Handle [...]

  • Page 75

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO    7 DSH6 VWHP2SH UD WLQJ 0RGH VD QG, QGLFD WRU $ F WLYLW Table 2-13 describes the v arious operating conditions of a tape system and what observations can be [...]

  • Page 76

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO )URQW3DQHO ,QGLFDWRU &RORURI ,QGLFDWRU 6WDWH 2SHUDWLQJ0RGH All four right-hand or all six left-hand indicators --- On Blinking POST is beginning An error has occurred. See Secti[...]

  • Page 77

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  7DSHL Q8VH ,QGLF DWRU DQG0RGH V Whenever the y ellow Tape in Use indicator is illum inated steadily, the tape system and cartridg e are ready to use. When the sy stem is calib[...]

  • Page 78

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO  8VLQ JWKH'/ 77 DSH6 VWHP¶ V%DVLF+HDOWK &KHFN %+ &7 HVW)HDWX U H 127( The BHC feature is prov ided for use only by a t[...]

  • Page 79

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO   7 U RXEOH VKRRWLQJ Use Table 2- 15 for troubleshooting tips in the event that y our tape system fails its power-on self test or if it sig nals a problem via its front panel indi[...]

  • Page 80

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO ,I« 7KHQ« <RX6KRXOG« System does not recognize the tape system (continued) 1. SCSI bus may be too long. 2. Too many dev ices on the bus. 1. Limit bus length to ANSI SCSI standard fo[...]

  • Page 81

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP 7DQGEHUJ'/73URGXFW0DQXDO  ,I« 7KHQ« <RX6KRXOG« Indicators along right-hand side of front panel are blinking and the Operate Handle Light is illuminated steadily The tape leader may be dropped. Open the handl[...]

  • Page 82

    7DQGEHUJ'DWD &RQILJXULQJ,QVWDOOLQJDQG2SHUDWLQJWKH7DSH6VWHP  7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 83

    7DQGEHUJ'/73URGXFW0DQXDO   6&6,'HVFULSWLRQ 7KLVFKDSWHUSURYLGHVDGHWDLOHGGHVFULSWLRQRIWKHORJLFDOL QWHUIDFHVRIWKHWDSHGULYH7KH GULYHLVIXOOFRPSOLDQWZLWKWKH$1 6,6&6,VWDQGDU GIRUWDSHGULYHGHYLFHVDQG LPSOHPHQWV?[...]

  • Page 84

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO  6&6,&R PPDQG V ANSI classifies SCSI comm ands as m andatory, optional, or vendor- specific. The mandatory and optional commands im plemented for the drives are summ arized in Table 3 – 1 and described fully in C[...]

  • Page 85

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO  &RPPDQG &RGH &ODVV 'HVFULSWLRQ MO DE SELECT (6) 15h Optional Provides a means for the initiator to specify device parameters. MODE SENSE (6)/(10) 1Ah/ 5Ah Optional Provides a means for a drive to report parameters to the[...]

  • Page 86

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO &RPPDQG &RGH &ODVV 'HVFULSWLRQ TEST UNIT READY 00h M andatory Provides a means to check if the logical unit is ready. VERIFY 2Fh Optional Requests the drive to verify the data written to the medium. W RITE 0Ah Mandatory [...]

  • Page 87

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO   6LJQ DO6 W DWHV The following paragraphs describe sig nal values and SCSI ID bits.  6LJQDO 9DOXHV All sig nal values are actively driven true (low v oltage). B ecause the signal driv ers are OR- tied,[...]

  • Page 88

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO 6&6,,' %LW V SCSI perm its a maximum of eight SCSI dev ices on a SCSI bus (16 dev i ces are permitted w hen using wide SC SI ). Each SCSI device has a unique SCSI ID assigned to it. This SC SI ID provi[...]

  • Page 89

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO   6&6,6LJQ DOV The following paragraphs define SCSI signals and bus timing values.  6&6,6LJQDO'HI LQLWLRQV Table 3 – 3 defines the SCSI bus sig nals. ACK (ack nowledge) A signal driven[...]

  • Page 90

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO RST (reset) An OR-tied signal t hat initiates a RESET condit ion. SEL (sel ect) An OR-tied signal us ed by an initiator t o select a target or by a targe t to rese lect an in itiator . 7DEOH  ±  6&6,%XV6LJ[...]

  • Page 91

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO  Bus Set tle Delay 400 ns Minimum tim e to wait for the bus to sett le after c hanging certain c ontrol signal s as cal led out in the protoc ol definiti ons Cable Skew Delay 10 ns Maxim um diff erence in propagation t ime all owed betw e[...]

  • Page 92

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO Transfer Peri od 2 Minimum tim e allowed between the leading edges of succ essive RE Q pulses and of s ucces sive ACK pul ses while using st andard or fast s ynchronous data trans fers. The period range is 200 t o 500ns mini mum , sta[...]

  • Page 93

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO   6&6,%XV3K DVHV The SCSI architecture includes eig ht distinct phases: BUS FREE phase ARBITRATION phase SELECTION phase RESELECTION phase COMMAND phase DATA phase s (In/Out) STATUS pha se MESSAGE phases (I n/Out)[...]

  • Page 94

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO &$87,21 Any occurrence of a bus parity error (i.e., a single-bit error) should be considered serious: it implies the possibility of undetected double-bit error may ex ist on the bus. T his may cause undetected data corruption. On [...]

  • Page 95

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO  %XV)U HH6HTXH QFH 1. BSY and SEL sig nals are continuously false for one bus settle delay . 2. SCSI dev ices release all SCSI bus signals within one bus clear delay . • I f a SCSI device requires m ore than one bus settle dela[...]

  • Page 96

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO • The losing SCSI device waits for the SEL sig nal to becom e true before releasing the BS Y signal and S CSI ID bit when arbitration is lost. • The losing SCSI device returns to Step 1. I f no higher priority SCSI I D bit is true[...]

  • Page 97

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO   6(/(&7 ,21 3KDVH The SELECTI ON phase allows an initiator to select a drive to initiate a drive function. The SCSI dev ice that won the arbitration has both the BSY and SEL signals asserted and has delayed at[...]

  • Page 98

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO • Note that the initiator will release the S EL sig nal and m ay chang e the DATA BU S no less than two desk ew delay s after it detects that the BSY sig nal is true. The driv e waits until the SEL signal is false before asserting t[...]

  • Page 99

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO   5(6(/(& 7,2 13KDVH RESELECTI ON is an optional phase that allow s a drive to reconnect to an initiator to continue an operation that w as previously started by the initiator but was suspended by the driv e. T[...]

  • Page 100

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO 7KHGULYH 11. Detects the BSY signal is true. 12. Asserts the BSY signal. 13. Waits at least two deskew delays. 14. Releases the SEL signal. • The drive can then chang e the I/O sig nal and the DATA BUS. 7KHLQLWLDWRU 1[...]

  • Page 101

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO  5HVHOHFWLRQ7LPH2XW Two optional time- out procedures are specified for clearing the SCSI bus if the initiator waits a m inimu m of a selection tim e-out delay and there has been no BSY signal response from the drive. 1. The init[...]

  • Page 102

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO 127(6&217,18(' 7. The tape drive does not act as an initiator on the SC SI bus. Therefore, the drive does not 1) generated unsolicited interrupts to the bus, 2) initiate its own SCSI commands, and 3) assert bus reset[...]

  • Page 103

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO  A phase ends when the C/D, I/O, or MSG signal changes after the neg ation of the ACK signal. The tim e between the end of a phase and the assertion of the REQ signal beginning a new phase is undefined. An initiator is allow ed to anti[...]

  • Page 104

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO  $ VQFKURQRXV'DWD7 UDQVIHU 'ULYHWR,QLWLDWRU7UDQVIHU3URFHGXUH 1. The drive drives the DB (0- 15, P, & P1) signals to their desired values. 2. Drive delay s at least one deskew de[...]

  • Page 105

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO   6QFKURQRXV'DWD7UDQVIHU Synchronous Data Transfer is optional and is only used in DAT A phases and only if a synchronous data transfer ag reement is established. The REQ/ACK offset specifies the m a[...]

  • Page 106

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO ,QLWLDWRUWR'ULYH7UDQVIHU3URFHGXUH Initiator transfers one by te for each REQ pulse received. 1. Drive asserts the R EQ sig nal. 2. After receiving the leading edg e of the REQ signal, initiator driv es the DB (0-15, P[...]

  • Page 107

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO   6LJQDO5HVWULFWLRQV%HWZHHQ3KDVHV When the S CSI bus is between two inform ation transfer phases, the following restrictions apply to the SCSI bus signals: • The BSY, SEL, REQ, and ACK signals do not [...]

  • Page 108

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO  67$7863KDVH The tape drive enters the status phase just once per comm and unless a retry is requested by the initiator. The only exception is during error cases when the dev ice goes im mediately to bus fre[...]

  • Page 109

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO  127( In contrast to the BUSY status condition, the DRIVE NO T READY Sense Key is returned as part of the Sense data following a R EQUEST SENSE command and indicates that a media access command has been issued but that the media is not[...]

  • Page 110

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO   6&6, %XV &RQGL WLRQV The SCSI bus has tw o asynchronous conditions: Attention and R eset.  $WWHQWLRQ&RQGLWLRQ The attention condition informs a driv e that an initiator has a messag[...]

  • Page 111

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO  $716LJQDO7UXHLQ3KDVH 7KH'ULYH(QWHUV0(66$*(287« COM M AND After transferring part or all of the command descriptor block bytes. DATA At the drive ’ s earliest convenience (often on a logical blo[...]

