Toshiba SD-M1212 - DVD-ROM Drive - IDE Specifications Download

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SD-M1212 Rev.1.0

EU-Declaration of Conformity

ED-Directive

Related Standard

Issude

Level/Test condition

EMC-emission:

EMC-immunity

Product/Options

Model

Related EU-Directive

89/336/EEC

DVD-ROM Drive

SD-M1212

Manufactuer(s) Location

Address

Page:

Revision:

A2 1995+1997 Class B

EN50081-1 1992 Residential, commercial & light industry

EN50082-1 1997 Residential, commercial & light industry

EN61000-4-2+A1 1995 +1998 CD: 4 kV, ID: 4 kV, AD: 8 kV

EN61000-4-3 1996 3 V/m, 80-1000 MHz, 1 kHz 80 % AM

ENV50204 1995 3 V/m, 895-905 MHz, 200 Hz 50 % PM

EN61000-4-4 1995 AC-line: 1 kV, f: 5 kHz, Polarity: +/-

EN61000-4-6 1996 3 V, 0.15-80 MHz, 80 % AM

EN61000-4-8 1993 3 A/m, 50 Hz

EN61000-4-11 1994 30 % 10 ms, 60 % 100 ms, >95 % 5000 ms

Toshiba Multi Media Devices Co, Ltd. 19 Minase, Fukihata Goshogawara-shi, Aomori 037-0003 Japan

Toshiba Misawa Media Devices Co, Ltd. 3-31-2779, Minami-cho, Misawa-shi, Aomori-ken 033-0036 Japan

EMS Corp. 4-5 Shoubu, Ubayachi Goshogawara-shi, Aomori 037-0015 Japan

Hokuto Communication Industrial Co., Ltd. 207 Aza Koamon, Rokugo, Rokugo-machi, Senboku-gun, Akita 019-1404 Japan

Yuzawa Denshi Kogyo Co., Ltd. 257 Nakano Yuzawa-shi, Akita 012-0041 Japan

YEA-R367

Document No.:

2 of 2

899/336/EEC

(EMC Directive)

EN61000-4-5 1995 AC-line: 1 kV/2 kV,

Polarity: +/-

Tohoku TKR Corporation 2-106 Kitaoyamada, Towacho, Wage-gun, Aomori, 028-0107 Japan

Emusu Itayanagi Co., Ltd. 13-10, Matsumoto, Tsuji, Itayanagi, Kita-Tyugaru-gun, Aomori, 038-3645 Japan

Summary of Contents for SD-M1212 - DVD-ROM Drive - IDE

Page 1: ...DISK PRODUCTS SD M1212 DVD ROM DRIVE PRODUCT SPECIFICATION MARCH 1999 REV 1 0 Specifications are subject to change without notice DOCUMENT NUMBER 11899 ...

Page 2: ...duct may be damaged by electrostatic energy 7 This product can playback discs based on the formats described in item 3 1 1 Do not load a disc which is not conformed with those formats such as a shaped disc or a disc with its weight unbalanced excessively A very high speed rotation is carried out inside the product so abnormal vibration and malfunction may occur if disc described above is loaded 8 ...

Page 3: ...d 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 3 146 3 0 2 0 less than plane 0 5 Select screws the length of which threaded onto the product is wi...

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Page 5: ...al Circuits 9 4 2 Optical Pickup 9 4 3 Spindle Motor 9 4 4 Feed Motor 9 4 5 Tray Load Eject Motor 9 5 Functions 11 5 1 Disc Data Configurations 11 5 1 1 DVD ROM Data Configurations 11 5 1 2 CD ROM Data Configurations 11 5 2 Power ON OFF Timing 12 6 Interfaces 12 6 1 I O Cable 12 6 2 Signal Summary 13 6 2 1 Signal Specifications 13 6 2 2 Timing of Host Interface PIO 14 6 2 3 Timing of Host Interfac...

