Mode pages for No specific protocol transport protocol: Read write error recovery [rw: 0x1] mode page: AWRE [0x02:7:1 ] Automatic write reallocation enabled ARRE [0x02:6:1 ] Automatic read reallocation enabled TB [0x02:5:1 ] Transfer block RC [0x02:4:1 ] Read continuous EER [0x02:3:1 ] Enable early recovery (obsolete) PER [0x02:2:1 ] Post error DTE [0x02:1:1 ] Data terminate on error DCR [0x02:0:1 ] Disable correction (obsolete) RRC [0x03:7:8 ] Read retry count COR_S [0x04:7:8 ] Correction span (obsolete) HOC [0x05:7:8 ] Head offset count (obsolete) DSOC [0x06:7:8 ] Data strobe offset count (obsolete) LBPERE [0x07:7:1 ] Logical block provisioning error reporting enabled MWR [0x07:6:2 ] Misaligned write reporting EMCDR [0x07:1:2 ] Enhanced media certification and defect reporting WRC [0x08:7:8 ] Write retry count ERWS [0x09:7:24] Error reporting window size (blocks) RTL [0x0a:7:16] Recovery time limit (ms) Disconnect-reconnect (SPC + transports) [dr: 0x2] mode page: BFR [0x02:7:8 ] Buffer full ratio BER [0x03:7:8 ] Buffer empty ratio BIL [0x04:7:16] Bus inactivity limit DTL [0x06:7:16] Disconnect time limit CTL [0x08:7:16] Connect time limit MBS [0x0a:7:16] Maximum burst size (512 bytes) EMDP [0x0c:7:1 ] Enable modify data pointers FA [0x0c:6:3 ] Fair arbitration DIMM [0x0c:3:1 ] Disconnect immediate DTDC [0x0c:2:3 ] Data transfer disconnect control FBS [0x0e:7:16] First burst size (512 bytes) Format (SBC) [fo: 0x3] mode page: TPZ [0x02:7:16] Tracks per zone ASPZ [0x04:7:16] Alternate sectors per zone ATPZ [0x06:7:16] Alternate tracks per zone ATPLU [0x08:7:16] Alternate tracks per logical unit SPT [0x0a:7:16] Sectors per track DBPPS [0x0c:7:16] Data bytes per physical sector INTLV [0x0e:7:16] Interleave TSF [0x10:7:16] Track skew factor CSF [0x12:7:16] Cylinder skew factor SSEC [0x14:7:1 ] Soft sector HSEC [0x14:6:1 ] Hard sector RMB [0x14:5:1 ] Removable SURF [0x14:4:1 ] Surface Mount rainier reWritable (MMC) [mrw: 0x3] mode page: LBAS [0x03:0:1 ] LBA space Rigid disk (SBC) [rd: 0x4] mode page: NOC [0x02:7:24] Number of cylinders NOH [0x05:7:8 ] Number of heads SCWP [0x06:7:24] Starting cylinder for write precompensation SCRWC [0x09:7:24] Starting cylinder for reduced write current DSR [0x0c:7:16] Device step rate LZC [0x0e:7:24] Landing zone cylinder RPL [0x11:1:2 ] Rotational position locking ROTO [0x12:7:8 ] Rotational offset MRR [0x14:7:16] Medium rotation rate (rpm) Flexible disk (SBC) [fd: 0x5] mode page: XRATE [0x02:7:16] Transfer rate NUM_HD [0x04:7:8 ] Number of heads SECT_TR [0x05:7:8 ] Sectors per track BYTE_SECT [0x06:7:16] Bytes per sector NUM_CYL [0x08:7:16] Number of cylinders Write parameters (MMC) [wp: 0x5] mode page: BUFE [0x02:6:1 ] Buffer underrun free recording enable LS_V [0x02:5:1 ] Link size valid TST_W [0x02:4:1 ] Test write WR_T [0x02:3:4 ] Write type MULTI_S [0x03:7:2 ] Multi session FP [0x03:5:1 ] Fixed packet type COPY [0x03:4:1 ] Serial copy management system (SCMS) enable TRACK_M [0x03:3:4 ] Track mode DBT [0x04:3:4 ] Data block type LINK_S [0x05:7:8 ] Link size IAC [0x07:5:6 ] Initiator application code SESS_F [0x08:7:8 ] Session format PACK_S [0x0a:7:32] Packet size APL [0x0e:7:16] Audio pause length (blocks) RBC