  • Page 112

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO  5HVHW&RQGLW LRQ The tape drive responds to power- on and/or bus reset conditions as described: • All tape drive SCSI lines assert high impedance when the tape driv e is powered off. • The drive does not g[...]

  • Page 113

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ 7DQGEHUJ'/73URGXFW0DQXDO   4XHXHG8QLW$WWHQWLRQV Queued Unit A ttentions are implem ented on the tape drive and are maintained separately for each valid LUN for each initiator. U nit Attentions are created as a result of the following[...]

  • Page 114

    7DQGEHUJ'DWD 6&6,'HVFULSWLRQ  7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 115

    7DQGEHUJ'/73URGXFW0DQXDO   0 HVVDJHV 7KH6&6,PHVVDJHVVWHPDOORZVFRP PXQLFDWLRQEHWZHHQDQLQLWLDWRUDQGWKHGULYHIRU LQWHUIDFHPDQDJHP HQWDQGFRPPDQGTXDOLILFDWLRQ0 HVVDJHVFDQEHRULJLQDWHGEHLWKHU WKHLQLWLDWRURUWKHGU LYH7KLVVH[...]

  • Page 116

    7DQGEHUJ'DWD 0HVVDJHV  7DQGEHUJ'/73URGXFW0DQXDO 0HVVDJH 0HVVDJH&RGH ' LUHFWLRQ ABORT 06h Out BUS DEVICE RESET 0Ch Out COMM AND COMPLETE 00h In DISCONNECT 04h In Out EXTENDED M ESSAGE (SDTR and wide Data T ransfer Request) * 01h In O ut IDENTIFY 80h – FFh In Out IGNORE W IDE RESIDUE 23h In [...]

  • Page 117

    7DQGEHUJ'DWD 0HVVDJHV 7DQGEHUJ'/73URGXFW0DQXDO  Bit Byte 76543210 0 Ex tended Message (01h) 1 Ex tended Message Length 2 E x tended Message C ode 3 to n - 1 Extended M essage Arguments )LJXUH  ±  ([WHQGHG0HVVDJH² 'DWD)RUPDW )LHOG 'HVFULSWLR Q Extended M essage Leng[...]

  • Page 118

    7DQGEHUJ'DWD 0HVVDJHV  7DQGEHUJ'/73URGXFW0DQXDO   6XSSRU WHG 6&6, 0 HV VDJHV Follow ing are des criptions of each of th e m essag es supported by the drive.  $%25 70HVVDJHK This m essage is sent from the initiator to the targ et to clear the c[...]

  • Page 119

    7DQGEHUJ'DWD 0HVVDJHV 7DQGEHUJ'/73URGXFW0DQXDO   ',6&211(&70HVVDJHK The DI SCONNECT m essage is sent from the drive to inform the initiator that the present connection is going to be broken (the driv e plans to disconnect by releasing the BSY sig na[...]

  • Page 120

    7DQGEHUJ'DWD 0HVVDJHV  7DQGEHUJ'/73URGXFW0DQXDO   ,'(17,)<0 HVVDJHK))K The I DEN TI FY messag e is sent by either the initiator or the driv e to establish or re-establish the phy sical connection path between an initiator and target for a partic[...]

  • Page 121

    7DQGEHUJ'DWD 0HVVDJHV 7DQGEHUJ'/73URGXFW0DQXDO   ,*125 (:,'(5(6,'8 (0 HVVDJH K The I GNORE WI DE RESI DUE messag e is sent by the target to the initiator to indicate that the number of v alid bytes sent during the last REQ/ACK handshake and REQB/[...]

  • Page 122

    7DQGEHUJ'DWD 0HVVDJHV  7DQGEHUJ'/73URGXFW0DQXDO  ,1,7,$725 '(7(&7('(5 525 0HVVDJHK The IN I TIA TOR D ETEC TED ERR OR m essage is sent from an initiator to inform the drive that an error has occurred that does not preclude the driv e from ret[...]

  • Page 123

    7DQGEHUJ'DWD 0HVVDJHV 7DQGEHUJ'/73URGXFW0DQXDO   /,1.('&2 00 $1'&203/(7(0HVVDJH$K This m essage is sent from a target to an initiator to indicate that the execution of a linked comm and (with the FLAG bit set to zero) is com plete and that stat[...]

  • Page 124

    7DQGEHUJ'DWD 0HVVDJHV  7DQGEHUJ'/73URGXFW0DQXDO  122 3(5$ 7,21 K  If a targ et requests a message, the initiator sends a NO OPER ATI ON m essage if it does not currently hav e any other v alid m essage to send. The m essage is accepted when the drive is acting a[...]

  • Page 125

    7DQGEHUJ'DWD 0HVVDJHV 7DQGEHUJ'/73URGXFW0DQXDO   6<1&+521286'$7$75$16 )(55(48( 67 0HVVDJHK 127( The tape drive supports initiating synchronous transfer negotiations with the host, but this feature is disabled by default. T o enable it, set the [...]

  • Page 126

    7DQGEHUJ'DWD 0HVVDJHV  7DQGEHUJ'/73URGXFW0DQXDO  :,'('$ 7$75 $16) (55(48 (670HVVDJHK The following fig ure illustrates the message form ats. Bit Byte 7654321 0 0 Extended M essage Identifier (01h) (see Figure 4-1) 1 Ex tended Message Length (0[...]

  • Page 127

    7DQGEHUJ'DWD 0HVVDJHV 7DQGEHUJ'/73URGXFW0DQXDO  The DLT8000 tape drive im plem ents both wide data transfer option and synchronous data transfer option. I t negotiates the wide data transfer agreem ent prior to neg otiating the sy nchronous data transfer ag reem ent. I f a synchronous data transfer a[...]

  • Page 128

    7DQGEHUJ'DWD 0HVVDJHV  7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 129

    7DQGEHUJ'/73URGXFW0DQXDO   6&6,&RPPDQGV 7KLVFKDSWHUGHVFULEHVWKH6& 6,SURWRFROIHDWXUHVLPSOHP HQWHGLQWKH'/7WDSH VVWHP1RWHWKDWWKHVHFWLRQVLQFOXGHGLQWKLVFKDSWHUGRQRWIXOOUHLWHUDWHHYHU$16, 6&6,PHVV[...]

  • Page 130

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO &RPPDQG 2SHUDWLRQ&RGH 6XEVHFWLRQ REPORT LUNS A0h 5.22 REQUEST SENSE 03h 5.23 RESERVE UNIT (6) 16h 5.24 RESERVE UNIT (10) 56h 5.25 REW IND 01h 5.26 SEND DIAGNOSTIC 1Dh 5.27 SPACE 11h 5.28 TEST U NIT READY 00h 5.29 VERIFY 13h 5.30 W[...]

  • Page 131

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO   6&6,3RLQ WHUV SCSI architecture provides a set of three pointers (called sav ed pointers) for each I/O process. The three pointers are: Comm and, Status, and Data. When an I/O process becom es active, the three sav [...]

  • Page 132

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  &RPP DQG' HVFULSW RU% ORFN An initiator com m unicates with the drive by sending a 6- or 10- byte Com mand Descriptor Block that contains the param eters for the specific command. The SCSI co mma nd ’ s op[...]

  • Page 133

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  Operation Code The operation code spec ifies t he comm and being requested. The list of supported S CSI com mands and their operation c odes are contai ned in Table 5 – 1. Logical Unit Number The Logic al Unit Num ber contains the number o[...]

  • Page 134

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO The final byte of the CD B is called the &RQWURO by te. I t s contents are defined in the next fig ure and table. In the remainder of this chapter, the Flag and Link bytes will not be redefined each time they appear as part of a com mand[...]

  • Page 135

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO   6WDWX V(UURU5HSR UWLQJ SCSI messag e-level errors are com m unicated by m essages that are defined specifically for that purpose (for exam ple, MESSAGE PARI TY ERROR , MESSAGE REJECT). Message- level errors are also [...]

  • Page 136

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 127( In contrast to the BUSY status condition, the DRIVE NO T READY Sense Key is returned as part of the Sense data following a R EQUEST SENSE command and indicates that a media access command has been issued and the medium is not ready to b[...]

  • Page 137

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  ERASE 0 INQUIRY A llocati on --- Standard Inqui ry or a Vital Product Dat a page LOAD UNLOAD 0 --- --- LOCATE 0 --- --- LOG SELECT P arameter Lis t (mus t be 0) --- --- LOG SENSE All ocation --- Log P age MODE SELECT (6) / (10) Paramet er Li[...]

  • Page 138

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO REPORT LUNS All ocation --- Supported LUNS LIst REQUEST SEN SE Allocation --- Sen se Data (18) RESERVE UN IT 0 (Extent List Option not supported) --- --- REW IND 0 --- --- SEND DIA GNOSTIC Param eter List Diagnos tic P age --- SPACE 0 ---[...]

  • Page 139

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO    8QLW$WW HQWLRQ&RQGLWLRQ Queued Unit Attentions are implem ented on the Tandberg DLT8000 tape drive and are maintained separately for each valid LUN for each initiator. Unit Attentions are created in each of t[...]

  • Page 140

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  %HKDYLRU$W 3RZHU2 QDQG6&6,%X V5HVHW The following apply to the DLT8000 tape drive ’ s behavior at power-on and/or SCSI bus reset: • When the Tandberg DLT8000 system is powered up, all device[...]

  • Page 141

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO   'DWD&DFKHDQG 7DSH:ULW H,QWHUDFWLRQ The Tandberg DLT8000 system tape drive contains a data cache that buffers blocks (records) until they are written to tape. This section describes when those [...]

