Toshiba SD-P91S Portable DVD Player User Manual
Contents
1. 12 5 1 1 DVD ROM Data Configurations 12 5 1 2 CD ROM Data Configurations 12 5 1 3 CD R CD RW Data Configurations 13 5 1 4 DVD R RW Data Configurations 13 5 2 Power ON OFF Timing 14 6 Interfaces 14 6 1 Cable 14 6 2 Signal Summary 15 6 2 1 Signal Specifications 15 6 2 2 Timing of Host Interface PIO 16 6 2 3 Timing of Host Interface DMA Multi 17 6 2 4 Timing of Host Interface Ultra 182. uoweoy ezy 0 seulddijiyg uredouuoe eunBe YHON Lune ueuig euoz uodx3 210805 1523 04 ueder 0 uouioy edy OL E 4 ueder 2 820 uouioy 1yoew euneyny eineyn4 ezeyo emezeunzy 612 820 IUSIN 2 ueder 2100 220 145 nqnoys ezy ueder 0 0 60 uouoy 28 18 ueder 9200 220 6772 L ueder 6000 1860 61 jeuisnpu 1USWdinb3 uoneuuoju eqiuso 1 SWE dog SIN3 SWA niens 0D LIPAN BMESIN 50 PIT MNN eqiuso
3. 5 X 21198 05 033 9 68 092 96 lt 960 0 96 lt 7661 11 0001903 ZH OG 661 8 7 00019991 WY 96 08 ZH 08 6170 9661 9 7 00019031 L AM 2 9661 5 00019031 ZHY S 4 90 9661 t Y 0001903l WY 96 08 ZHM ZHI 0001 08 U A 8661 9661 7 0001903 AM 8 AX v 8661 S661 LV e v 0001923l jo pue syw Bojouuoe uoneuuoju 1002 8661 55819 8661 ONA 2661 L L800SNA UOISSIWS OWA 233 966 668 uonipuoo 158 apnss 05 JO UONEJEJJ9 N3 SD R5112 Rev 1 0 29 29 Deviation List Page 2 22 Item 3 1 Performance 2 Applicable Write Disc DVD R DVD RW 3 Applicable Read Disc DVD 3 2 Environmental Conditions 8 Storage Humidity 9 Shipping Humidity 7 2 Current Drain 5 V 7 2 1 Sleep 7 2 2 Standby 7 2 3 Continuous Read 7 2 4 Idle 7 2 5 Average 7 2 6 Maximum 7 2 7 Peak in executing Access Rev 0 9 DVD R
4. n 1 Synchronization 4 bit Address A Min 8 bit Address Sec 8 bit n 1 Address Frame 8 bit n 2 Address CRC 14 bit Figure 6 CD R CD RW Disc Data Configuration After Writing Data are written in CD format synchronizing with ATIP 5 1 4 DVD R RW Data Configurations Before writing DVD R RW disc contains ECC block address embossed as the pre pit information on the land The ECC block address is the absolute physical of the track and corresponds to 16 sector equal in size to 1 ECC block to be recorded in the groove Figure 7 shows the ECC block address stricture ECC block address ECC block address N 3 bytes 16 bytes ECC block add 2 ock address 1 3 bytes 16 bytes Field ID block address 1 bytes N 2 Disc information or ECC block 16 bytes address 6 bytes Parity B 3 bytes Figure 7 ECC block address structure of DVD R RW disc After writing The data is written in DVD ROM format synchronizing with block address 13 29 SD R5112 Rev 1 0 5 5 2 Power ON OFF Timing Target Figure 8 shows the initialization sequence Power ON or ATAPI RST Max 550 ms p Command Receivable System Initialization 46 ase Focus Search Learning CD Typ 12 5 DVD 2 Layer 8 60 5 m Single Session Disc
5. _______ _____ ____________ 23 9 Device Configuration Jumper RR 24 9 1 Device configuration Jumper ee 24 10 Busy Indicator et 25 11 Connections P 26 11 1 Power Supply Cable HR 26 11 2 Interface Cable ee 26 11 3 Audio Cable 2 26 12 Emergency Eject RE 26 13 Safety Standards Agency Approvals gt 27 14 Electrostatic Discharge 27 27 16 Packaging RR 27 17 CE Declaration of conformity eoe eee 27 SD R5112 Rev 1 0 TOSHIBA 1 Introduction This document describes TOSHIBA s SD R5112 DVD R RW Drive 2 Features This drive reads DVD CSS Contents Scramble Systems Disc This drive reads digital data stored on CD ROM DVD ROM and CD audio discs This drive read and records the digital data DVD R RW and CD R RW discs This drive reads digital stored on DVD ROM discs at maximum 12 times faster rotational speed This drive reads digital stored on CD ROM discs at maximum 40 times faster rotational speed This drive records write once digital data on DVD R disc at 1 2 4 times faster rotational speed This drive writes rewrites digital data on DVD RW disc at 1 2 time rotational speed This drive corresponds to 4 3GB disc single side 9 4 GB disc double side at time of reading DVD RAM disc and digital stored on DVD RAM disc at standard rota
6. NO error 14 7 m s 1 5 Horizontal 7 8 m s 0 8 G Vertical Half sine wave 11 ms 10 s interval 3 Non operating with no Disc mounted no damage 490 m s 50 G sine wave 11 ms 4 Drop Packaged no damage a Bulk package 10 pcs 0 6 m drop once for each 6 surfaces 1 edge and 1 corner b Bulk Package 15 pcs 1 drop at 0 4 m Bottom side only 6 29 SD R5112 Rev 1 0 5 3 3 Installation Conditions Mount the drive within 20 of the horizontal positions and within 10 of the vertical positions 2 205 EE 0 209 20 Horizontal position 109 10 10 10 b Vertical position Figure 1 Installation position 3 4 Dimension and Mass See Figure 2 for details 1 External Dimensions W x H x D 146 mm x 41 5 mm x 189 5 mm excluding bezel 2 Mass Weight 1 0 kg Net 11 0 kg Bulk Packaged 10pcs 16 0 kg Bulk Packaged 15pcs Probability 7 29 SD R5112 Rev 1 0 5 MODE SELECT ANALOG AUDIO ATAPI INTERFACE HEADERS DIGITAL AUDIO Unit mm Figure 2 1 External Dimensions 8 29 SD R5112 Rev 1 0 5 Mounting length 320 Mount ing Screw M3 Torque 0 80 Nm 9 Mounting frame Surface of side of host computer or bottom of the DVD ROM drive Unit mm