device parameters (RBC) [rbc: 0x6] mode page: WCD [0x02:0:1 ] Write cache disable LBS [0x03:7:16] Logical block size NLBS [0x05:7:40] Number of logical blocks P_P [0x0a:7:8 ] Power/performance READD [0x0b:3:1 ] Read disable WRITED [0x0b:2:1 ] Write disable FORMATD [0x0b:1:1 ] Format disable LOCKD [0x0b:0:1 ] Lock disable Verify error recovery (SBC) [ve: 0x7] mode page: V_EER [0x02:3:1 ] Enable early recovery (obsolete) V_PER [0x02:2:1 ] Post error V_DTE [0x02:1:1 ] Data terminate on error V_DCR [0x02:0:1 ] Disable correction (obsolete) V_RC [0x03:7:8 ] Verify retry count V_COR_S [0x04:7:8 ] Verify correction span (obsolete) V_RTL [0x0a:7:16] Verify recovery time limit (ms) Caching (SBC) [ca: 0x8] mode page: IC [0x02:7:1 ] Initiator control ABPF [0x02:6:1 ] Abort pre-fetch CAP [0x02:5:1 ] Caching analysis permitted DISC [0x02:4:1 ] Discontinuity SIZE [0x02:3:1 ] Size enable WCE [0x02:2:1 ] Write cache enable MF [0x02:1:1 ] Multiplication factor RCD [0x02:0:1 ] Read cache disable DRRP [0x03:7:4 ] Demand read retention priority WRP [0x03:3:4 ] Write retention priority DPTL [0x04:7:16] Disable pre-fetch transfer length MIPF [0x06:7:16] Minimum pre-fetch MAPF [0x08:7:16] Maximum pre-fetch MAPFC [0x0a:7:16] Maximum pre-fetch ceiling FSW [0x0c:7:1 ] Force sequential write LBCSS [0x0c:6:1 ] Logical block cache segment size DRA [0x0c:5:1 ] Disable read ahead SYNC_PROG [0x0c:2:2 ] Synchronous cache progress indication NV_DIS [0x0c:0:1 ] Non-volatile cache disable NCS [0x0d:7:8 ] Number of cache segments CSS [0x0e:7:16] Cache segment size Control [co: 0xa] mode page: TST [0x02:7:3 ] Task set type TMF_ONLY [0x02:4:1 ] Task management functions only DPICZ [0x02:3:1 ] Disable protection information check if protect field zero D_SENSE [0x02:2:1 ] Descriptor format sense data GLTSD [0x02:1:1 ] Global logging target save disable RLEC [0x02:0:1 ] Report log exception condition QAM [0x03:7:4 ] Queue algorithm modifier NUAR [0x03:3:1 ] No unit attention on release QERR [0x03:2:2 ] Queue error management VS_CTL [0x04:7:1 ] Vendor specific [byte 4, bit 7] RAC [0x04:6:1 ] Report a check UA_INTLCK [0x04:5:2 ] Unit attention interlocks control SWP [0x04:3:1 ] Software write protect ATO [0x05:7:1 ] Application tag owner TAS [0x05:6:1 ] Task aborted status ATMPE [0x05:5:1 ] Application tag mode page enabled RWWP [0x05:4:1 ] Reject write without protection SBLP [0x05:3:1 ] Supported block lengths and protection information AUTOLOAD [0x05:2:3 ] Autoload mode BTP [0x08:7:16] Busy timeout period (100us) ESTCT [0x0a:7:16] Extended self test completion time (sec) Control extension [coe: 0xa,0x1] mode page: DLC [0x04:3:1 ] Device life control TCMOS [0x04:2:1 ] Timestamp changeable by methods outside standard SCSIP [0x04:1:1 ] SCSI timestamp commands take precedence over other methods IALUAE [0x04:0:1 ] Implicit asymmetric logical unit access enabled INIT_PR [0x05:3:4 ] Initial command priority MSDL [0x06:7:8 ] Maximum sense data length NSQCC [0x07:7:8 ] Non-sequestered command count SQCO [0x08:7:8 ] Sequestered command order Application tag (SBC) [atag: 0xa,0x2] mode page: AT_LAST [0x10:7:1 ] Last AT_LBAT [0x16:7:16] Logical block application tag AT_LBA [0x18:7:64] Logical block