  • Page 142

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO   6&6, FRPPDQG 'HVF UL SWLRQV LQ 7KLV 0 DQXDO The SCSI com mands are presented in alphabetical order. Each comm and starts on a new, odd- numbered pag e. Because information about a particular comm and [...]

  • Page 143

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  Throughout this m anual, m ultiple bytes that contain inform ation about specific comm and parameters are portrayed as shown in the exam ple of the Param eter List Length field (by tes 7 and 8) of the Log Select com mand shown below: Bit [...]

  • Page 144

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  (5$ 6(&RPPDQG K The ERASE comm and causes data on the tape m edium to be erased. 127( ERASE command MUST be issued while at BO T. Bit Byte 7654321 0 0 Operation Code (19h) 1 Logical Unit N umber Reser[...]

  • Page 145

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  (5$6(&RPPDQGK FRQWLQXHG )LHOG 'HVFULSWLR Q Immed Immediate. If the Immediate bit = 0, the target does not return status until the selected operation has completed. If set to 1, status is returned [...]

  • Page 146

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  ,148 ,5 <&R PPDQG K The INQUI RY com mand allows the initiator to determ ine the kind of SCSI devices attached to its SCSI bus. It causes a device that is attached to a SCSI bus to return information [...]

  • Page 147

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  ,148 ,5<&RP PDQGK F RQWLQXHG )LHOG 'HVFULSWLR Q CmdDt Command Support Data. If Cm dDt = 0 and EVPD (see below) = 0, the drive returns the Standard Inquiry Data. If CmdDt = 1 w ith EVPD = 0, the dr[...]

  • Page 148

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO ,148 ,5<& RPPDQG K FRQ WLQXHG Bit Byte 7654321 0 0 Peripheral Quali fier Peripheral Device Type 1 RMB Devi ce Type Modifier 2 ISO Version ECM A Version ANSI Version 3 AENC Trm IOP Reserved Res po[...]

  • Page 149

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  ,148,5<&RPPDQGK FRQWLQXHG Table 5 – 8 contains field descriptions for the data returned by the drive. Peripheral Quali fier 0 Non-zero if init iator sel ects an inval id logical uni t (see belo[...]

  • Page 150

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO ,148 ,5<& RPPDQG K FRQ WLQXHG Product Revi sion Level This f ield contains 4 bytes of A SCII dat a that provides t he drive ’s firm ware revision levels. The first two bytes are the vers ion nu[...]

  • Page 151

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  ,148,5<&RPPDQGK FRQWLQXHG   9HQGRU8QLTXH,QTXLU'DWD The following inform ation can be used to precisely identify the revision of subsystem com ponents. Bit Byte 76[...]

  • Page 152

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO ,148 ,5<& RPPDQG K FRQ WLQXHG )LHOG1DPH 'HV FULSWLRQ Product Family This field indicates the data density of each of the D LT tape drives as follow s: 3URGXFW)DPLO%LW 'ULY H?[...]

  • Page 153

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO    6XSSRUWH G9LWDO3U RGXFW'DWD3 DJHVD QG&RPPDQG 6XSSRUW'D WD The Supported Vital Product Data Pages pag e (Figure 5 – 7) provides a directory of the Vital Product Data Pages that are s[...]

  • Page 154

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO ,148 ,5<& RPPDQG K FRQ WLQXHG 7KH8QLW6HULDO1XPEHU3DJHK Bit Byte 7654321 0 0 Peripheral Qualifier Peripheral Device Ty pe 1 Page Code (80h) 2 Reserved 3 Page Length ([...]

  • Page 155

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  ,148,5<&RPPDQGK FRQWLQXHG 7KH'HYLFH,GHQWLILFDWLRQ3DJHK Bit Byte 7654321 0 0 Peripheral Qualifier Peripheral Device Ty pe 1 Page Code (83h) 2 Reserved 3 Page Length[...]

  • Page 156

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO ,148 ,5<& RPPDQG K FRQ WLQXHG )LHOG1DPH 'HV FULSWLRQ Code Set T he value in this field indicates the type of data to be found in the Identifier field. Code M eaning 1 Binary data 2 ASCII [...]

  • Page 157

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  ,148,5<&RPPDQGK FRQWLQXHG 7KH)LUPZDUH%XLOG,QIRUPDWLRQ3DJH98&K Bit Byte 7654321 0 0 Peripheral Qualifier Peripheral Device Ty pe 1 Page Code (C0h) 2 Reserve[...]

  • Page 158

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO ,148 ,5<& RPPDQG K FRQ WLQXHG 7KH6XEVVWHP&RPSRQHQWV5HYLVLRQ3DJH&K This page contains inform ation used by Tandberg Data ASA about firm ware, drive controller, [...]

  • Page 159

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  ,148,5<&RPPDQGK FRQWLQXHG &RPPDQG6XSSRUW'DWD An application client can request com mand support data by setting the CmdD t bit of the INQUIRY com m and to 1, and speci fying the SC[...]

  • Page 160

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO ,148,5<&RPPDQGKFRQWLQXHG )LHOG 'HVFULSWLR Q Support The value of the Support field describes the type of support that the tape drive provides for Command Support D ata. 9DOXH 'HVFULSWLRQ?[...]

  • Page 161

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO    /2$ '81/2$'&RPPDQG %K The LOAD UNLOAD command tells the t arget to load or unl oad the tape media in the tape cartri dge. If no cartridge is i n t he t ape dr ive, both LOAD a nd UNLOAD ret[...]

  • Page 162

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2$'81/2$'&RPPDQG%KFRQWLQXHG Bit Byte 7654321 0 0 Operation Code (1Bh) 1 Logical Unit N umber Reserved Immed 2 Reserved 3 Reserved 4 Reserved EOT Re-Ten Load 5 Unused Reserved Flag Link )LJXU[...]

  • Page 163

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2$'81/2$'&RPPDQG%KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Immed Immediate. If this bit is set to 1, status is returned as soon as the operation is started. If set to 0, status is returned a[...]

  • Page 164

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  / 2&$ 7(&R PPDQG %K The LOCATE com m and is used to do hig h-speed positioning to the specified block address. The READ POSI T ION com mand can be used to obtain the block address, when writing, w he[...]

  • Page 165

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2&$7(&RPPDQG%KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ BT Block Type. The Block T ype bit indicates how the Block Address field is interpreted. The first recorded object (block or filemark) is at add[...]

  • Page 166

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  /2*6(/(&7 &RPPDQ G& K The LOG SELECT com mand allows the host to manag e statisti cal information maintained by the tape driv e about its own hardware parameters or about the installed tape me[...]

  • Page 167

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(/(&7&RPPDQG&KFRQWLQXHG PCR Paramet er Code Reset. I f this bi t is s et to 1 and the param eter list length is set to 0, all acc umulated val ues of page codes 2, 3, and 32 are set to 0 an[...]

  • Page 168

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(/(&7&RPPDQG&KFRQWLQXHG   /RJ'HWHFWLRQ6XPPDULQ/2*6(/( &7&RPPDQG 'HVFULSWRU%ORFN The following conditions constitute errors that are[...]

  • Page 169

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(/(&7&RPPDQG&KFRQWLQXHG  /RJ 6HOHFW 3DJH )RUP DW Each log pag e begins with a 4- byte header followed by Q number of log param eter blocks (one block for each [...]

  • Page 170

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(/(&7&RPPDQG&KFRQWLQXHG /2* 3$ 5$ 0(7(56 Bit Byte 7654321 0 0 -1 (MSB) Parameter Code (LSB) 2 DU DS TSD ETC TM C Rsv ’ dL P 3 Parameter Length 4 - 7 (MSB) Parameter Value (LSB) )LJXUH?[...]

  • Page 171

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(/(&7&RPPDQG&KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ 127( Byte 2 of the Log Parameter Block is referred to as the Parameter Control Byte; it is made up of six control bits plus one bit th[...]

  • Page 172

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(/(&7&RPPDQG&KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ TM C Threshold M et Criteria. Once the criteria specified in this field is met and the ETC bit is 1 and the RLEC bit in M ODE SENSE / [...]

  • Page 173

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO   (UURU'HW HFWLRQ6XP PDULQ /RJ 6HOHFW 3DJHV The host issues a LOG SEN SE com m and to initialize host- resident software that allows determ ination of: • The log pag es used by the driv e • The[...]

  • Page 174

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(& RPPDQG 'K The LO G SE NSE command allows the host to retriev e statistical inform ation maintained by the tape driv e about its own hardware parameters or about the installed t ape medi[...]

  • Page 175

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PPC Parameter Pointer Control. This bit musts be set to 0. A PPC of 0 indicates that the parameter data requested from the device starts [...]

  • Page 176

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG Page Code The P age Code field identi fies which log page is being requested by t he initiat or. If t he page is not support ed, then the c omm and terminat es with a C[...]

  • Page 177

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG  (UURU'HW HFWLRQ6XP PDUL Q/ 2* 6(16(&R PPDQ G 'HVFULSWRU%ORFN The following conditions constitute errors detected [...]

  • Page 178

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG   6XSSRU WHG3DJH V/RJ3D JH3DJH K When pag e 00h is requested, the 4-byte pag e header is returned, followed by the pa[...]

  • Page 179

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG   5($'3DJH K:5,7(3DJHK( 5525/2* 6(16(3DJ H Each Log pag e begins with a 4- byte[...]

  • Page 180

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG /2* 3$ 5$ 0(7(56 Bit Byte 7654321 0 0 -1 (MSB) Parameter Code (LSB) 2 DU DS TSD ETC TM C Rsv ’ dL P 3 Parameter Length 4 - 11 (MSB) Parameter Value (LSB) )LJXUH[...]