7. STOP DMARDY tZIORDY STROBE tDVS tDVH DD 15 0 Sender tZAD STROBE DD 15 0 Recipient In all timing diagrams the low line indicator negated and the upper line indicators asserted Ultra DMA Mode 2 S Min time ns Max time ns Timing parameters min 5 max ns Typical Sustained Average t2CYC Two cycle time from rising edge to next rising edge of 15 from falling edge to next falling edge of STROBE PVE A DwavidSeupim DwawidHodime 6 ____ o ____ VIORDY Mmmummetrbwack E FS fFrstSTROBEme 0 mm 7 105 Data setup time recipient tDH Data hold time at recipient Figure 12 Host Interface Timing Ultra DMA 18 29 SD R5112 Rev 1 0 5 6 3 Connector Figure 13 shows the mixture connector Interface Power supply Table 2 shows Interface connector pin assignment power supply connector
8. PIN 1 12V PIN 2 GND PIN 3 GND 4 5V uc 392 xe 56 38 m 21 18 4 1 FRE ch te m H3 ES oase OOOO ha TY UTE UU UI 3 MT 2 54 3 4 2 54 FL 48 25 Le 2 4 Fn 2 54 gt x gt 120 3 05 lt gt juge S INTERFACE POWER SUPPLY HEADER CONNECTOR CONNECTOR ANALOG AUDIO DIGITAL AUDIO CONNECTOR Figure 13 19 29 SD R5112 Rev 1 0 SIGNAL HET 1 Eo ae Reset H HD6 Em 1 vo a Oas HDO I O HD15 N Po Joa A KEYPIN HDRQ 2 N 2 HWR STOP 2 HRD HDMARDY HSTROBE s or onan pera ae Jen 20 o 20 2 eee E _ og 1 Hon 0 4 L9 vo pee ______ Co fe 1 5 HOST SIGNAL Host Reset Host Data Bus BIT Host Data Bus BIT Host Data Bus BIT Host Data Bus BIT Host Data Bus BIT Host Data Bus BIT 10 Host Data Bus BIT 4 Host Data Bus BIT 11 Host Data Bus BIT 3 Host Data Bus BIT 12 Host Data Bus BIT 2 Host Data Bus BIT 13 Host Data Bus BIT 1 Host Data Bus BIT 14 Host Data Bus BIT 0 Host Data Bus BIT 15 ajo Request Host 1 Write Host I O
9. status Figure 16 Idle 1 2 Continuously off when no disc is mounted TU sne Figure 17 No disc 1 3 Continuously on when media has problem BERE Light On Figure 18 Media Problem 2 When playing an audio track Busy Indicator is blinking at 1 6 s intervals Figurer 19 CD Audio playback 3 When performing Data Access and during Data Transfer and Write Busy Indicator keeps turn on Light On Figurer 20 Data Access and Data Transfer 25 29 SD R5112 Rev 1 0 11 Connection 11 1 Power Supply Cable 1 Housing 2 Contact 3 Cable Length 11 2 Interface Cable 1 Connector 2 Cable Specific Impedance Length 11 3 Audio Cable 1 Capacitance 2 Length 12 Emergency Eject TOSHIBA AMP JAPAN P N 1 480424 0 or equivalent AMP JAPAN P N 170148 2 or equivalent AWG 28 Max 2m specification 40 core type 100 OHM 10 without shield Max of 0 46 m for total ATAPI bus length Unbalanced and shielded Less than 1000 pF Max 3m Execute following procedure only in the case of emergency Tray will not eject and disc can not be removed although pressing Eject Button 1 Turn the drive supplying power off 2 Insert solid bar like paper clip into Emergency Eject hole and push as shown in Fig 21 Then Tray will be ejected 3 After removed the disc gently push Tray to close 2 diameter 1 0 to 1 5 mm Figurer 21 Insert the b
10. DVD EFM Demodulator Error Correction Circuit and DA converter CD IDE ATAPI Control and CD ROM Error Correction Circuit 1 Lens and 2 Laser System Brushless DC Motor DC Motor DC Motor SD R5112 Rev 1 0 5 N94 1 ZHW 26 922 SUM 5 199190 GI 9U S Jepooeg 041UOO eoejelu ldviv 993 INVHS Jeojs 186 7601 4 HSV 14 i JOSS8001q 04402 JeAug JeAug 1 dwy 8 4 dwy dwy 14005 29581 19114 91990 M JVS9ELVL 41019818 uonisog eso 5 uedo yams 19803 JOJO pee TOJON INVHOVIG 392018 94 05 TAGOW Figure 3 Configuration SD R5112 Rev 1 0 11 29 5 5 Functions 5 1 Disc Data Configurations 5 1 1 DVD ROM Data Configurations Figure 4 shows how data is constructed in the case of dual layer parallel track data DVD disc The DVD spec defines the single layer the dual layer opposite and parallel track disc that the DVD ROM drive supports For details refer to DVD Book Part 1 1 block 1 6
11. Error Rate 10 3 5 2 MTBF 10 3 5 3 10 3 5 4 Drive Life 10 4 Configurations 10 4 1 Electrical Circuits 10 4 2 Optical Pickup 10 4 3 Spindle Motor 10 4 4 Feed Motor 10 4 5 Tray Load Eject Motor 10 Functions 12 5 1 Disc Data Configurations
12. Figure 10 shows the Host Interface Timings 10 gt Address validi lt lt gt t2 g DIOR DIOW Write data valid 2 Read data valid 2 IOCS16 1 Device Address consists of signals 50 51 and DA2 0 2 Data consists of 000 15 16 bit DDO 7 8 bit PIO timing parameters min ns max ns DIOR data hold DIOW data setup DIOW data hold DIOR data tristate ERE 6 Addr valid to IOCS 16 assertion Figure 10 Host Interface Timing 16 29 SD R5112 Rev 1 0 5 6 2 3 Timing of Host Interface Multi Figure 11 shows the Host Interface DMA multi word Timings 10 gt DMARQ PE dL DMACK 1 gt tK p ar tl DIOR DIOW 1 E gt E tZ ED 000 15 m tF Write 000 15 1 In all timing diagrams the low line indicator negated and the upper line indicators asserted woe DA ns ns timing parameters min ns 5 Jomo wm formes _ fonem f i o Figure 11 Host Interface Timing DMA Multi 17 29 SD R5112 Rev 1 0 5 6 2 4 Timing of Host Interface Ultra Figure 12 shows the Host Interface Ultra DMA word Timings DMARQ tMLI