address AT_COUNT [0x20:7:64] Logical block count Command duration limit A [cdla: 0xa,0x3] mode page: CDA_UNIT [0x08:7:3 ] CDLA unit CDA_LIMIT [0x0a:7:16] Command duration limit Command duration limit B [cdlb: 0xa,0x4] mode page: CDB_UNIT [0x08:7:3 ] CDL unit CDB_LIMIT [0x0a:7:16] Command duration limit IO advice hints grouping [ioad: 0xa,0x5] mode page: IOA_MODE [0x10:7:2 ] IO advice hints mode CS_EN [0x10:1:1 ] Cache segment enable IC_EN [0x10:0:1 ] Information collection enable ACDLU [0x14:7:1 ] Access continue during low utilization RLBSR [0x14:5:2 ] Related logical blocks and subsequent reads LBM_DT [0x14:3:4 ] LBM descriptor type OV_FR [0x15:7:2 ] Overall frequency RW_FR [0x15:5:2 ] Read/write frequency WR_SE [0x15:3:2 ] Write sequentiality RD_SE [0x15:1:2 ] Read sequentiality IO_CL [0x16:7:4 ] IO class SU_IO [0x16:3:2 ] Subsequent I/O OSI_PR [0x16:1:2 ] Operating System Initialization (OSI) proximity Background operation control (SBC) [bop: 0xa,0x6] mode page: BO_MODE [0x04:7:2 ] Background operation mode Command duration limit T2A [cdt2a: 0xa,0x7] mode page: PVCDG [0x07:7:4 ] Perf versus command duration guidelines T2CDLU [0x08:3:4 ] T2 command duration limit units MXINATI [0x0a:7:16] Max inactive time MXACTTI [0x0c:7:16] Max active time MXINATP [0x0e:7:4 ] Max inactive time policy MXACTTP [0x0e:3:4 ] Max active time policy CDGUID [0x12:7:16] Command duration guideline CDGUPOL [0x16:7:16] Command duration guideline policy BYP_SEQ [0x17:0:1 ] Bypass sequestration Command duration limit T2B [cdt2b: 0xa,0x8] mode page: PVLC [0x07:3:4 ] Perf versus latency control T2CDLU [0x08:3:4 ] T2 command duration limit units MXINATI [0x0a:7:16] Max inactive time MXACTTI [0x0c:7:16] Max active time MXINATP [0x0e:7:4 ] Max inactive time policy MXACTTP [0x0e:3:4 ] Max active time policy CDGUID [0x12:7:16] Command duration guideline CDGUPOL [0x16:7:16] Command duration guideline policy BYP_SEQ [0x17:0:1 ] Bypass sequestration Zoned block device control (ZBC) [zbdct: 0xa,0xf] mode page: URSWRZ_M [0x04:0:1 ] Unrestricted read in sequential write required management U_UA_CTL [0x05:0:1 ] Unrestricted read in sequential write required zone unit attention control Control data protection (SSC) [cdp: 0xa,0xf0] mode page: LBPM [0x04:7:8 ] Logical block protection method LBPIL [0x05:5:6 ] Logical block protection information length LBP_W [0x06:7:1 ] Logical block protection during write LBP_R [0x06:6:1 ] Logical block protection during read RBDP [0x06:5:1 ] Recover buffered data protected SAT pATA control [pat: 0xa,0xf1] mode page: MWD2 [0x04:6:1 ] Multi word DMA bit 2 MWD1 [0x04:5:1 ] Multi word DMA bit 1 MWD0 [0x04:4:1 ] Multi word DMA bit 0 PIO4 [0x04:1:1 ] Parallel IO bit 4 PIO3 [0x04:0:1 ] Parallel IO bit 3 UDMA6 [0x05:6:1 ] Ultra DMA bit 6 UDMA5 [0x05:5:1 ] Ultra DMA bit 5 UDMA4 [0x05:4:1 ] Ultra DMA bit 4 UDMA3 [0x05:3:1 ] Ultra DMA bit 3 UDMA2 [0x05:2:1 ] Ultra DMA bit 2 UDMA1 [0x05:1:1 ] Ultra DMA bit 1 UDMA0 [0x05:0:1 ] Ultra DMA bit 0 SAT ATA Feature control [afc: 0xa,0xf2] mode page: CDL_CTRL [0x04:1:2 ] Command duration limits control Notch and partition (SBC) [not: 0xc] mode page: ND [0x02:7:1 ] Notched device LPN [0x02:6:1 ] Logical or physical notch MNN [0x04:7:16] Maximum number of notches ANOT [0x06:7:16] Active notch SBOU [0x08:7:32] Starting boundary EBOU [0x0c:7:32] Ending boundary PNOT [0x10:7:64] Pages notched Power condition - old version [poo: 0xd] mode page: IDLE-OLD [0x03:1:1 ] Idle timer active STBY-OLD [0x03:0:1 ] Standby timer active ICT-OLD [0x04:7:32] Idle condition timer (100 ms) SCT-OLD [0x08:7:32] Standby condition timer (100 ms) Data compression (SSC) [dac: 0xf] mode page: DCE [0x02:7:1 ] Data compression enable DCC [0x02:6:1 ] Data compression capable DDE [0x03:7:1 ] Data decompression enable RED [0x03:6:2 ] Report exception on decompression COMPR_A [0x04:7:32] Compression algorithm DCOMPR_A [0x08:7:32] Decompression algorithm XOR control (SBC) [xo: 0x10] mode page: XORDIS [0x02:1:1 ] XOR disable MXWS [0x04:7:32] Maximum XOR write size (blocks) Device configuration (SSC) [dc: 0x10] mode page: CAF [0x02:5:1 ] Change active format ACT_F [0x02:4:5 ] Active format ACT_P [0x03:7:8 ] Active partition WOBFR [0x04:7:8 ] Write object buffer full ratio ROBER [0x05:7:8 ] Read object buffer empty ratio WDT [0x06:7:16] Write delay time (100 ms) OBR [0x08:7:1 ] Object buffer recovery LOIS [0x08:6:1 ] Logical object identifiers supported RSMK [0x08:5:1 ] Report setmarks (obsolete) AVC [0x08:4:1 ] Automatic velocity control SOCF [0x08:3:2 ] Stop on consecutive filemarks ROBO [0x08:1:1 ] Recover object buffer order REW [0x08:0:1 ] Report early warning GAP_S [0x09:7:8 ] Gap size (obsolete) EOD_D [0x0a:7:3 ] EOD (end-of-data) defined EEG [0x0a:4:1 ] Enable EOD generation SEW [0x0a:3:1 ] Synchronize early warning SWP_T [0x0a:2:1 ] Software write protect (tape) BAML [0x0a:1:1 ] Block address mode lock BAM [0x0a:0:1 ] Block address mode OBSAEW [0x0b:7:24] Object buffer size at early warning SDCA [0x0e:7:8 ] Select data compression algorithm WTRE [0x0f:7:2 ] WORM tamper read enable OIR [0x0f:5:1 ] Only if reserved ROR [0x0f:4:2 ] Rewind on reset ASOCWP [0x0f:2:1 ] Associated write protection PERSWP [0x0f:1:1 ] Persistent write protection PRMWP [0x0f:0:1 ] Permanent write protection Device configuration extension (SSC) [dce: 0x10,0x1] mode page: PE_UN [0x04:7:4 ] PEWS units TARPF [0x04:3:1 ] TapeAlert respect parameter fields TASER [0x04:2:1 ] TapeAlert select except reporting TARPC [0x04:1:1 ] TapeAlert respect page control TAPLSD [0x04:0:1 ] TapeAlert prevent log sense deactivation WR_MOD [0x05:7:4 ] Write mode SEM [0x05:3:4 ] Short erase mode PEWS [0x06:7:16] Programmable early warning size VCELBRE [0x08:0:1 ] Volume containing encrypted logical blocks requires encryption Medium partition (SSC) [mpa: 0x11] mode page: MAX_AP [0x02:7:8 ] Maximum additional partitions APD [0x03:7:8 ] Additional partitions defined FDP [0x04:7:1 ] Fixed data partitions SDP [0x04:6:1 ] Select data partitions IDP [0x04:5:1 ] Initiator defined partitions PSUM [0x04:4:2 ] Partition size unit of measure POFM [0x04:2:1 ] Partition on format CLEAR [0x04:1:1 ] Erase partition(s) (in concert with ADDP) ADDP [0x04:0:1 ] Additional partition bit (in concert with CLEAR) MFR [0x05:7:8 ] Medium format recognition PART_T [0x06:7:4 ] Partition type PART_U [0x06:3:4 ] Partition units (exponent of 10, bytes) P_SZ [0x08:7:16] Partition size