Page 6: ...2 8 3 Connector 22 8 4 Audio Modes 22 8 5 Headphones Output Option 22 8 5 1 Connector 22 9 Device Configuration Jumper 23 9 1 Device configuration Jumper 23 10 Busy Indicator 24 11 Connections 25 11 1 Power Supply Cable 25 11 2 Interface Cable 25 11 3 Audio Cable 25 12 Emergency Eject 25 13 Safety Standards Agency Approvals 26 14 Electrostatic Discharge 26 15 Accessories 26 16 Packaging 26 17 CE D...

Page 7: ...h quality and long duration MPEG 2 moving picture data 1 KByte 210 Byte This drive reads digital data stored on DVD ROM discs at maximum 6 times faster rotaional speed This drive reads digital data stored on CD ROM discs at maximun 32 times faster rotational speed This drive is a new generation drive with highest performance such as 110 ms DVD 85 ms CD Access Time This drive offers long life and d...

Page 8: ...ill change your DVD Movie Playback Hardware or Software to those applicable to the RPC II as soon as possible and investigate to combine your system with the RPC II Specification Drives Since we determine the drives are of RPC I or RPC II when manufacturing at factory and ship the specification change after shipping is not available in principle Especially changing the RPC II specification drive t...

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Page 10: ... DVD 18 15 917 GB 17 091 Billion Byte CD Mode 1 656 5 MB 688 4 Million Byte CD Mode 2 748 8 MB 785 2 Million Byte 3 Rotational Speed DVD Approx 3 500 rpm 2 5 6X CAV DVD R Approx 1 100 2 800 rpm 2X CLV CD Approx 6 900 rpm 13 8 32X CAV CD RW Approx 4 300 rpm 8 6 20X CAV CD Audio Video CD Approx 1 200 2 000 rpm 4 5 7X PCAV 4 Transfer Rate 1 KByte 210 Byte 1 024 Bytes 1 Mbyte 220 Byte 1 048 576 Bytes ...

Page 11: ...lion Byte 87 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 performing multiple seek which means seeks of data block over whole area of the media from 0 h block to 1E7725 h block more than 3000 times Includes positioning setting time which is same definition as HDD 5 Measured by perfor...

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Page 14: ...8 28 SD M1212 Rev 1 0 Figure 2 External Dimensions Unit mm ...

Page 15: ...ector Attach Detach 20 times or more 4 Configuration See Figure 3 for details of the configurations 4 1 Electrical Circuits 1 Tray Eject Switch and Eject Detection Switch 2 Optical Pickup Servo Drive Circuit 3 Feed Motor Drive Circuit 4 Laser Diode Control Circuit 5 8 16 Modulated data Demodulator Error Correction Circuit and Disc Motor Control Circuit Copy Protector Circuit DVD System Control Cir...

Page 16: ... Memory Controller Servo Controller Clock Audio D A Digital Audio Decoder DRAM 1M Muting Command Dec DRAM 2M Sync ID Detect Clock D RAM Interface De Scramble Header detect Error Correct IDE ATAPI Interface Control Digital Audio Encoder 22 58 MHz 50 MHz TC9469 BF Clock GPIO Timer Int Control DSP Interface BUS Control Micro Processor RAM FLASH ROM FG 63F76 33 86 MHz Eject Switch Tray Open Close Dete...

Page 17: ... EDC 4B EDC 4B nnnn 15 ECC 160B Sector Format Type Tracking Method Refectivity Area Type Data Area Lead in Area Lead out Area ECC Block 1 Lead out Area Data Area ID No ID Data 4B ID Data EDC 2B Reserved 6B Main Data 2048B Layer No Data Area Lead in Area Approx 130 k ECC Block Lead out Area Layer Number Layer 0 Layer 1 Information Figure 4 DVD ROM Disc Data Configuration 5 1 2 CD ROM Data Configura...

Page 18: ...5 SFF 8020i Small Form Factor Committee Specification of ATA Packet Interface for CD ROMs Revision2 6 Nov 27 1995 SFF 8090 Ver 2 Revision 0 95 Jan 23 1998 and X3T13 D96153 Revsion 4 Mar 18 1997 2 56 ATAPI ATA commands are usable 3 The 256 KByte 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 c...