13. Figure 2 2 External Dimensions 9 29 SD R5112 Rev 1 0 3 5 3 5 1 Error Rate 1 Hard Read Error Rate Byte Error Rate DVD CD 2 Seek Error Rate Allowing 5 Retries default 3 5 2 MTBF Assumptions Power On Hours On Off Cycles Number of Access Operating Duty Cycle Read Operating Duty Cycle Write 3 5 3 MTTR 3 5 4 Drive Life 1 Load Eject 2 Interface connector Attach Detach 3 DC Power connector Attach Detach 4 Configuration See Figure 3 for details of the configurations 4 1 Electrical Circuits 2 Optical Pickup Servo Drive Circuit 3 Feed Motor Drive Circuit 4 Laser Diode Control Circuit 8 CIRC Encoder EFM Encoder 0 8 16 Modulated data Encoder 1 ATIP Demodulator 2 LPP Demodulator 3 Disc Moter Control Circuit 9 1 1 1 1 4 2 Optical Pickup 4 3 Spindle Motor 4 4 Feed Motor 4 5 Tray Load Eject Motor 10 29 TOSHIBA Allowing 5 Retries default 10 15 Max Mode 1 10 15 2 10 12 10 6 100 000 5 436 h year 313 cycles year 600 000 accesses year 20 of Power On Time Reading Seeking 2 of Power On Time Writing Seeking 0 5h 15 000 h or 5 years earlier one 10 000 times or more 20 times or more 20 times or more 1 Tray Eject Switch and Eject Detection Switch 8 16 Modulated data Demodulator Error Correction Circuit and CSS Authenticator
14. Read 1 Channel Read Cable Select DMA Acknowledge Host Interrupt Request Host 16 BIT I O Host Address Bus BIT 1 Passed Diagnostics Host Address Bus BIT 0 Host Address Bus BIT 2 Host CHIP Select 0 Host CHIP Select 1 Drive Active Drive 1 Present Table 2 Interface Connector PIN Assignment 20 29 SD R5112 Rev 1 0 5 6 4 Support Command List ATAPI Packet Commands OP Code Command Description Test Unit Ready Rezero Unit Request Sense Format Unit Receive Diagnostics Send Diagnostic Prevent Allow Medium Removal Read Format Capaciles Read Capaciy gt 2 em wie 4 mm 2k 3 a HedsGeme Lm lt I gt Play Audio 10 Get Configuration Play Audio MSF Get Event Status Notification Pause Resume as mm Stop Play Scan 2 5 Read Disc Information Read Track RZone Information 27 Reserve Track RZone Send OPC Information Mode Select 10 Repair kn Close EG Session Border Read Buffer Capacit Send Cue Sheet Sr rs m an Repoky Set Read Ahead Read 12 Write 12 Get Performance Read DVD Structure Set Streaming Read CD MSF Set CD Speed Mechanism Status Read CD Send DVD Structure 21 29 SD R5112 Rev 1 0 TOSHIBA ATA Commands Fh 7 11 7 Power Requirements 7 1 Source Voltage 5 V 5 Operating 12 V 5 Operating 8 Start up 8 Start up 7 1 1 Spike 10
15. 0 mV p p Max 7 1 2 Ripple 100 mV Max 7 2 Current Drain These value of 1st experiment drive 5 12 7 2 1 Sleep 50 mA DVD CD 7 2 2 Standby Laser off Motor off 80 mA DVD CD 7 2 3 Continuous Read Data 520 mA DVD 540 mA CD 7 2 4 ldle Laser on Motor 450 mA DVD 7 2 5 Average 20 Random Access 480 mA DVD 520 mA CD 7 2 6 Maximum 100 Random Access 500 mA DVD 550 mA CD 7 2 7 Peak in executing Access Exclude Spike Current Spike Less than 1 ms of duration 1 200 mA DVD 1 200 mA CD 7 2 8 Write CD R 12 16X ZCLV Write DVD R 4X CLV 650 mA 600 mA 22 29 60 60 600 700 300 mA DVD 600 mA DVD 720 mA CD 750 mA DVD 850 1 600 mA DVD 1 600 mA CD 450 mA 350 mA SD R5112 Rev 1 0 TOSHIBA 8 CD Audio Test condition Ordinary temperature 8 1 Analog Out in case of the attenuator is set at 0 dB by the command 1 Output Level 0 79 V rms Typ 2 Type Unbalanced 3 Load Impedance 47 KOHM min 4 Frequency Response 20 Hz to 20 kHz 3 dB 5 Distortion 73 dB at 1 kHz JIS A Weighted 6 Signal to Noise Ratio 80 dB Typ IEC 179 A weighted 8 2 Digital Out 1 Output Level 0 50 V p p 2 Type Unbalanced 3 Load Impedance 75 OHM 8 3 Connector 4P connector and 2P connector Digital Audio Analog Audio p B R H Digital out
16. 1 2 Features 1 3 Specifications 2 3 1 Performance 2 3 2 Environmental Conditions 5 3 2 1 Temperature and Humidity 5 3 2 2 Dust and Dirt 6 3 2 3 Vibration 6 3 2 4 Atmospheric Pressure and Altitude 6 3 2 5 Shock 6 3 3 Installation Conditions 7 3 4 Dimensions and Mass 7 3 5 Reliabilities 10 3 5 1
17. 300 450 Block s CAV 6 682 16 200 KByte s CAV 4 432 10 800 KByte s CAV 2 704 6 536 KByte s CAV 2 704 6 536 KByte s ZCLV 2 704 KByte s Mode 1 CAV 2 588 6 000 KByte s 600 900 KByte s Mode 2 CAV 2 950 6 843 KByte s PCAV 684 1 026 KByte s Mode 1 CAV 1 294 3 000 KByte s 600 900 KByte s 2 1 475 3 422 KByte s 684 1 026 KByte s 16 7 MByte s PIO Mode 4 16 7 MByte s Multiple word DMA transfer mode 2 33 3 MByte s Ultra mode 2 3 29 SD R5112 Rev 1 0 7 5 5 Average Random Access Time DVD 2 130 ms CD 3 110 ms Typ DVD RAM 200 ms Average Random Seek Time DVD 5 120 ms CD 6 105 ms Typ DVD RAM 160 ms Average Full Stroke Access Time DVD 210 ms CD 180 ms Typ DVD RAM 400 ms Typ 8 Spin up Time Focus Search Time and Disc Motor Start up Time DVD 2 0 s Typ DVD RAM 2 0 s Typ CD 2 0 s 9 Data Buffer Capacity 2 048 KByte All disc written in CD or DVD formats except CD DA audio require additional specific application software and or hardware This drive referred in the specification is capable of reading these data formats However in order to run applications that use these formats you must first have the required software and or hardware 2 Measured by performing multiple accesses which means reads of data blocks over whole area of th