Enclosure services management (SES) [esm: 0x14] mode page: ENBLTC [0x05:0:1 ] Enable timed completion MTCT [0x06:7:16] Maximum task completion time (100ms) Protocol specific logical unit [pl: 0x18] mode page: LUPID [0x02:3:4 ] Logical unit's (transport) protocol identifier Protocol specific port [pp: 0x19] mode page: PPID [0x02:3:4 ] Port's (transport) protocol identifier Power condition [po: 0x1a] mode page: PM_BG [0x02:7:2 ] Power management, background functions, precedence STANDBY_Y [0x02:0:1 ] Standby_y timer enable IDLE_C [0x03:3:1 ] Idle_c timer enable IDLE_B [0x03:2:1 ] Idle_b timer enable IDLE_A [0x03:1:1 ] Idle_a timer enable STANDBY_Z [0x03:0:1 ] Standby_z timer enable IACT [0x04:7:32] Idle_a condition timer (100 ms) SZCT [0x08:7:32] Standby_z condition timer (100 ms) IBCT [0x0c:7:32] Idle_b condition timer (100 ms) ICCT [0x10:7:32] Idle_c condition timer (100 ms) SYCT [0x14:7:32] Standby_y condition timer (100 ms) CCF_IDLE [0x27:7:2 ] check condition if from idle_c CCF_STAND [0x27:5:2 ] check condition if from a standby CCF_STOPP [0x27:3:2 ] check condition if from stopped Power consumption [ps: 0x1a,0x1] mode page: ACT_LEV [0x06:1:2 ] Active level PC_ID [0x07:7:8 ] Power consumption identifier SAT ATA Power condition [apo: 0x1a,0xf1] mode page: APMP [0x05:0:1 ] Advanced Power Management (APM) enabled/change APM [0x06:7:8 ] Advanced Power Management (APM) value Informational exceptions control [ie: 0x1c] mode page: PERF [0x02:7:1 ] Performance (impact of ie operations) EBF [0x02:5:1 ] Enable background function EWASC [0x02:4:1 ] Enable warning DEXCPT [0x02:3:1 ] Disable exceptions TEST [0x02:2:1 ] Test (simulate device failure) EBACKERR [0x02:1:1 ] Enable background (scan + self test) error reporting LOGERR [0x02:0:1 ] Log informational exception errors MRIE [0x03:3:4 ] Method of reporting informational exceptions INTT [0x04:7:32] Interval timer (100 ms) REPC [0x08:7:32] Report count (or Test flag number [SSC-3]) Background control (SBC) [bc: 0x1c,0x1] mode page: S_L_FULL [0x04:2:1 ] Suspend on log full LOWIR [0x04:1:1 ] Log only when intervention required EN_BMS [0x04:0:1 ] Enable background medium scan EN_PS [0x05:0:1 ] Enable pre-scan BMS_I [0x06:7:16] Background medium scan interval time (hour) BPS_TL [0x08:7:16] Background pre-scan time limit (hour) MIN_IDLE [0x0a:7:16] Minumum idle time before background scan (ms) MAX_SUSP [0x0c:7:16] Maximum time to suspend background scan (ms) Logical block provisioning (SBC) [lbp: 0x1c,0x2] mode page: SITUA [0x04:0:1 ] Single initiator threshold unit attention LBP_EN [0x10:7:1 ] Threshold enabled LBP_TYPE [0x10:5:3 ] Threshold type LBP_ARM [0x10:2:3 ] Threshold arming LBP_RES [0x11:7:8 ] Threshold resource LBP_COUNT [0x14:7:32] Threshold count Medium configuration (SSC) [mco: 0x1d] mode page: WORMM [0x02:0:1 ] Worm mode WMLR [0x04:7:8 ] Worm volume label restrictions WMFR [0x05:7:8 ] Worm volume filemark restrictions Timeout and protect (MMC) [tp: 0x1d] mode page: G3E [0x04:3:1 ] Group 3 timeout capability enable TMOE [0x04:2:1 ] Timeout enable DISP [0x04:1:1 ] Disable (unavailable) until power cycle SWPP [0x04:0:1 ] Software write protect until power cycle G1MT [0x06:7:16] Group 1 minimum