  • Page 181

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG Byte 2 of t he Log Paramet er Block i s referred to as the Param eter Control Byt e; it is made up of six control bits plus one bit that is res erved. DU Dis able Updat[...]

  • Page 182

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG LP Li st Param eter. This bit is 0 s ince the param eter codes are t reated as data counters . Paramet er Length This f ield specif ies the num ber of bytes of the para[...]

  • Page 183

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG  /$67 Q(5 52 5(9(1 763DJ H K This page returns one parameter at a tim e that contains the ASCII text for the specified e[...]

  • Page 184

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG /2* 3$ 5$ 0(7(56 Bit Byte 7654321 0 0 -1 (MSB) Parameter Code (LSB) 2 DU DS TSD ETC TM C Rsv ’ dL P 3 Parameter Length 4 - n (MSB) Hex ASCII String for Ev ent n (L[...]

  • Page 185

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG  7DSH$ OHUW 3DJH (K  This page returns results of the tape driv e ’ s on- going self diagnosis, so that the tape drive ’ s behav[...]

  • Page 186

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG 7$ 3($ /(5 7 /2*3$ 5$ 0(7 (56 Bit Byte 7654321 0 5 –1 to 5 (MSB) Param eter Code ( ) (LSB) 5 + 1 DU DS TSD ETC TMC Rsv ’ dL P 5 + 2 Parameter Lengt h (1) 5[...]

  • Page 187

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG 1 Read W arning W arning P roblems readi ng data. There is no l oss of dat a, but the tape drive ’ s perform ance is reduced. 2 W rite W arning W arning Problem s wri[...]

  • Page 188

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG 22 Expired Cleaning Media Crit ical The cleaning cart ridge that was used has expired. W ait for al l tape drive operations to com plete, then us e a valid cleani ng ca[...]

  • Page 189

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG  5($':5 ,7(&2035(66,213DJH K This page begins with a 4-by te header followed by the log param eter blo[...]

  • Page 190

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG /2*3$5$ 0 (7(56)253$5$ 0(7 (5&2'(6K$1'K Bit Byte 7654321 0 0 -1 (MSB) Parameter Code (LSB) 2 DU DS TSD ETC TM C Rsv ’ d[...]

  • Page 191

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG /2* 3$ 5$ 0(7(56 )253$5$ 0 (7(5&2'(6 K7+528*+ K Bit Byte 7654321 0 0 -1 (MSB) Parameter Code (LSB) 2 DU DS TSD ETC TM C Rsv ?[...]

  • Page 192

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG DU Dis able Update. Al ways 0. DS Disable S ave. Not supported. This bit always set to 1. TSD Target Save Dis able. Not support ed. This bit always set to 1. ETC Enable[...]

  • Page 193

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG  'HYLFH:HOOQHVV3DJH K The Dev ice Wellness Pag e returns information about any check conditions related to Sense Keys 1, [...]

  • Page 194

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG '(9,&(:(//1(66/2*6(16(3$*(3$ 5$0(7(56K)K Bit Byte 7654321 0 0 Parameter Code 1 Reserved 2 DU DS TSD ETC T[...]

  • Page 195

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Parameter Code Parameter Codes 0000h through 000Fh are supported. This provides 16 log entries for error information capture. DU Disable [...]

  • Page 196

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG  'HYLFH6W DWXV 3DJH (K  The Device Status Page describes the current status of the tape driv e. Figures 5- 31 and 5-32 and T[...]

  • Page 197

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG '(9,&(67$786/2* 6(16(3$ * (3$ 5$0(7 (56 Bit Byte 7654321 0 0 - 1 P arameter Code 2 DU DS TSD ETC TM C Rsv ’ dL P 3 Parameter Length (04h) 4 - [...]

  • Page 198

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO /2*6(16(&RPPDQG'K FRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Parameter Value Parameter Codes 0000h through 0005h are supported. Code Description 0000h Specifies device type. For sequential-ty pe dev[...]

  • Page 199

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  /2*6(16(&RPPDQG'K FRQWLQXHG )LHOG1DPH 'HV FULSWLRQ ClnR Set to 1 if a cleaning required condition exists. W hen the condition clears, this status is also cleared. ClnQ Set to 1 if a cleani[...]

  • Page 200

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(& 7&R PPDQG   KK The MODE SELECT command (available in either 6- or 10-byte format) enabl es the host to configure the tape drive. I[...]

  • Page 201

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG 02 '(6(/(&7&RPPDQG'HVFULSWRU%ORFN²'DWD)RUPDW [...]

  • Page 202

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PF Page Format. The Page Format bit indicates that the data sent by the[...]

  • Page 203

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG Bit Byte 7654321 0 0 - 7 Mode Parameter Header 8 - 15 M ode Parameter Block Descriptor (Optional) 8 - [...]

  • Page 204

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG  0RGH3DUDPHWHU+HDGHU The fig ures and tables that follow prov ide an ill[...]

  • Page 205

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Media T ype T his field is ignored by the M ODE SELECT command. Buffere[...]

  • Page 206

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG  0RGH3DUDPHWHU%ORFN'HVFULSWRU The fig ure and table that foll[...]

  • Page 207

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG Density Code This fi eld should m atch the c urrent tape m edium dens ity; it is set t o 0 if the dens[...]

  • Page 208

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG Block Length This field spec ifies t he length, in byt es, of eac h logical bloc k transf erred over t[...]

  • Page 209

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG  5( $':5,7((55255( &29(5<3 $*(K The [...]

  • Page 210

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. For MODE SELECT, this bit must be 0. Additional [...]

  • Page 211

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG  ',6 &211(&75(&211( &73$*(K The D[...]

  • Page 212

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG PS Paramete rs Sava ble. Fo r MO DE SELEC T, this bit must be 0. Additional Page Length This f ield in[...]

  • Page 213

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG   &21752/0 2'(3$*( $K The Control Mode Pag e provid[...]

  • Page 214

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. For MODE SELECT, this bit must be 0. Page Length[...]

  • Page 215

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG  '$ 7$ &2 035(66,21 3$* ( )K  The Data Com pression[...]

  • Page 216

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Page Code The Page Code identifies the ty pe of MO DE SELECT page being[...]

  • Page 217

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG  '( 9,&(&21), *85$7,213$*( K The Device Configu[...]

  • Page 218

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG PS Paramete rs Sava ble. Fo r MO DE SELEC T, this bit must be 0. Additional Page Length This f ield in[...]

  • Page 219

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG AVC Autom atic V elocity Cont rol. Not support ed; mus t be 0. SOCF Stop on Consecut ive Filemark s. N[...]

  • Page 220

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG   0( ',80 3$57,7,213 $*( K The drive supports the Mediu[...]

  • Page 221

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. For MODE SELECT, this bit must be 0. Additional [...]

  • Page 222

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG  7$ 3($/ (57 3$*(  &K The drive supports the TapeAlert Page wh[...]

  • Page 223

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. For M ODE SELECT, this bit must be 0. Additional[...]

  • Page 224

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ MR IE Method for Reporting Informational Ex ceptions. The tape drive us[...]

  • Page 225

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG  ((35 209(1' 25 81 ,48 (3$* ( (K The drive supports a v[...]

  • Page 226

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG 1DPH 9DOXH 5HS 'HIDXOW /HQJWK % WHV 8VDJH VENDORID ASCII TA NDBERG 8 Vendor I dentif[...]

  • Page 227

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG 1DPH 9DOXH5HS 'H IDXOW /HQJWK % WHV 8VDJH LOADER LUN ASCII Decimal 1 1 1 - 7 = LUN t[...]

  • Page 228

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG 1DPH 9DOXH 5HS 'HIDXOW /HQJWK % WHV 8VDJH FORCER EADSILI ASCI I Bin ary 0 1 To ma[...]

  • Page 229

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG SCSIBUSDM ATIMER ASCII De cimal 2 1 The number of seconds unt il the drive tim es out waiting f or [...]

  • Page 230

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 1DPH 9DOXH5H S 'HIDXOW /HQJWK % WHV 8VDJH THIRDPAR TYDEN ASCI I Decimal 0 1 Value of default thi rd party density. Requires ENA THIRDPARTYDE NS = 1 ENAGRAN ULAR ITY ASCII Binar y 1 1 Enables granularity fi eld in READ[...]

  • Page 231

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG As an example of an EEPROM v endor unique page, the fig ure below shows a page that will modify the[...]

  • Page 232

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(/(&7 &RPPDQGKKFRQWLQXHG An exam ple follows that illustrates an EEPRO M vendor unique pag e that modifies the FORCEDENSITY [...]

  • Page 233

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(/(&7 &RPPDQGKKFRQWLQXHG  &KDQJHDEOH3DUDPHW HUVZLWKLQ02'(6(/(&7 The table b[...]

  • Page 234

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(  & RP PDQ G $ K$ K The MOD E SE NSE com mand allows the drive to report its media ty pe, and current, or changeable config uration [...]

  • Page 235

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG Bit Byte 7654321 0 0 Operation Code (5Ah) 1 Logical Unit Number Rsv ’ dD B D R e s e r v e d 2 PC Page Code 3 Reser[...]

  • Page 236

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ DBD Disable Block Descriptors. If 0, device returns the block descriptor data. If set [...]

  • Page 237

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG  02'(6(16(' DWD +HDGHUV The MODE SE NSE (6) and MO DE SEN SE (10) headers are[...]