18. 6 3 Connector 19 6 4 Support Command List 21 7 Power Requirements 22 7 1 Source Voltage 22 7 1 1 Spike 22 7 1 2 Ripple 22 SD R5112 Rev 1 0 5 7 2 Current Dan SER 22 7 2 1 Sleep Soe ee ee ee ee 22 7 2 2 Standby RR 22 7 2 3 Continuous Read RR 22 7 2 4 22 7 2 5 xe c e 22 7 2 6 cR eere ee eee 22 7 2 7 Peak in executing ACCESS RR 22 7 2 8 Write pep 22 8 23 2 ____ ______ ______________ 23 8 2 Digital Out 23 6 3 ELE 23 8 4 Audio 23 8 5 __ _____ ________________ 23
19. 76 s ID Data Dual layer Parallel track path Layer No Information Lead in 1 Disc xxh 2FFFFh ID Data 4B Area ID Data EDC 2B Sector Format Type ata 1 Tracking Method Reserved 6B Refectivit Main Data 2048 4B Data Area Lead in Area Lead out Area ID Data 4B ID Data EDC 2B Reserved 6B Layer Number Layer 0 Layer 1 Main Data 2048B ECC 160B Approx 130 k Block Lead out Area Figure 4 DVD ROM Disc Data Configuration 5 1 2 CD ROM Data Configurations Figure 5 shows how the data is structured in program units 1 block 1 75 s SYNG Minutes 12 bytes Header 4 bytes Second 0 59 Blocks 0 74 User Data 2048 bytes in Mode 1 2336 bytes in Mode 2 1 288 2 300 k Blocks AA _ Lead out Figure 5 CD ROM Disc Data Configuration 12 29 SD R5112 Rev 1 0 5 5 1 3 CD R CD RW Data Configurations Before writing CD R CD RW disc contains time code information called ATIP ATIP is abbreviation of Absolute Time In Pre groove in the wobbling groove by modulating the carrier frequency Address information is pre formatted to ATIP on the CD R CD RW disc and method for the guide groove to wobble by FM modulation Figure 6 shows the composition of ATIP
20. CD 1 600 mA DVD 1 600 mA CD 450 mA 350 mA SD R5112 Rev 1 0
21. Fig 2 SD R5112 Rev 1 0 TOSHIBA 7 Inthe market there are some drives or players that maintain to read CD or DVD disc though they may not designed to read CD RW or DVD RW disc When you try to read the CD RW or DVD RW disc written by this product using other drives or players please make sure that the equipment is applicable to CD RW or DVD RW disc 8 In the instruction manual of your product statement described in Safety Instruction Manual attached to this product the statement described in Cautions above the statement of item 4 and 5 above and other required statements should be mentioned for thorough understanding by the users Notes about Copyright Please notify below notice to your customers Notice Copyrighted works including but not limited to music video computer program database are protected by copyright laws Unless specifically permitted under applicable copyright laws you cannot copy modify assign transmit or otherwise dispose of any copyrighted work without the consent of the owner of the copyright Please take notice that unauthorized copying modification assignment transmission and other disposition may be subject to claims for damages and to penalties SD R5112 Rev 1 0 TOSHIBA Contents 1 Introduction
22. GND R GND GND L Figure 14 8 4 Audio Modes 1 16 Modes including Stereo Lch Mono Rch Mono and Mute are selectable by command Default mode is Stereo Audio out is automatically muted in the digital data area and seek state 2 16 Steps of attenuation level for the Audio Output is selectable by command Default level is 0 dB 8 5 Headphones Output Option in case of the attenuator set at 0 dB the 1 Output Level 0 90 V rms Typ 2 Level Adjust Controller Continuous Type Thumb Wheel Knob 3 Load Impedances 100 OHM Nominal 8 5 1 Connector 3 5 mm dia Stereo Headphones Jack 23 29 SD R5112 Rev 1 0 5 9 Device Configuration Jumper 9 1 Device configuration jumper MODE SELECT The device configuration jumper is 6 pin right angle and header Molex P N70203 or equivalent with three marked positions Drive CSEL o Cable CSEL Figure 15 a Use CS CSEL The device shall use the host interface signal CSEL to configure the device b MA Master Default Position The device shall use for the Master Default Mode is c SL Slave The device shall use for the Slave 24 29 SD R5112 Rev 1 0 5 10 Busy Indicator The LED of Front Bezel indicates the drive status Busy Indicator Color Green 1 After Tray is closed Busy Indicator start blinking at 0 8 s intervals and then 1 1 Turns off when the drive in the
23. Read Command Stand by Acceptable TEST UNIT Check Condition Status Good Status Command Figure 8 Initialization Sequence 6 Interface 1 The interface is based on T13 1321D AT Attachment with Packet Interface 5 ATA ATAPI 5 Revsion 3 Feb 29 2000 SFF 8020i Small Form Factor Committee Specification of ATA Packet Interface for CD ROMs Revision2 6 Nov 27 1995 SFF 8090i Ver 5 Rev 1 4 Oct 17 2001 2 66 ATAPI ATA commands are usable 3 The 2 MByte data buffer handles both high speed and low speed data transmission 4 The largest block size on playback is 2 647 Bytes The data length for each block is changeable by command 6 1 cable Table1 shows the cable parameters Min Max Driver loL sink current for 5 V operation Driver loL sink current 3 5 V operation Driver loH sink current 400 Driver loading mr 25 pF Table 1 Cable parameters 14 29 SD R5112 Rev 1 0 6 2 Signal summary The physical interface consists of single ended TTL compatible receivers and drivers communicating through 50P connector as shown in Figure 13 and Figure 14 Interface connector 6 2 1 Signal Specification Figure 9 shows the Signal Specifications Sig Name HDO HD15 DASP PDIAG timing control 516 INTRQ timing control HWR HRD HAO HA2 HCS1 HCS3 HDAK 100 KOHM Receivers Drivers C