Page 19: ...0 HD15 Rx 10 kOHM Rs1 0 OHM Rs2 0 OHM PDIAG DASP IOL IORDY 1 kOHM 1 2 kOHM IOL Driver sink current 24 mA VOH Voltage Output High VOL Voltage Output Low 0 4 V IOH 400 µA IOL 24 mA ILO Output Leakage Current CO 8 pF 10 µA 10 µA Output Capacitance HDRQ INTRQ ILO Output Leakage Current 30 µA 150 µA Pullup Resistor Ri P N IOL Driver sink current 12 mA VOH Voltage Output High VOL Voltage Output Low 0 4 ...

Page 20: ...7 8 bit PIO timing parameters min ns max ns Min Time ns Max Time ns t0 Cycle time 120 t1 Address valid to DIOR DIOW setup 25 t2 DIOR DIOW pulse wide 70 t2i DIOR DIOW recovery time 25 t3 DIOW data setup 20 t4 DIOW data hold 10 t5 DIOR data setup 20 t6 DIOR data hold 5 t6Z DIOR data tristate 30 t7 Addr valid to IOCS16 assertion 30 t8 Addr valid to IOCS16 negation 30 t9 DIOR DIOW to address valid hol...

Page 21: ...agrams the low line indicator negated and the upper line indicators asserted Single word DMA timing parameters min ns max ns Min time ns Max time ns t0 Cycle time 240 tC DMACK to DMREQ delay 80 tD DIOR DIOW 16 bit 120 tE DIOR data access 60 tF DIOR data hold 5 tG DIOW data setup 35 tH DIOW data hold 20 tI DMACK to DIOR DIOW setup 0 tJ DIOR DIOW to DMACK hold 0 tS DIOR setup tD tE Figure 9 Host Int...

Page 22: ...icators asserted Multi word DMA timing parameters min ns max ns Min time ns Max time ns t0 Cycle time 120 tC DMACK to DMREQ delay tD DIOR DIOW 16 bit 70 tE DIOR data access tF DIOR data hold 5 tZ DMACK to tristate 25 tG DIOR DIOW data setup 20 tH DIOW data hold 10 tI DMACK to DIOR DIOW setup 0 tJ DIOR DIOW to DMACK hold 5 tKr DIOR negated pulse width 25 tKw DIOW negated pulse width 25 tLr DIOR to ...

Page 23: ... considered stable at the host unit some time after they are drive by the device NAME MODE 0 MODE 1 MODE 2 COMMENT MIN MAX MIN MAX MIN MAX tCYC t2CYC tDS tDH tDVS tDVH Cycle time from STROBE edge to STROBE edge Two cycle time from risingedge to next rising edge of from falling edge to next falling edge of STROBE Data setup time at recipient Data hold time at recipient Data valid setup time at send...

Page 24: ...ows Interface connector pin assignment power supply connector PIN 1 12 V PIN 2 GND PIN 3 GND PIN 4 5 V 10 09 3 4 2 54 6 8 2 7 8 6 21 18 2 4 2 54 3 2 54 2 54 13 21 120 3 0 5 48 25 56 38 4 1 POWER SUPPLY CONNECTOR 4P INTERFACE CONNECTOR MODE SELECT HEADER ANALOG AUDIO CONNECTOR DIGITAL AUDIO CONNECTOR Figure 12 ...

Page 25: ...1 HA0 HA2 PDIAG HCS1 HCS3 DASP Host Reset Host Data Bus BIT 7 Host Data Bus BIT 8 Host Data Bus BIT 6 Host Data Bus BIT 9 Host Data Bus BIT 5 Host Data Bus BIT 12 Host Data Bus BIT 10 Host Data Bus BIT 4 Host Data Bus BIT 11 Host Data Bus BIT 3 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 DMA Request Host I O Write Host ...

Page 26: ...25h Read C DVD Capacity 28h Read 10 2Bh Seek 42h Read Subchannel 43h Read TOC PMA ATIP 44h Read Header 45h Play Audio 10 46h Get Configuration 47h Play Audio MSF 49h Play Audio Track Relative 10 4Ah Get Event Status Notification 4Bh Pause Resume 4Eh Stop Play Scan 51h Read disc Information 52h Read Track Rzone Information 55h Mode Select 10 5Ah Mode Sense 10 A2h Send Event A3h Send Key A4h Report ...