  • Page 238

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG Bit Byte 7654321 0 0 - 1 (MSB) Mode Sense D ata Length (LSB) 2 M edia Type 3 W P Buffered Mode Speed 4 Reserved 5 Res[...]

  • Page 239

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Mode Sense D ata Length This field specifies the length (in bytes) of the M ODE SENSE [...]

  • Page 240

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG  02'(6(16(% ORFN' HVFULSW RU The illustration below describes the MODE SENSE [...]

  • Page 241

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Density Code This field should match the current tape medium density; it is set to 0 i[...]

  • Page 242

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Number of Blocks This field is sent as 0, indicating that all of the remaining logical[...]

  • Page 243

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG  02'(6(16(0RGH 3DJHV The illustration below depicts the variable leng th page desc[...]

  • Page 244

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG Page codes and pag es that are supported are: 3DJH&RGH 'HVF ULSWLRQ 6(16(6(/(&7 6HFWLRQ 00h [...]

  • Page 245

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG  5($ ':5,7 ((UURU5HFRYHU3DJHK The tape drive suppor[...]

  • Page 246

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. Must be 0, the supported parameters cannot be saved (savable pa[...]

  • Page 247

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG  ',6&211(&75(&2 11(&73DJHK The tape dr ive[...]

  • Page 248

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. W hen 0, the supported parameters cannot be saved (savable page[...]

  • Page 249

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG  &RQWURO0RGH3DJH$K The Control Mode Page allows the user to determ i[...]

  • Page 250

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Page Length The value in this field indicates the number of bytes in the Control Mode [...]

  • Page 251

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG  'DWD&RPSUHVVLRQ3DJH)K The Data Com pression page specifies par[...]

  • Page 252

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. Not supported; must be 0. Page Length The v alue in this field [...]

  • Page 253

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO   'HYLFH&RQILJXUDWLRQ3DJHK The tape drive supports the Device Config uration Page. The form at for the page is illustrated below. Bit Byte 76543210 0 PS (0) 0 Page Code (10h) 1 Ad[...]

  • Page 254

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. Not supported; must be 0. Additional Page Length This field ind[...]

  • Page 255

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Gap Size Not supported. Set to 0. EOD Defined End of Data. Set to 00h. EEG Enable EOD [...]

  • Page 256

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG  0HGLXP3DUWLWLRQ3DJHK The tape drive supports the Medium Partition Pa[...]

  • Page 257

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. Not supported; must be 0. Additional Page Length This field ind[...]

  • Page 258

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG  7$3 ($ /(57 3$ *(&K The TapeAlert config uration settings can be re[...]

  • Page 259

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ PS Parameters Savable. For MODE SELECT , this bit must be 0. Additional Page Length Th[...]

  • Page 260

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 02'(6(16(& RPPDQG$K$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Test Not Supported. LogErr Error Log. Not Supported MR IE Method for Reporting Informa[...]

  • Page 261

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  02'(6(16(& RPPDQG$K$KFRQWLQXHG  ((35209HQGRU8QLTXHSDJH(K The tape drive supports the EEPROM vendor u[...]

  • Page 262

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO   3(56,67(175 (6(5 9 $ 7,21,1& RPPDQ G(K The PERSISTENT RESERVAT I ON IN comm and is a 10-byte comm and used to obtain information about persistent reserv ations and reservations that are acti[...]

  • Page 263

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(17 5(6(59$7 ,21,1& RPPDQG(KFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Service Action Service actions that require information about persistent reservation and registrations may require enabli[...]

  • Page 264

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(175(6(5 9$7,21,1&RPPDQG(KFRQWLQXHG The fig ure and table below illustrate and describe the data fields of R ead Key data parameters. Bit Byte 7 6 5 4 3210 0 - 3 (MSB) Generation (LSB) 4 - 7 (MS[...]

  • Page 265

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(17 5(6(59$7 ,21,1& RPPDQG(KFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Generation The v alue in this field is a 32-bit counter in the device server that is incremented each time a PERSISTENT R[...]

  • Page 266

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(175(6(5 9$7,21,1&RPPDQG(KFRQWLQXHG The fig ure and table below illustrate and describe the data fields of Read Reservations data param eters. Bit Byte 7 6 5 4 3210 0 - 3 (MSB) Generation (LSB) [...]

  • Page 267

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(17 5(6(59$7 ,21,1& RPPDQG(KFRQWLQXHG The figure and table below illustrate and describe the data fields of each Read Reservations descriptor ’ s data fields. Bit Byte 7 6 5 4 3210 0 - 7 (MSB)[...]

  • Page 268

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(175(6(5 9$7,21,1&RPPDQG(KFRQWLQXHG Reservatio n Key The Reservation key fiel d contains an 8-byte value t hat identif ies the reserv ation key under whic h the persis tent reserv ation is hel d[...]

  • Page 269

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(17 5(6(59$7 ,21,1& RPPDQG(KFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Type The value of the Type field specifies the characteristics of the persistent reservation being established for all da[...]

  • Page 270

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(175(6(5 9$7,21,1&RPPDQG(KFRQWLQXHG 0h REA D READS : Shared; any appli cation cl ient on any init iator may execut e com mands t hat perform transfers from the t arget to the i nitiator. W RITES[...]

  • Page 271

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(17 5(6(59$7 ,21,1& RPPDQG(KFRQWLQXHG 3h Exclus ive; any com mand from any initi ator other than t he initiator hol ding the persist ent reservati on that attem pts a transfer from the target re[...]

  • Page 272

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(175(6(5 9$7,21,1&RPPDQG(KFRQWLQXHG 5h W RITE Registrant s Only READS: Shared; any applicati on client on any i nitiator m ay execute com mands t hat perform transfers from the t arget to the i [...]

  • Page 273

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(17 5(6(59$7 ,21,1& RPPDQG(KFRQWLQXHG READ Shared LU EX WR IT E Exclu sive LU EX READ Exclu sive LU EX Exclu sive Access * LU EX Shared Access * LU EX WR IT E Exclu sive RO LU EX Exclu sive Acce[...]

  • Page 274

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(1 75 (6(5 9 $ 7,2128 7& RPPDQ G )K The PERSISTENT RESERVAT ION OUT com mand is a 10-byte com mand used to reserv e a logical unit or an extent within a logical unit for the exclusive or sha[...]

  • Page 275

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(175(6(59$7,21287&RPPDQG)KFRQWLQXHG Bit Byte 7 6 5 4 3210 0 Operation Code (5Fh) 1 Reserved Service Action 2 Scope Type 3 - 6 Res erved 7 – 8 (MSB) Parameter List Length (18h) (LSB) 9 Unuse[...]

  • Page 276

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(175(6(59$7,21287&RPPDQG)KFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Service Action Service actions that require information about persistent reservation and registrations may require enabl[...]

  • Page 277

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(175(6(5 9$7,21287&RPPDQG)KFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Scope The value in this field indicates w hether a persistent reservation applies to an entire logical unit, to a part of [...]

  • Page 278

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(17 5(6(59$7,21 287&RPPDQG) KFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Type The value of the Type field specifies the characteristics of the persistent reservation being established for all d[...]

  • Page 279

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(175(6(5 9$7,21287&RPPDQG)KFRQWLQXHG 00h Regis ter When t he comm and executes a Regis ter servic e action, i t registers a reservation k ey with a device server without generating a reservat io[...]

  • Page 280

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(17 5(6(59$7,21 287&RPPDQG) KFRQWLQXHG 02h Release A PERSISTENT RESERVATION OUT comm and with Re lease service action removes a persist ent reservation hel d by the sam e initiat or. The fields [...]

  • Page 281

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(175(6(5 9$7,21287&RPPDQG)KFRQWLQXHG 04h Pre-em pt A PERSISTENT RESER VATION OUT comm and with a successful Pre-empt service ac tion rem oves all pers istent res ervations f or all init iators t[...]

  • Page 282

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(17 5(6(59$7,21 287&RPPDQG) KFRQWLQXHG 05h Pre-empt & Clear A PERSISTENT RESER VATION OUT command with a Pre-empt & Clear service ac tion rem oves all pers istent res ervations f or all [...]

  • Page 283

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(175(6(5 9$7,21287&RPPDQG)KFRQWLQXHG Table Table 5 – 68 presents the definitions of the characters of the available “ Typ e ” values from the Ty pe field of the PERSI STENT RESERVATION IN [...]

  • Page 284

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(17 5(6(59$7,21 287&RPPDQG) KFRQWLQXHG 3h Exclusive Acc ess READS: Ex clusi ve; any com mand from any initiat or other than the initiat or holding the persi stent res ervation that at tempt s a [...]

  • Page 285

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(175(6(5 9$7,21287&RPPDQG)KFRQWLQXHG 6h Exclu sive Access, Registrant s Only READS: E xclusive; any c omm and from an ini tiator that has not previous ly perform ed a Register servi ce acti on w[...]

  • Page 286

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 3(56,67(17 5(6(59$7,21 287&RPPDQG) KFRQWLQXHG Reservatio n Key This field c ontains an 8-byt e token that is provided by the appli cation c lient to th e device server t o identif y which initiat or is[...]

  • Page 287

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  3(56,67(175(6(5 9$7,21287&RPPDQG)KFRQWLQXHG The table below illustrates which fields are set by the application client and interpreted by the dev ice server for each Serv ice and Scope value. Register [...]

  • Page 288

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO   35(9 (17  $//2:0( ',80 5(0 29 $ / &RPPDQG(K This comm and enables or disables the unloading of the tape cartridge. Bit Byte 7654321 0 0 Operation Code (1Eh) 1 Logical Unit Number Res[...]