24. TOSHIBA STORAGE DEVICE DIVISION SD R5112 DVD R RW DRIVE PRODUCT SPECIFICATION MARCH 2003 REV 1 0 Specifications are subject to change without notice DOCUMENT NUMBER 16004 TOSHIBA LIMITATION OF LIABILITY Those warranties in the express warranty separately agreed between TOSHIBA and your company are the only warranties given to the consumer and are in lieu of any other warranties whether express or implied with regard to this component TOSHIBA expressly and unequivocally disclaims the warranties of merchantability and fitness for a particular purpose Further TOSHIBA disclaims all express warranties created by any individual or entity installing this device into a computer unless such express warranties are made with the prior express written consent of TOSHIBA or its authorized representatives TOSHIBA will not be responsible for any damages whether compensatory incidental consequential or special damages of any kind including but not limited to punitive or exemplary damages treble damages loss of use or lost profits whether such damages are sought by the end user or the purchaser herein regardless of whether such liability is sought directly or by way of indemnity proceedings in law or equity It shall be the responsibility of the purchaser herein to provide the end user or ultimate consumer with all product documentation provided with this product including all product specification manuals registration forms an
25. Transfar CD DA Video CD CD R Write Hight speed CD RW Write CD RW Write 6 Transfer Rate Sustained Block Transfer Rate DVD Single DVD Dual DVD VIDEO CSS Disc DVD R DVD RW DVD RAM CD CD RW Sustained Data Transfer Rate DVD Single DVD Dual DVD VIDEO CSS Disc DVD R DVD RW DCD RAM CD CD RW Burst DataTransfer Rate Approx 7 580 rpm 5 0 12 Approx 5 053 rpm 3 3 8X Approx 3 200 rpm 2 4 8X CAV Approx 2 780 rpm 2 4 8X CAV Approx 2 780 rpm 2 4 8X CAV Approx 2 780 rpm 2 4 8X CAV Approx 550 1 390 rpm 1X CLV Approx 1 100 2 780 rpm 2X CLV Approx 2 200 5 560 rpm 4X CLV Approx 550 1 390 rpm 1X CLV Approx 1 100 2 780 rpm 2X CLV Approx 1 380 3 300 rpm 1X ZCLV Approx 8 561 rpm 17 2 40X CAV Approx 4 281 rpm 8 6 20X CAV Approx 3 200 rpm 12 7 16X CAV Approx 1 200 2 000 rpm 4 6X PCAV Approx 3 400 5 940 rpm 12 16X ZCLV Approx 2 550 5 940 rpm 12X CLV Approx 1 700 3 960 rpm 8X CLV Approx 850 1 980 rpm 4X CLV Approx 2 125 4 950 rpm 10X CLV Approx 850 1 980 rpm 4X CLV Approx 850 1 980 rpm 4X CLV 1 KByte 210 Byte 1 024 Bytes 1 Mbyte 2 Byte 1 048 576 Bytes CAV 3 341 8 100 Block s CAV 2 216 5 400 Block s 1 352 3 268 Block s 1 352 3 268 Block s ZCLV 1 352 Block s CAV 1 290 3 000 Block s PCAV 300 450 Block s CAV 645 1 500 Block s PCAV
26. VD R for General Ver 2 01 Optional Spec Rev 1 0 DVD RW Ver1 1 Optional Spec Rev 1 0 CD DA CD E G CD MIDI CD ROM CD ROM XA MIXED MODE CD CD I CD I Bridge Photo CD Video CD Multisession CD Photo CD CD EXTRA Portfolio DVD ROM DVD 5 9 DVD 10 DVD 18 DVD R for General Ver 2 01 DVD RW Ver 1 1 DVD RAM Read Ver 2 1 CD DA CD E G CD MIDI CD TEXT CD ROM CD ROM CD I CD I Bridge Photo CD Video CD Multisession CD Phto CD CD EXTRA CD R CD RW Portfolio CD R CD RW 4 Data Capacity 1 230 Byte 1 220 Byte 1 210 Byte User Data Block DVD ROM DVD RAM CD ROM Data Capacity Disc DVD 5 DVD 9 DVD 10 DVD 18 DVD R Ver 1 0 DVD R Ver 2 0 DVD RW Ver 1 1 DVD RAM Ver 2 1 CD Mode 1 CD Mode 2 4 377 GB 7 959 GB 8 545 Billion Byte 8 754 GB 9 400 Billion Byte 15 917 GB 17 091 Billion Byte 3 679 GB 3 950 Billion Byte 4 377 GB 4 700 Billion Byte 4 377 GB 4 700 Billion Byte 4 377 4 700 Billion Byte 2 048 Byte Block 2 048 Byte Block 2 048 Byte Block Mode 1 2 336 Byte Block Mode 2 4 700 Billion Byte 656 5 688 4 Million Byte 748 8 MB 785 2 Million Byte 2 29 SD R5112 Rev 1 0 5 Rotational Speed DVD Single DVD Dual DVD R Ver 1 0 DVD R Ver 2 0 DVD RW Ver 1 1 DVD Video CSS Disc DVD R Ver 2 0 Write DVD RW Ver 1 1 Write DVD RAM Ver 2 1 CD ROM CD R CD RW CD DA