Page 27: ... 5 Operating 8 Start up 8 Start up 7 1 1 Spike 100 mV p p Max 7 1 2 Ripple 100 mV p p Max 7 2 Current Drain Typical value 5 V 12 V 7 2 1 Sleep 50 mA DVD CD 1 mA DVD CD 7 2 2Standby Laser off Motor off 80 mA DVD CD 1 mA DVD CD 7 2 3 Continuous Read Data Audio 640 mA DVD 190 mA DVD 510 mA CD 600 mA CD 7 2 4 Idle Laser on Motor on 430 mA DVD 160 mA DVD 400 mA CD 160 mA CD 7 2 5 Average 20 Random Acce...

Page 28: ...ching housing Part No 70066 made by Molex Corporation or equivalent Digital out Digital Audio GND R L GND Analog Audio GND 2 1 4 3 2 1 Figure 13 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 select...

Page 29: ...ex P N70203 or equivalent with three marked positions S M M C S C S L A S L A Cable CSEL S L A S L A M S C M S C Vcc GND Drive CSEL a b c Figure 14 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 MA c SL Slave The device shall use for the Slave ...

Page 30: ...0 8 s Light Off Figure 15 Idle 1 2 Continuously off when no disc is mounted 0 8 s Light Off Figure 16 No disc 1 3 Continuously on when media has problem 0 8 s Light On Figure 17 Media Problem 2 When playing an audio track Busy Indicator is blinking at 1 6 s intervals 1 6 s Figurer 18 CD Audio playback 3 When performing Data Access and during Data Transfer Busy Indicator keeps turn On Light On Figu...

Page 31: ...or total ATAPI bus length 11 3 Audio Cable Unbalanced and shielded 1 Capacitance Less than 1000 pF 2 Length Max 3 m 12 Emergency Eject 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 20 Th...

Page 32: ...1 kV 2 kV Polarity EN61000 4 6 1996 3 V 0 15 80 MHz 80 AM EN61000 4 8 1993 3 A m 50 Hz EN61000 4 11 1994 30 10 ms 60 100 ms 95 5000 ms 4 EMI Model with Headphones Jack FCC 15J B 14 Electrostatic Discharge Standard IEC801 2 1 Operating 8 kV or less 2 Damage including 15 kV or more 15 Accessories 1 Short Jumper installed in MA header 1 Safety Instruction Manual 16 Packaging 1 15 unit in a bulk packa...

Page 33: ...sponsible for CE marking Toshiba Europe GmbH Signed by Mr H Nonaka President of Toshiba Europe GmbH Place D 41460 Neuss Date Nov 24th 1998 Signature This declaration certifies compliance with the listed directives but does not constitute an assurance of characteristics The safety information in the supplied product documentation must be observed Document No YEA R367 Page 1 of 2 History if issue Is...

Page 34: ... 3 V 0 15 80 MHz 80 AM EN61000 4 8 1993 3 A m 50 Hz EN61000 4 11 1994 30 10 ms 60 100 ms 95 5000 ms Toshiba Multi Media Devices Co Ltd 19 Minase Fukihata Goshogawara shi Aomori 037 0003 Japan Toshiba Misawa Media Devices Co Ltd 3 31 2779 Minami cho Misawa shi Aomori ken 033 0036 Japan EMS Corp 4 5 Shoubu Ubayachi Goshogawara shi Aomori 037 0015 Japan Hokuto Communication Industrial Co Ltd 207 Aza ...

Page 35: ...r its 5 5 Access Time Average Randam Access DVD 120 ms Typ DVD 110 ms Typ 10 BLOCK DIAGRAM TC9453F TC9453AF 22 8 1 Analog Out 1 Output Level 0 75 V 0 85 V 8 2 Digital Out 1 Output Level 0 66 V 0 61 V 8 5 Headphones Output 1 Output Level 0 52 V 0 60 V 26 13 Safety Standard Agency CE TENTATIVE Non tentative 27 Annex 1 TENTATIVE Non tentative 28 EU Declarration of Conformity TENTATIVE Non tentative ...

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