  • Page 289

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO    5($'&RPPDQG K This com m and transfers one or mo re data blocks or by tes to the initiator starting with the next block on the tape. Bit Byte 7654321 0 0 Operation Code (08h) 1 Logical Uni[...]

  • Page 290

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5($'&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Fixed This bit specifies whether fix ed-length or variable-length blocks are to be transferred, and gives meaning to the Transfer Length field [...]

  • Page 291

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5($'&RPPDQGKFRQWLQXHG The meaning of EOM is different for a READ comm and than for a WRITE- related comm and. EOM is reported only when the physical EOM or End-of-P artition (EOP) is encounter ed.[...]

  • Page 292

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO   5($ '%/2&. /,0 ,76 &RPPDQG  K The READ BLOCK LIMI TS comm and directs the tape drive to report its block length lim its. Bit Byte 7654321 0 0 Operation Code (05h) 1 Logical Unit [...]

  • Page 293

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5($'%/2&./,0,76&RPPDQG KFRQWLQXHG The READ BLOCK LIMITS data shown below is sent during the DATA IN phase of the comm and. The command does not reflect the currently selected block size,[...]

  • Page 294

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO   5($ '%8))(5 &RPPDQG &K The READ BUFFER comm a nd is used in conj unction with WRI T E BUFFER as a diagnostic function for testing the drive ’ s data buffer for possible diag nostic data[...]

  • Page 295

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5($'%8)) (5&RPPDQG&KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Mode The tape driv e supports the follow ing values w ithin this field. If any non-supported value is set, the drive terminates the co[...]

  • Page 296

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5($'%8)) (5&RPPDQG&KFRQWLQXHG  &RPELQHG+ HDGHUDQG' DWD0RGH In this mode, the tape drive returns a 4- byte header followed by data by tes. The drive term [...]

  • Page 297

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5($'%8)) (5&RPPDQG&KFRQWLQXHG  'DW D0RGH In this m ode, the DAT A I N phase contains only buffer data.  'HVFULS WRU0RGH In this m ode, a [...]

  • Page 298

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  5($ '326,7,21&R PPDQG K The READ POSI TION com mand is used to read a position identifier or SCSI Logical B lock Address (L BA). The LO CATE comm and uses this identifier to position bac[...]

  • Page 299

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5($'326,7,21&RPPDQGKFRQWLQXHG 127( The drive returns CHECK CONDITION with UNIT NOT READY sense ke y with the READ POSITIO N command if the media is not ready to be accessed. ?[...]

  • Page 300

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5($'326,7,21&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ BOP Beginning of Partition. W hen set to 1, indicates that the logical unit is at the beginning of partition in the current partitio[...]

  • Page 301

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5($'326,7,21&RPPDQGKFRQWLQXHG   7RWDO&XUUHQW/RJLFDO3RVLWLRQ When TCLP and Long bits are both set to 1, the data tak es the following form at: Bit Byte 76543210[...]

  • Page 302

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  5(&(,9(' ,$ *1267,&5(68 / 76&RPPDQG &K The RECEIVE DIAGNOSTIC RESULTS command fetches the r esults of the l ast SEND DIAGNOSTIC com mand sent to the t ape drive. Bit Byte 7654321 0[...]

  • Page 303

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(&(,9(',$*1267,&5(68 /76&RPPDQG&KFRQWLQXHG The following data is returned by the drive as a result of the RECEI VE DIAGNOSTI C comm and. Note that a REQUEST SENSE command should be[...]

  • Page 304

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  5(/($ 6(81,7&RPPDQ GK  The RELEASE UNIT (6) comm and is a 6-byte comm and that releases the drive if it is currently reserv ed by the requesting initiator. I t is not an error to [...]

  • Page 305

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(/($6(81,7&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ 3rdPty The third party release option for RELEASE UNIT allow s an initiator to release a logical unit that was prev iously res[...]

  • Page 306

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  5(/($ 6(81,7&R PPDQG K The RELEASE UNIT and the RESERVE UNIT comm ands are used for cont enti on resolution in m ultiple- initiator system s. T he RELEASE (10) com m and is a 1[...]

  • Page 307

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(/($6(81,7&RPPDQGKFRQWLQXHG )LHOG 'HVFULSWLR Q 3rdPty Third Party Release allow s an initiator to release a logical unit that was prev iously reserved. If the value in this fiel[...]

  • Page 308

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  5(325 7' (16,7 < 6833257& RPP DQG K  The REPORT DENSITY SUPPORT command is a 10- byte comm and used to request that inform ation about the densities supported by the log ical unit [...]

  • Page 309

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(3257'(1 6,7<6833257&RPPDQGKFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Media W hen this bit = 0, it indicates that the device server w ill return density support data blocks for densities[...]

  • Page 310

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(3257'(1 6,7<6833257&RPPDQGKFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Available Density Support Length This value w ithin this field specifies the number of bytes in the data that follow[...]

  • Page 311

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(3257'(1 6,7<6833257&RPPDQGKFRQWLQXHG Bit Byte 7 6 5 4 3210 0 Primary Density Code 1 Secondary Density Code 2 WR TO K DUP DEFLT Reserve d 3 - 4 Reserved 5 – 7 ( MSB) Bits Per MM (LSB) 8 ?[...]

  • Page 312

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(3257'(1 6,7<6833257&RPPDQGKFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Primary Density Code This field contains the value returned by a M ODE SENSE command for the density described in th[...]

  • Page 313

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(3257'(1 6,7<6833257&RPPDQGKFRQWLQXHG 'DWD)LHOG 'HVFULSWLRQ Bit Per MM Bits per millimeter. The value in this field indicates the number of bits per millimeter per track as rec[...]

  • Page 314

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO   5(32 57/816 &RPPDQG $ K The REPORT LUNS com mand requests that the peripheral device log ical unit numbers of k nown logical units in the target be sent to the applications client. The comm and[...]

  • Page 315

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(3257/81 6&RPPDQG$K FRQWLQXHG Bit Byte 7 6 5 4 3210 0 - 3 (MSB) LUN List Length (n – 7) (LSB) 4 - 7 Reserved 8 - 15 (MSB) LUN (first LUN) (LSB) • • • • • • n-7 – n LUN (last LUN, if mo[...]

  • Page 316

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  5(48 (676(16(& RPPDQ GK The REQUEST SENSE command causes the tape driv e to transfer detailed sense data to the initiator. Bit Byte 7654321 0 0 Operation Code (03h) 1 Logical Unit Number Rese[...]

  • Page 317

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(48(676(16(&RPPDQGKFRQWLQXHG The REQU EST SENSE comm and causes the tape drive to transfer detailed sense data to the initiator. The s ense data is valid f or a CHECK CONDITION or RESERVAT ION CONF[...]

  • Page 318

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(48(676(16(&RPPDQGKFRQWLQXHG Bit Byte 7654321 0 0 Valid Error Code 1 Segment Number (0) 2 Filemark EOM ILI Reserved Sense Key 3 - 6 (MSB) Information Bytes (LSB) 7 Additional Sense Length 8 - 11 (M[...]

  • Page 319

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(48(676(16(&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Valid W hen set to 1, this field indicates that the information bytes contain valid information as defined in the ANSI SCSI-2 specificati[...]

  • Page 320

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(48(676(16(&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Additional Sense Length This field specifies the number of additional sense bytes to follow . If the Allocation Length of the Command Des[...]

  • Page 321

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(48(676(16(&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Tape M otion Hours This field reports the number of tape motion (i.e., head wear) hours. Format is given as a hex adecimal word (2 by tes[...]

  • Page 322

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(48(676(16(&RPPDQGKFRQWLQXHG 6HQVH.H 'HVFULSW LRQ 0h NO SE NSE. Check the Filem ark/EOM/I LI bits and t he Additional S ense Code/Addit ional Sense Code Quali fier bytes. 1h RECOV ERED ERR[...]

  • Page 323

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(48(676(16(&RPPDQGKFRQWLQXHG The following table provides the additional sense codes (ASCs) and additional sense code qualifiers (ASCQs) that may be reported. Additional inform ation, explanations,[...]

  • Page 324

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(48(676(16(&RPPDQGKFRQWLQXHG 02h NOT READY 04 00 Unit Not Ready, Cause Nonreport able 04 01 Unit Not Ready, Calibrati on in Proces s 04 02 Unit Not Ready, LOAD Com mand Needed 04 03 Unit Not Ready,[...]

  • Page 325

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(48(676(16(&RPPDQGKFRQWLQXHG 04h HARDW ARE E RROR 08 00 LUN Com muni cation Failure 08 01 LUN Communi cation Tim eout Failure 0C 80 W rite SCS I FIFO CRC E rror 11 80 Read SCSI FIF O CRC error 11 8[...]

  • Page 326

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(48(676(16(&RPPDQGKFRQWLQXHG 04h HARDW ARE E RROR (cont .) 51 00 Erase Failure 53 00 Media Load/Ejec t Failure 53 01 Unload Tape Failure 84 01 BHC Test Fai led 05h ILLEGAL RE QUEST 1A 00 P arameter[...]

  • Page 327

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(48(676(16(&RPPDQGKFRQWLQXHG 05h ILLEGAL RE QUEST (cont .) 3B 0D Media Dest ination El ement Full 3B 0E Media Source E lement Empty 3D 00 Invalid Bits in ID Me ssage 53 02 Media Rem oval Prevented [...]

  • Page 328

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(48(676(16(&RPPDQGKFRQWLQXHG 0Bh COMMAND ABORTED 43 00 Message Error 44 80 Unexpected Selec tion Int errupt 44 82 Com mand Com plete Sequence Fai lure 44 83 SCSI Chip, Gross Error/ Ill egal – Com[...]