27. Ver2 0 for General DVD RW Ver1 1 DVD R Ver 1 0 Ver 2 0 5 to 95 Wet bulb Maximum Temperature 27 C 5 to 95 Wet bulb Maximum Temperature 27 TBD mA DVD CD TBD mA DVD CD TBD mA TBD mA DVD CD TBD mA DVD TBD mA DVD TBD mA CD TBD mA TBD mA DVD CD TBD mA DVD TBD mA CD TOSHIBA Rev 1 0 DVD R for General Ver2 01 Optional Spec Rev 1 0 DVD RW Ver1 1 Optional Spec Rev 1 0 DVD R for General Ver 2 01 5 to 95 Wet bulb Maximum Temperature 40 C 5 to 95 Wet bulb Maximum Temperature 40 C 50 mA DVD CD 80 mA DVD CD 520 mA 540 mA DVD CD 450 mA DVD 480 mA DVD 520 mA 500 mA 550 mA DVD CD 1 200 mA DVD 1 200 mA CD SD R5112 Rev 1 0 22 7 2 8 Write CD R 12 16 ZCLV Write DVD R 4X CLV 7 2 Current Drain 12V 7 2 1 Sleep 7 2 2 Standby 7 2 3 Continuous Read 7 2 4 Idle 7 2 5 Average 7 2 6 Maximum 7 2 7 Peak in executing Access 7 2 8 Write CD R 12 16X ZCLV Write DVD R 4X CLV Rev 0 9 TBD mA TBD mA TBD mA DVD CD TBD mA DVD CD TBD mA DVD TBD mA CD TBD mA DVD TBD mA DVD TBD mA CD TBD mA DVD TBD mA CD TBD mA DVD TBD mA CD TBD mA TBD mA TOSHIBA Rev 1 0 650 mA 600 mA 60 mA DVD CD 60 mA DVD CD 600 mA DVD 700 mA CD 300 mA DVD 600 mA DVD 720 mA CD 750 mA DVD 850 mA
28. ar 26 29 SD R5112 Rev 1 0 13 Safety Standards Agency Approvals 1 Safety EN60950 UL 1950 CAN CSA 22 2 No 950 2 Laser EN60825 1 Europe 3 EMC CE EN50081 1 EN55022 EN55024 A1 1 61000 4 2 1 1 61000 4 3 1 1 61000 4 4 61000 4 5 61000 4 6 61000 4 8 61000 4 11 5 FDA 21 U S A DHHS 1992 Residental commercial amp light industry 1998 Class B 1998 2001 Information Technology equipment Immunity characteristices Limits and methods of masurement 1995 1998 CD 4 KV ID 4 kV AD 8 kV 1995 1998 3 V m 80 1000 MHz 1 kHz 80 1995 AC line 1 kV I F 0 5 kV f 5 kHz Polarity 1995 AC line 2 kV 1 kV Polarity 1996 3 V 0 15 80 MHz 80 AM 1993 1 A m 50 Hz 1994 gt 95 0 5 30 25 gt 95 250 TAIWAN EMI CNS 13438 14 Electrostatic Discharge Standard 1 61000 4 2 1 Operating Read 8 KV or less 2 Operating Write 8 KV or less 3 Damage including 15 Accessories 16 Packaging 1 15 unit in bulk package 1 10 unit in bulk package 17 CE Declaration of conformity Please refer to attached Annex 1 15 KV or more 1 Short Jumper installed in MA header 1 Safety Instruction Manual 24 bulk packs on one pallet transportation is allowed with pallet Transportation with bulk package is not allowed 28 bulk packs on one pallet transportatio
29. aracteristics o ILO Output Leakage Current Output Capacitance Von voL OL LO Output Capacitance Voltage Output High Voltage Low Output Leakage Current Output Capacitance Input HIGH Voltage Input LOW Voltage Input leakage Current Input Capacitance N VO e O Input HIGH Voltage VIL Input LOW Voltage Input leakage Current leakage Current Input Capacitance withoutExternal pullup Resistor 21 04V 10 12 mA eov 0 8 V 30 150 pA 12 2 olg lt gt Pullup Resistor Ri Pullup Resistor Ri 24 150 Pullup Resistor Ri IOL 24 mA IOH 400 pA IOL 12 mA 5 gt 5 gt 30 1 24 30 lt 24 10 pA 10 RENE av END ET LIT rema 12 mA En Es Pullup Resistor 24v eee 150 pA Pullup Resistor R LT Ri Figure 9 Signal Specifications 15 29 SD R5112 Rev 1 0 TOSHIBA Bidirectional Rx210 Rs1 0 OHM Rs2 33 OHM HDO HD15 Rx 10 Rs1 0 OHM Rs2 0 OHM PDIAG DASP Open Drain Rs 0 OHM Rs 22 OHM Rs 22 OHM INTRQ HDRQ Rx infinity Rs 82 OHM HWR 0 2 Rx 47 Rs 82 OHM HDAK Rx infinity Rs 120 OHM HRD Rx 10 Rs 82 OHM HCS1 HCS3 5 6 2 2 Timing of Host Interface
30. d warranty information including product capabilities and limitations By accepting the component s the purchaser herein below agrees to do so and further accepts the terms of this limitation The purchaser herein below expressly waives any and all rights to the contrary Warnings This equipment an optical disc drive handled under the conditions out of equipment specifications may cause heavy load heat generation malfunction erroneous operation and performance degradation Therefore please handle this equipment properly in compliance with the warnings provided below In the event that you do not comply with the warnings Toshiba cannot guarantee the safety reliability and performance of the equipment expressly provided in the specification Manufacturers and resellers of the computer system using this equipment and or this equipment itself shall notify the end users of the warnings provided herein and ensure them to comply with these warnings in an appropriate manner 1 This equipment does not involve any over current protection circuit Use an appropriate over current protection in the computer system which this equipment would be connected Toshiba shall not be liable for any damages to the system which does not have any over current protection 2 DO NOT disassemble or modify this equipment Toshiba shall not make any guarantee to the reliability safety and performance of this equipment expressly provided in the specification and nor be
31. e media from 0 h Frame to 1E7725 h 4 089 Billion Byte 87 96 of total area Frame more than 3000 times Includes positioning setting latency time and ECC implementation time if required 3 Measured by performing multiple accesses which means reads of data blocks over whole area of the media from 00 min 02 sec 00 Frame to 60 min 01 sec 74 Frame 552 96 Million Byte 87 96 of total area at linear velocity of 1 3 m s more than 3000 times Includes positioning setting latency time and ECC implementation time if required 4 Measured by perfoming multiple accesses which means reads of data blocks over whole area of the media from 0 h Frame to 1E7725 h DVD RAM Ver 2 1 Disc Frame more than 3000 times Includes positioning setting latency time and ECC implementation time if required 5 Measured by performing multiple seek which means seeks of data block over whole area of the media from O h Frame to 1E7725 h Frame more than 3000 times Includes positioning setting time which is same definition as HDD 6 Measured by performing multiple seek which means seeks of data block over whole area of the media from 00 min 02 sec 00 Frame to 60 min 01 sec 74 Frame more than 3000 times Includes positioning setting time which is same definition as HDD 7 Measured by performing multiple seek which means seeks of data block over whole area of the media from O h Frame to 1E7725 h DVD RAM Ver2 1 Disc block more than 3000 times Includes p