timeout (sec) G2MT [0x08:7:16] Group 2 minimum timeout (sec) Element address assignment (SMC) [eaa: 0x1d] mode page: FMTEA [0x02:7:16] First medium transport element address NMTE [0x04:7:16] Number of medium transport elements FSEA [0x06:7:16] First storage element address NSE [0x08:7:16] Number of storage elements FIEEA [0x0a:7:16] First import/export element address NIEE [0x0c:7:16] Number of import/export elements FDTEA [0x0e:7:16] First data transfer element address NDTE [0x10:7:16] Number of data transfer elements Transport geometry parameters (SMC) [tgp: 0x1e] mode page: ROTAT [0x02:0:1 ] Rotation for double sided media handling MNTES [0x03:7:8 ] Member number in transport element set Device capabilities (SMC) [dca: 0x1f] mode page: STORDT [0x02:3:1 ] Storage for data transfer element STORIE [0x02:2:1 ] Storage for import/export element STORST [0x02:1:1 ] Storage for storage element STORMT [0x02:0:1 ] Storage for medium transport element ACE [0x03:2:1 ] Auto clean enabled VTRP [0x03:1:1 ] Volume tag reader present S2C [0x03:0:1 ] SMC-2 capabilities supported MT_RA [0x04:7:2 ] Medium transport elements support Read Attribute MT2DT [0x04:3:1 ] Medium transport -> data transfer; Move Medium MT2IE [0x04:2:1 ] Medium transport -> import/export; Move Medium MT2ST [0x04:1:1 ] Medium transport -> storage; Move Medium MT2MT [0x04:0:1 ] Medium transport -> medium transport; Move Medium ST_RA [0x05:7:2 ] Storage elements support Read Attribute ST2DT [0x05:3:1 ] Storage -> data transfer; Move Medium ST2IE [0x05:2:1 ] Storage -> import/export; Move Medium ST2ST [0x05:1:1 ] Storage -> storage; Move Medium ST2MT [0x05:0:1 ] Storage -> medium transport; Move Medium IE_RA [0x06:7:2 ] Import/export elements support Read Attribute IE2DT [0x06:3:1 ] Import/export -> data transfer; Move Medium IE2IE [0x06:2:1 ] Import/export -> import/export; Move Medium IE2ST [0x06:1:1 ] Import/export -> storage; Move Medium IE2MT [0x06:0:1 ] Import/export -> medium transport; Move Medium DT_RA [0x07:7:2 ] Data transfer elements support Read Attribute DT2DT [0x07:3:1 ] Data transfer -> data transfer; Move Medium DT2IE [0x07:2:1 ] Data transfer -> import/export; Move Medium DT2ST [0x07:1:1 ] Data transfer -> storage; Move Medium DT2MT [0x07:0:1 ] Data transfer -> medium transport; Move Medium MT_WA [0x0c:7:2 ] Medium transport elements support Write Attribute MTEDT [0x0c:3:1 ] Medium transport -> data transfer; Exchange Medium MTEIE [0x0c:2:1 ] Medium transport -> import/export; Exchange Medium MTEST [0x0c:1:1 ] Medium transport -> storage; Exchange Medium MTEMT [0x0c:0:1 ] Medium transport -> medium transport; Exchange Medium ST_WA [0x0d:7:2 ] Storage elements support Write Attribute STEDT [0x0d:3:1 ] Storage -> data transfer; Exchange Medium STEIE [0x0d:2:1 ] Storage -> import/export; Exchange Medium STEST [0x0d:1:1 ] Storage -> storage; Exchange Medium STEMT [0x0d:0:1 ] Storage -> medium transport; Exchange Medium IE_WA [0x0e:7:2 ] Import/export elements support Write Attribute IEEDT [0x0e:3:1 ] Import/export -> data transfer; Exchange Medium IEEIE [0x0e:2:1 ] Import/export -> import/export; Exchange Medium IEEST [0x0e:1:1 ] Import/export -> storage; Exchange Medium IEEMT [0x0e:0:1 ] Import/export -> medium transport; Exchange Medium DT_WA [0x0f:7:2 ] Data transfer elements support Write Attribute DTEDT [0x0f:3:1 ] Data transfer -> data transfer; Exchange Medium DTEIE [0x0f:2:1 ] Data transfer -> import/export; Exchange Medium DTEST [0x0f:1:1 ] Data transfer -> storage; Exchange Medium DTEMT [0x0f:0:1 ] Data transfer -> medium transport; Exchange Medium Extended device capabilities (SMC) [edc: 0x1f,0x41] mode page: MVPRV [0x04:5:1 ] Move prevented to import/export element MVCL [0x04:4:1 ] Move closes import/export element MVOP [0x04:3:1 ] Move opens import/export element USRCL [0x04:2:1 ] User control import/export element close USROP [0x04:1:1 ] User control import/export element open IEST [0x04:0:1 ] Import/export element state DTETA [0x05:4:1 ] Data transfer element empty on door access RSSEA [0x05:3:1 ] Return to source storage element address MVTRY [0x05:2:1 ] Move tray IEMGZ [0x05:1:1 ] Import/export magazine SMGZ [0x05:0:1 ] Storage magazine TREXC [0x06:2:1 ] True exchange capable LCKIE [0x06:1:1 ] Lock import/export element LCKD [0x06:0:1 ] Lock door SPMER [0x07:2:1 ] Source pre-move eject required DPMER [0x07:1:1 ] Destination pre-move eject required PEPOS [0x07:0:1 ] Pre-eject position UCST [0x08:0:1 ] Unassigned cleaning storage CD/DVD (MM) capabilities and mechanical status (MMC) [cms: 0x2a] mode page: D_RAM_R [0x02:5:1 ] DVD-RAM read D_R_R [0x02:4:1 ] DVD-R read D_ROM_R [0x02:3:1 ] DVD-ROM read METH2 [0x02:2:1 ] Method 2 CD_RW_R [0x02:1:1 ] CD-RW read CD_R_R [0x02:0:1 ] CD-R read D_RAM_W [0x03:5:1 ] DVD-RAM write D_R_W [0x03:4:1 ] DVD-R write TST_WR [0x03:2:1 ] Test write CD_RW_W [0x03:1:1 ] CD-RW write CD_R_W [0x03:0:1 ] CD-R write BUF [0x04:7:1 ] Buffer underrun free recording MULT_S [0x04:6:1 ] Multi session M2F2 [0x04:5:1 ] Mode 2 form 2 M2F1 [0x04:4:1 ] Mode 2 form 1 DP_2 [0x04:3:1 ] Digital port 2 DP_1 [0x04:2:1 ] Digital port 1 COMP [0x04:1:1 ] Composite AUDIO_P [0x04:0:1 ] Audio play RBC [0x05:7:1 ] Read bar code UPC [0x05:6:1 ] Uniform product code ISRC [0x05:5:1 ] International standard recording code C2PS [0x05:4:1 ] C 2 pointers supported RW_DC [0x05:3:1 ] R-W de-interleaved and corrected RW_S [0x05:2:1 ] R-W supported CDDA_SA [0x05:1:1 ] CD-DA stream accurate CDDA_CS [0x05:0:1 ] CD-DA commands supported LMT [0x06:7:3 ] Loading mechanism type EJECT [0x06:3:1 ] Eject (individual or magazine) PJ [0x06:2:1 ] Prevent jumper LS [0x06:1:1 ] Lock state LOCK [0x06:0:1 ] Lock (supported) RWILI [0x07:5:1 ] R-W in lead in SCC [0x07:4:1 ] Side change capable SSS [0x07:3:1 ] Software slot selection CSDP [0x07:2:1 ] Changer supports disc present SCM [0x07:1:1 ] Separate channel mute SVL [0x07:0:1 ] Separate volume levels MRSS [0x08:7:16] Maximum read speed supported (kBps) (obs) NVLS [0x0a:7:16] Number of volume levels supported BSS [0x0c:7:16] Buffer size supported (1024 bytes) LENGTH [0x11:5:2 ] Length (bit length of IEC958 words) LSBF [0x11:3:1 ] LSB (least significant bit) first RCK [0x11:2:1 ] High on LRCK indicates left channel BCKF [0x11:1:1 ] BCK signal falling edge CMRS [0x16:7:16] Copy management revision supported RCS [0x1b:1:2 ] Rotation control selected CWSS [0x1c:7:16] Current write speed selected