  • Page 329

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  )LOHPDUN(QGRI0HGLXP(2 0DQG,QFRUUHFW/HQJWK,QGLFDWRU,/,%LWV )LOHPDUNEWH ELW  (20 EWH ELW DQG ,/, EWH?[...]

  • Page 330

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO  5(6(5 9(81,7&RPPDQG K The RESERVE UNIT (6) comm and is a 6-by te comm and that reserves the specified tape driv e for exclusive use by the requesting initiator or for another spec[...]

  • Page 331

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(6(59(81,7&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ 3rdPty The third party reservation option for RESERVE UNIT (6) allow s an initiator to reserve a logical unit for another SCSI[...]

  • Page 332

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(6(59(81,7&RPPDQGKFRQWLQXHG An initiator that holds a current reserv ation may modify that reservation (for example, to switch third parties) by issuing another RESERVE UNI T (6) comm a[...]

  • Page 333

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO   5(6(5 9(81,7&RPPDQG K The RESERVE UNIT and the RELEASE UNIT comm ands are used for cont enti on resolution in multiple- initiator systems. The R ESER VE UNI T (10) comm and is [...]

  • Page 334

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(6(59(81,7&RPPDQGKFRQWLQXHG )LHOG 'HVFULSWLR Q 3rd Pty W hen set to 1, it indicates that the Third Party Dev ice ID field is valid. LongID W hen 0, indicates that the third party d[...]

  • Page 335

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(6(59(&RPPDQGKFRQWLQXHG )LHOG 'HVFULSWLR Q Extent If 0, requests that the entire logical unit be reserv ed for use only by the initiator until the request is supplanted by another val[...]

  • Page 336

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 5(6(59(81,7&RPPDQGKFRQWLQXHG RelAdr is always 0: The DLT8000 tape drive does not support relativ e addressing. The Reservation Type field defines the ty pe of reservation in effect for t[...]

  • Page 337

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  5(6(59(81,7&RPPDQGKFRQWLQXHG If the Long ID bit = 1 and the Ex tent bit = 0, then the parameter list leng th is eight and the parameter list has the form at shown below. Bit Byte 765 43 [...]

  • Page 338

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO   5(:,1' &RPPDQG K The REWI ND com m and directs the tape driv e to position the tape at the beginning of the currently active partition (for DLTtape driv es, this is BOM). B efore rewinding[...]

  • Page 339

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO    6(1' ',$ *126 7,&& RPPDQG 'K The SEND DIAGNOSTIC comm and direct s the ta pe drive to perform it s sel f- diagnostic tests. I t can also be used to invok e the Basic Health C[...]

  • Page 340

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 6(1'',$*1267,&&RPPDQG'KFRQWLQXHG Two levels of unit- resident diagnostic tests can be accessed: (OHFWURQLFV6HOI7HVW/HYHO7 HVW To invok e this level of diag[...]

  • Page 341

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  6(1'',$*1267,&&RPPDQG'KFRQWLQXHG The following table illustrates the possible setting s of the Selftst, DevOfl, and UnitOfl bits and the effects of each setting on the resulting self[...]

  • Page 342

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 6(1'',$*1267,&&RPPDQG'KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Pattern Number Indicates the type of data pattern to be used during the diagnostic test. Pattern Name Data in Hex 0h R[...]

  • Page 343

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  6(1'',$*1267,&&RPPDQG'KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Block Count This field specifies how many blocks to W RITE / READ to and from starting on track 0, then moving to trac[...]

  • Page 344

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 6(1'',$*1267,&&RPPDQG'KFRQWLQXHG If the specif ied diagnostic t est passe s, a GOOD status is re turned. Otherwise, a CHECK CONDITI ON is g enerated and the Sense Data contai ns info[...]

  • Page 345

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO   63 $ &(&RPPDQG  K The SPACE com mand provides a variety of positioning functions that are determined by Code and Count fields in the Com mand Descriptor Block. Both forward (toward End of[...]

  • Page 346

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO 63$&(&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Count W hen spacing over blocks or marks, the Count field is interpreted as follows: A positive value N causes forw ard motion over N blocks or[...]

  • Page 347

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO    7(67 81,75( $ '<&RPPDQG  K The T EST UNIT READY command checks the ta pe dri ve to e nsu re t ha t t he uni t is ready for com mands involv ing tape m ovement. I f the drive has a[...]

  • Page 348

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO   9 (5,)<&RPPDQG  K The VERI FY com m and directs the tape drive to v erify one or m ore blocks beginning with the next block on the tape. Both CRC and EDCs are validated. Bit Byte 7654321 0 0[...]

  • Page 349

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO   :5 ,7(&RPP DQ G $ K The WRITE com mand transfers one or m ore blocks from the host to the current logical position. When in Buffered Mode (see MODE SELECT), the t ape drive reports GOOD statu[...]

  • Page 350

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO :5,7(&RPPDQG$KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Fixed The fix ed bit specifies both the meaning of the Transfer Length field and whether fix ed-length or variable-length blocks are to be transfe[...]

  • Page 351

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  :5,7(&RPPDQG$KFRQWLQXHG If the tape driv e encounters the physical End of Medium (EOM) when attempting WRITE, a CHECK CONDITION status is returne d. Within t he sense da ta, th e EOM and Valid bits are[...]

  • Page 352

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO    :5,7( %8))(5 &RPPDQG % K The WRI TE BUFFER comm and is used with READ BUFFER as a diagnostic function for testing the dev ice data buffer, DMA engine, SCSI bus interface hardware, and SCSI [...]

  • Page 353

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO  :5,7(%8)) (5&RPPDQG%KFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ Buffer ID For all of the modes described for the Mode field, only a Buffer ID of 0 is supported. If the Buffer ID field is a value other th[...]

  • Page 354

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO :5,7(%8)) (5&RPPDQG%KFRQWLQXHG The tape drive m ust be em pty of tape medium to allow downloading of an imag e. This is a safeguard ag ainst accidentally starting a firm ware update. I f a tape cartrid[...]

  • Page 355

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO    :5, 7(), /(0 $ 5.6 &RPPD QG K The WRI TE FILEMA RKS com m and directs the tape drive to write the specified number of Filem arks beginning at the current log i cal position on tape. I f the [...]

  • Page 356

    7DQGEHUJ'DWD 6&6,&RPPDQGV  7DQGEHUJ'/73URGXFW0DQXDO :5,7(),/(0$5.6&RPPDQGKFRQWLQXHG )LHOG1DPH 'HV FULSWLRQ W Smk W rite Setmark. Must be 0. T his tape drive does not support Setmarks. Immed Immediate. W hen this bit is set to 1, the tape driv[...]

  • Page 357

    7DQGEHUJ'/73URGXFW0DQXDO $ A. Definition of V endor Unique Sense Data Information 7KLVDSSHQGL[OLVWVWKHLQWHUQDOVWDWXVFRGHVZ LWKWKHLUGHVFULSWLRQV The internal status code is located at byte offset 18 of the REQUEST SENSE data and may be available for certain types of failures. 127( Byte 18[...]

  • Page 358

    7DQGEHUJ'DWD $SSHQGL[$ $ 7DQGEHUJ'/73URGXFW0DQXDO 'HFLPDO +H[DGHFLPDO ' HVFULSWLRQ 14 0E Successive Blocks M issing Across O bjects 15 0F Drive State Not Valid for Command 16 10 Drive Error 17 11 Driv e Communication T imeout Error 18 12 Driv e Unloaded 19 13 Unable to W RITE – No CRC 20 14 [...]

  • Page 359

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO $ 'HFLPDO +H[DGHFLPDO ' HVFULSWLRQ 41 29 Invalid Destination Slot 42 2A Source Slot Empty 43 2B Destination Slot Full 44 2C Medium Changer M otion Error 45 2D Medium Changer/Driv e Interface Error 46 2E Medium Changer/Slot Interface Er[...]

  • Page 360

    7DQGEHUJ'DWD $SSHQGL[$ $ 7DQGEHUJ'/73URGXFW0DQXDO Bit 7 %LW 5VY¶G %LW 5VY¶G %LW 5VY¶G %LW 5VY¶G Bit 2 Bit 1 Bit 0 %LW1R ' HVFULSWLRQ  If set to 1, Cleaning Light is Illuminated, otherwise Light is off.  Tape Directory Statu[...]

  • Page 361

    7DQGEHUJ'/73URGXFW0DQXDO % B. EEPROM-resident Bugcheck and Event Logs 7KLVDSSHQGL[SURYLGHVDH[SODQDWLRQRIWKHHYHQWORJVLQIRUPDWLRQSDFNHWVVWRUHGLQVHPL SHUPDQHQWQRQYRODWLOHPHPRU RIWKHWDSHGULYH7KHVHSDFNHWVFDQEHUHWU LHYHGYLDWKH [...]

  • Page 362

    7DQGEHUJ'DWD $SSHQGL[% % 7DQGEHUJ'/73URGXFW0DQXDO % %XJFK HFN3DFNHWV Bugcheck s are the result of some firm ware-detected errors. For exam ple, a hardware failure or an internal system consistency failure may cause a bugcheck . These events cause bug check pack ets to be written to EEPR O[...]

  • Page 363

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO % % 3267 )DLO XUH3DFNHW V POST failure pack ets are stored whenev er the Power On Self Test logic detects a failure of any kind. Each failure is encoded as a 4-byte v ector. In som e cases, multiple v ectors may be stored. I[...]