32. inute before you eject the disc using the emergency eject mechanism when a disc cannot be ejected for some reasons in order to avoid the risk of damages to the disc Notice 1 Turn off the system power before mounting removing this equipment in order to avoid the risk of damages to this equipment 2 Insert the DC power plug in correct direction in order to avoid the risk of damages to this equipment 3 Handle this equipment only in electrostatically safe environment and do not touch connecting terminals with empty hands when you build in or pull out this equipment from other product in order to avoid the risk of malfunction of this equipment 4 DO NOT do any of the following 4 1 DO NOT use storage media CD s DVD s that are not the correct size or shape or do not meet the minimum formatting requirements set forth in section 3 1 1 of this Product Specification 4 2 DO NOT insert more than 1 CD or DVD disc into the drive at any time Doing so will damage or destroy this equipment and could damage or destroy the disc or cause data loss or corruption 4 3 DO NOT load or eject any CD or DVD disc with force Doing so will damage or destroy this equipment and could damage or destroy the disc or cause data loss or destruction 4 4 DO NOT eject CD or DVD disc while the drive is in operation Doing so will damage or destroy this equipment and could damage or destroy the disc or cause data loss or corruption 4 5 DO NOT insert any
33. liable fo r any damages resulting from such unauthorized disassembly or modification 3 Read carefully and comply with this Product Specification in order to avoid the risk of data error in writing operation Such possible data error would be made by any factors other than this equipment i e poor storage media misuse of this equipment malfunction in a computer system connecting this equipment etc Toshiba shall not be liable for any damages resulting from such data loss Check whether the original data is correctly copied or stored upon completion of writing operation Take any necessary measures to protect your data such as system backup and or mirroring disk subsystems in order to avoid the risk of unexpected data loss or data corruption resulting from failure in this equipment for some reasons Manufacturers and resellers of the computer system using this equipment shall be required to consider the safety of such computer system and data integrity in order to avoid the risk of any consequential damages caused by data loss or data corruption and any problems or accident caused by malfunction of the computer system SD R5112 Rev 1 0 TOSHIBA DO NOT use this equipment in the system such as medical equipment which may cause personal injury or property damages resulting from malfunction of this equipment and unexpected data corruption or data error in reading operation 4 Turn off the power for this equipment and wait more than one 1 m
34. n is allowed with pallet Transportation with bulk package is allowed 27 29 SD R5112 Rev 1 0 TOSHIBA Product Manufacturer s Model Options TOSHIBA TOSHIBA EUROPE GMBH DVD R RW Drive Toshiba Corporation EU Declaration of Conformity 1 1 Shibaura 1 chome Minato ku Tokyo 105 8001 Japan See page 2 for other locations SD R5112 None Toshiba declares that the above mentioned product s with or without the listed options comply to the EU Directives and standards as listed on page 2 Last two digits of the year in which the CE mark affixed 03 Responsible for CE marking Signed by Place Date Signature This declaration certifies compliance with the listed directives but does not constitute an assurance of characteristics Toshiba Europe GmbH Mr K Hachisu President of Toshiba Europe GmbH D 41460 Neuss January 13 2003 The safety information in the supplied product documentation must be observed History if issue TOSHIBA EUPOPE GMBH HAMMFELODAMMB D 41460NEUSS POSTFCH 101482 0 41414 NEUSS TELEFON 02131 158 01 TELFAX 02131 158 341 Annex 1 28 29 GESCHAFTSUHRER HISATSUGU NONAKA HRB 3479 AMTSGERICHT NESS SD R5112 Rev 1 0 5 2102 46 1uouinooq 1 96 2 lt ey EHISNPU Pg SYL ueder 0 1 610 euyy