  • Page 364

    7DQGEHUJ'DWD $SSHQGL[% % 7DQGEHUJ'/73URGXFW0DQXDO 'LUH FWRU )DLO XUH (YHQW/RJ3DF NHWV Directory failure ev ent logs are written when a directory read or directory write request fails for any reason. Table B — 3 prov ides the description of important fields within the packet. Note tha[...]

  • Page 365

    7DQGEHUJ'/73URGXFW0DQXDO & C. Updating the Firmware 7KLVFKDSWHUH[SODLQVKRZWRXSGDWHWKHWDSHVVWHP¶V3&%$U HVLGHQWILUPZDUH &  2YHUYLHZ Using the tape driv e ’ s front panel and a tape with the updated firmware imag e, you can update the tape drive ’ s PC BA[...]

  • Page 366

    7DQGEHUJ'DWD $SSHQGL[& & 7DQGEHUJ'/73URGXFW0DQXDO 127( On UN *X systems, use the FT P utility to transfer the binary firmware image. Be sure to specify “ type image ” before using the “ get ” or “ put ” commands, otherwise ex tra characters may be added to the file, causing it to be [...]

  • Page 367

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO & 127( If the W RITE PROT ECTED indicator does not blink, check that: 1. POST passed 2. The drive is unloaded. 3. The dr ive handle is in its down position. C. elease the UNLOAD butt on, then press the UNLOAD button again wit hin four (4) se[...]

  • Page 368

    7DQGEHUJ'DWD $SSHQGL[& & 7DQGEHUJ'/73URGXFW0DQXDO If the firm ware imag e is valid, the tape driv e ’ s PCBA controller ’ s FLASH EEPROM is updated with the new firmware im age. The WRITE PROTECTED and TAPE IN USE indicators flash again during the controller firmware update. &?[...]

  • Page 369

    7DQGEHUJ'DWD 6&6,&RPPDQGV 7DQGEHUJ'/73URGXFW0DQXDO & ,I 7KHQ 1. The tape is NO T a valid firmw are update tape 2. The tape does not contain a valid firmware image No firmware update is attempted. T he W RITE PROTECTED and T APE IN USE indicators do not blink. The driv[...]

  • Page 370

    7DQGEHUJ'DWD $SSHQGL[& & 7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 371

    7DQGEHUJ'/73URGXFW0DQXDO ' ' 5XQQLQJWKH%DVLF+HDOWK &KHFN%+& 7 HVWYLDWKH /LEUDU 3R UW 7KLVDSSHQGL[H[SODLQVKRZWRUXQWKH'/7WDSHVVWHP¶V%+&WHVWRQDWDSHGU LYHWKDW LVFRQILJXUHGDVDFRPSRQHQWZ[...]

  • Page 372

    7DQGEHUJ'DWD $SSHQGL[' ' 7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 373

    7DQGEHUJ'/73URGXFW0DQXDO ( E. V isual Inspection Procedure for DL Ttape Cartridges 7KLVDSSHQGL[H[SODLQVKRZWRYLVXDOOLQVSHFWD' /7WDSH&DU WULGJH'DPDJHGFDU WULGJHV PXVWQRWEHXVHG '/7WDSH&$575,'*(*(1(5$/+$ 1'/,1**8,'(/,1(6 ?[...]

  • Page 374

    7DQGEHUJ'DWD $SSHQGL[( ( 7DQGEHUJ'/73URGXFW0DQXDO 9,68$ / 0(&+$1,&$ /,163(&7,2 1352&('85( :KHQVKRXOGRXSHUIRUPDYLVXDOPHFKDQLFDOLQVSHFWLRQ90,RQD '/7WDSHFDUWULGJH" <RXVKRX OGGRD90, • As a general prac tice w[...]

  • Page 375

    7DQGEHUJ'DWD $SSHQGL[%7KH6XSHU'/7WDSH,&DUWULGJH 7DQGEHUJ'/73URGXFW0DQXDO ( )LJXUH(/RFDWL RQRI2QHRIWKH7ZR5HHO /RFN7DEV RQWKH'/7WDSH&DU WUL GJH Inside and near the center of this opening , you should see a small plastic ta[...]

  • Page 376

    7DQGEHUJ'DWD $SSHQGL[( ( 7DQGEHUJ'/73URGXFW0DQXDO )LJXUH(/RFDWL RQRI5HHO/RFN2SHQLQJDQG6SU LQJ/RDGHG+XE RQ%RWWRPRI'/7W DSH&DUW ULG JH Check the opening indicated in Figure E- 2 and ensure that the small plastic tab is partially v isible. This is[...]

  • Page 377

    7DQGEHUJ'DWD $SSHQGL[%7KH6XSHU'/7WDSH,&DUWULGJH 7DQGEHUJ'/73URGXFW0DQXDO ( 6. Ensure that the tape leader within the tape cartridg e is in the correct position. To do this, you m ust open the tape cartridge door. Refer to Figure E- 3. )LJXUH(2SHQLQJW KH&ap[...]

  • Page 378

    7DQGEHUJ'DWD $SSHQGL[( ( 7DQGEHUJ'/73URGXFW0DQXDO 7. Figure 4 shows three different tape cartridg e loop problem s. 1RWDSH FDUWULGJHWKDWH[KLELWVWKHSUREOHPVVKRZQLQWKHH[DPSOHVLQ)LJXUH( VKRXOGEHXVHGLQ D'/7WDSHVVWHP . )LJXUH(?[...]

  • Page 379

    7DQGEHUJ'DWD $SSHQGL[%7KH6XSHU'/7WDSH,&DUWULGJH 7DQGEHUJ'/73URGXFW0DQXDO ( 8. Finally, check for proper operation of the tape cartridge ’ s Write Protect Switch (Fig ure E- 5). This sliding sw itch, located on the end of the tape cartridge used for the tape label, should sna[...]

  • Page 380

    7DQGEHUJ'DWD $SSHQGL[( ( 7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 381

    7DQGEHUJ'/73URGXFW0DQXDO ) F. T imeout Specifications for DL T8000 T ape System SCSI Commands 7KLVDSSHQGL[SURYLGHVWKHWLP HRXWVSHFLILFDWLRQVIRUWKH6&6,FRPP DQGVVXSSRUWHGEWKH '/7WDSHVVWHP &RPPDQG 7LPHRXW ERASE 6 hours (for overw riting the entire ta[...]

  • Page 382

    7DQGEHUJ'DWD $SSHQGL[) ) 7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 383

    7DQGEHUJ'/73URGXFW0DQXDO * G. DL T7000 Emulation Feature 7KLVDSSHQGL[SURYLGHVLQIRU PDWLRQDERXWXVLQJWKH'/7HP XODWLRQIHDWXUHRQD '/7WDSHGULYH,WLQFOXGHVLQIRUPDWLRQDERXWZKDWWKHIHDWXUHLVFRP SDUHVWKHIHDWXUH ZLWK?[...]

  • Page 384

    7DQGEHUJ'DWD $SSHQGL[* * 7DQGEHUJ'/73URGXFW0DQXDO *  (QDE OLQJ DQG &OHDULQJW KH'/ 7 (PXO DWL RQ)H DWXU H &$87,21 8VH ([WUHPH &DXW LRQ ZKHQ HQDEOLQJ WKH '/7 HPXODWLRQ  IHDWXUH WKH'/7HPX[...]

  • Page 385

    7DQGEHUJ'DWD $SSHQGL[&7KH'/7WDSH,9&DUWULGJH 7DQGEHUJ'/73URGXFW0DQXDO * *   :KDW< RX 6KRXO G.QRZ  $ ERXWWKH '/ 7  (PXO DWL RQ)H DWXU H A DLT8000 tape system running with DLT 7000 emulation enabled does not “ become ” a D[...]

  • Page 386

    7DQGEHUJ'DWD $SSHQGL[* * 7DQGEHUJ'/73URGXFW0DQXDO *   9 H UL ILQJ3U RGXFW )DPLO YLDW KH6 &6, %XV You can verify a DLTtape system ’ s product fam ily via the SCSI Bus. T he following table describes the information returned by the SCSI com mand INQUI RY. The contents of[...]

  • Page 387

    7DQGEHUJ'DWD $SSHQGL[&7KH'/7WDSH,9&DUWULGJH 7DQGEHUJ'/73URGXFW0DQXDO * *  6&6,%X V'LII HUHQFHV The table below illustrates the SCSI bus differences between a DLT7000 sy stem, a DLT8000 system, and a DLT8000 sy stem with DLT7000 em ulation enabled. S[...]

  • Page 388

    7DQGEHUJ'DWD $SSHQGL[* * 7DQGEHUJ'/73URGXFW0DQXDO '/7'ULY H '/7'ULYH '/7'ULY HZLWK '/7(PXODW LRQ (QDEOHG 02'(6(/(&7&RPPDQG • Density Code Field 0x00 D efault 0x17 2.6 G B 0x18 6.0 G [...]

  • Page 389

    7DQGEHUJ'DWD $SSHQGL[&7KH'/7WDSH,9&DUWULGJH 7DQGEHUJ'/73URGXFW0DQXDO * '/7'ULY H '/7'ULYH '/7'ULY HZLWK '/7(PXODW LRQ (QDEOHG 3DJH&K • Vendor Unique DLT7000 Format[...]

  • Page 390

    7DQGEHUJ'DWD $SSHQGL[* * 7DQGEHUJ'/73URGXFW0DQXDO 7KLV3DJH,QWHQWLRQDOO/HIW%ODQN[...]

  • Page 391

    www .tandberg.com Part No. 42 22 54-01 Publ. N0. 9158-1 January 2001 DLT8000 Prod. Man. omslag-01 09.01.01 08:01 Side 2[...]