35. ncy Eject Not Required 40 dB 179 weighted at 1 5 12 V details in Section 7 5 50 10 Cto 60 C 40 C to 65 2 11 C hour max 20 C hour max 20 C hour max 2 8 to 80 Wet bulb Maximum Temperature 27 C 5 to 95 Wet bulb Maximum Temperature 40 C 5 95 to 95 2 Wet bulb Maximum Temperature 40 C In all the above conditions there must be no condensation 2 Packed in Toshiba original shipping package 5 29 SD R5112 Rev 1 0 5 3 2 2 Dust and Dirt unspecified 3 2 3 Vibration 1 Operating 1 Oct min hard error 5 to 500 Hz 2 45 m s 0 25 G 0 p excluding resonance point 2 Operating Write 1 Oct min hard error 5 to 500 Hz 2 45 m s 0 25 G 0 p excluding resonance point 3 Non operating 1 Oct min no damage 5 to 10 Hz 5 mm 10 to 500 Hz 9 8 m s 1 G 0 4 Shipping Packaged 1 Oct min no damage 10 to 25 Hz 9 8 m s 1G 0 X Y 2 30 min each 3 2 4 Atmospheric Pressure and Altitude 1 Operating 0 to 3 000 m 2 Shipping 0 to 12 000 m 3 2 5 Shock 1 Operating Read retry 14 7 m s 1 5 Horizontal 7 8 m s 0 8 G Vertical Half sine wave 11 ms 10 s interval St data 1055 98 m s 10 G Half sine wave 11 ms 10 s interval 2 Operating Write
36. ositioning setting time which is same definition as HDD 8 Measured by performing maximum accesses which means reads of each data block of 0 h Frame and 1E7725 h Frame alternately more than 100 times Includes positioning setting latency time and ECC implementation time if required 9 Measured by performing maximum accesses which means reads of each data block of 00 min 02 sec 00 Frame and 60 min 01 sec 74 Frame alternately more than 100 times Includes positioning setting latency time and ECC implementation time if required 10 Measured by performing maximum accesses which means reads of each data block of O h block to 1E7725 h DVD RAM Ver 2 1 Disc block alternately more than 100 times Includes positioning setting latency time and ECC implementation time if required 4 29 SD R5112 Rev 1 0 9 Load Eject 10 Air Flow 11 Acoustic Noise 12 Power Supply 3 2 Environmental Conditions This drive should be used under the conditions listed below 3 2 1 Temperature and Humidity 1 Operating Temperature 2 3 4 Operating Temperature Gradient 5 6 7 8 9 1 Storage Temperature Shipping Temperature Storage Temperature Gradient Shipping Temperature Gradient Operating Humidity Storage Humidity Shipping Humidity 0 Condensation 1 Excluding medium TOSHIBA a Electrical Load Eject Eject Button Load Eject by command c Emerge
37. thing else into the drive other than a CD or DVD disc Doing so will damage or destroy this equipment 5 When you close the tray power must not be turned off If the tray is pushed in with the hand during power off a breakdown may occur because the mechanism in the product is not in the transit state during power off SD R5112 Rev 1 0 TOSHIBA 6 As for mounting bracket to incorporate this product into an equipment 1 When this product is incorporated into an equipment by using the mounting screw holes in the right and left side planes the clearance between this product and the mounting bracket is too wide 2 When this product is incorporated into an equipment by using the mounting screw hole in the bottom the surface of the mounting bracket is contorted If you use such mounting bracket as the above this product will become deformed which may cause operation failure Therefore it is necessary to take account of the mounting bracket which has the tolerances shown in Fig 1 or whose structure cannot cause this product to deform as shown in Fig 2 146 0 3 less than plane 0 5 Select screws the length of which threaded onto the product is within 3 0 5 mm Fig 1 When large amount space is left insert spacers etc to adjust the space less than 0 5 mm between the product and mounting bracket this product this product 0 before the fixing after the fixing mounting bracket
38. tional speed This drive records write once digital data on CD R disc at 4 to 16 times faster rotational speed This drive writes rewrites digital data on CD RW disc at 4 times faster rotational speed This drive writes rewrites digital data on Hight Speed CD RW disc at 4 10 times faster rotational speed This drive offers long life and durability because the disc is written read by a LASER thereby eliminating physical contact with the disc This drive supports SFF 8020i of ATAPI ATA Packet Interface spec SFF 8090 Ver 5 Mt Fuji5 of DVD Commands This drive shows a highest performance such as 100 000 hour MTBF This drive adopts RPC II for its Standard Specification Model This drive support Buffer underrun prevention function Note DVD ROM disc spec DVD ROM Book defines 120 mm and 80 mm in diameter single and dual layers as recording layer structure and single and double sides as recording side Maximum storage capacities are 4 38 GBytes and 15 9 GBytes for single layer single side and dual layer double side respectively 1 GByte 230 Bytes 1 29 SD R5112 Rev 1 0 3 Specifications 3 1 Performance 1 Applicable Write Format DVD R DVD RW CD R RW 2 Applicable Write Disc 1 DVD R DVD RW CD R RW 3 Applicable Read Disc 1 DVD CD TOSHIBA Disc at once Incremental write Disc at once Incremental write Restricted overwrite Disc at once Track at once Session at once Packet write D
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