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TOSHIBA
DISK PRODUCTS DIVISION
XM-7002B
CD-ROM DRIVE
PRODUCT SPECIFICATION
JUNE 1999
Rev. 1.0
Specifications are subject to change without notice
DOCUMENT NUMBER
12095
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Notice 1.This product has no over-current protection circuit. System should have appropriate over-current protection. Toshiba Corporation makes no warranty of damages caused by no over-current protection. 2.This has a little possibility of errors. To prevent damages and injury caused by the above, careful consideration for the safety and integrity should be taken in the system design. Do not use this product in a system that may cause hazard to human being or material loss caused by the failu
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Contents 1. Introduction ----------------------------------------------------------------------------------------------------------------------------- 1 2. Features --------------------------------------------------------------------------------------------------------------------------------- 2 3. Specifications ------------------------------------------------------------------------------------------------------------------------- 3 3.1. Performance --------------------------------------------
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7. Power Requirements ------------------------------------------------------------------------------------------------------------- 21 7.1. Source Voltage -------------------------------------------------------------------------------------------------------------- 21 7.1.1. Spike ------------------------------------------------------------------------------------------------------------------------- 21 7.1.2. Ripple -------------------------------------------------------------------------------
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1. Introduction This document describes Toshiba's XM-7002B CD-ROM Drive. This drive reads digital data stored on CD-ROM and CD-Audio discs. The CD-ROM disc is single sided and has a 12 cm or 8 cm diameter. It typically contains approximately 20 600 MBytes or 200 MBytes of information respectively. (1 MByte=2 Bytes) This drive reads digital data stored on CD-ROM discs at maximum 24 times faster rotational speed. This drive is a new generation drive with highest performance such as 95 ms (targe
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2. Features (1) Lightening by All Aluminum Cabinet Structure (180 g) (2) 12.7 mm Height (3) Support 12 cm/8 cm CD-ROM Disc Drive (4) Rotational speed can be controlled by command Max.24 (Ave.17X), Max.20X (Ave.14X), Max.16X (Ave.11X), Max.10X (Ave.7X) (5) 95 ms (target) Random Access Time (Max.24X) (6) Max.3,600 KBytes/s (Ave. 2,550 KBytes/s) Sustained Data Transfer Rate (7) 5 V Single Voltage Source (8) Support Multisession Disc ( Photo-CD, CD EXTRA), CD-R, CD-RW, CD-Text (9) Support Multimedi
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3. Specifications 3.1. Performance (1) Applicable Disc Format*1 Red-Book, Yellow-Book, CD-ROM XA, CD-IBridge ( Photo-CD, Video CD ), CD-I, CD-I Ready, CD-G and Multisession ( Photo-CD,CD EXTRA ), CD-RW, CD-R, CD-TEXT (2) Data Capacity(Yellow-Book) User Data/Block 2,048 Byte/block(Mode 1) 2,336 Byte/block(Mode 2 Form 2) (3) Rotational Speed*2 Approx. 2,180 rpm (4.4-10X) Approx. 5,200 rpm (10.3-24X) (4) Transfer Rate 10 20 (1 KByte=2 Byte=1,024 Bytes, 1 Mbyte=2 Byte=1,048,576 Bytes) Block Transf
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(5) Access Time (Typ.) Average Random Access Time*3 95 ms (Max.24X) 110 ms (10X) Average Random Seek Time*4 90 ms (Max.24X) 100 ms (10X) Average Full Stroke Access Time*5 180 ms (Max.24X) 200 ms (10X) *1: All CD formats, except CD Red book (audio), require additional application specific software and/or hardware. The CD-ROM drive referenced 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
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3.3.4. Vibration detection (1) This drive detects vibration which occurs when unbalanced disc is played, and rotation speed of two steps (16X, 10X) is selected according to the vibration level and the rotation speed is dropped automatically. It is necessary to mount the drive stably in PC to detect the vibration correctly. (2) This drive was tuned up to detect the vibration on the assumption that the drive was mounted in Toshiba DynaBook Satellite Pro 440 series. Mounting condition in Toshiba
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(Unit:mm) Figure 4 External Dimensions 9/27 XM-7002B Rev.1.0
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3.5. Reliability 3.5.1. Error Rate (1) Hard Read Error Rate (Byte Error Rate) ----- Allowing 10 Retries ----- -15 Yellow-Book Mode 1/Mode 2 Form1 10 Max -12 Yellow-Book Mode 2/Mode 2 Form2 10 Max (2) Seek Error Rate ---Allowing Retries--- -6 10 Max 3.5.2. MTBF 60,000 POH Assumptions: Power On Hours 5,436 h/year On/Off Cycles 312 cycles/year Number of Access 600,000 accesses/year Operating Duty Cycle 20 % of Power On Time (Reading/Seeking) 3.5.3. MTTR 0.5 h 3.5.4. Drive Life 15,000 h or 5 years(e
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Figure 5 Basic configuration of XM-7002B 11/27 XM-7002B Rev.1.0 XM-7002B BLOCK DIAGRAM MUTING AUDIO FILTER RF AMP EFM DE-MOD AUDIO DAC PUH D-RAM DISC 128 kB EFFECT MOTOR SERVO VCO AMP RAM CONTROL MO DRIVER ERROR DATA VCO CD-ROM CORRECTION CONTROL 17/34 MHz SYNC DETECT FEED MOTOR POSITION SERVO MASTER DE-SCRAMBLE DETECTOR CONTROL CLOCK GEN. IDE/ATAPI TRACKING EJECT SW HEADER INTERFACE DETECT CONTROL FOCUS DRAWER ERROR Feed-Mo RELEASE CORRECTION DETECTOR Eject + 5 V BUSY 50 MHz LED 33.86 MHz
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5. Functions 5.1. CD-ROM Data Configurations Figure 6 shows how the data is structured in program units. 1block=1/75 s TNO Time SYNC Minutes 0 TOC Lead-in 12 bytes Min Second(0~59) Header 1-Disc 4 bytes Sec Block 1 Blocks(0~74) User Data Block 2048 bytes in Mode-1 1 Mode Min 2336 bytes in Mode-2 Sec Block 2 ~ Block ~ ECC(Mode-1) approx. 2 288 bytes 300k- ~ ~ Blocks ~ ~ ~ ~ AA Lead out Figure 6 CD-ROM Data Configuration 5.2. Power ON/OFF Timing Figure 7 shows the initialization. Power ON Max
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5.3. Standby mode Figure 8 shows the standby sequence. During access ldle (Max.24X) ldle (4.4 - 10X) Read or Seek command 8 s 24 s Figure 8 Standby Sequence Rotational speed move onto 4.4 to 10X mode in 8 seconds of the Read or Seek command. After 24 seconds (default value), it move onto standby mode. (a stop spindle motor) 6. Interface (1) The interface is based on ATA-SPEC, ATAPI-SPEC SFF-8020i Revision 2.6, SFF-8028 Revision 1.0 and SFF-8090 version 2. (Small Form Factor Committ
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6.2.1.Signal Specifications Figure 9 shows the Signal Specifications Receivers/Drivers Caracteristics withoutExternal pullup Resistor NOTE Sig. Name Type Min Max Condition Bidirectional Rx=infinity IOH=1 mA VOH Voltage Output High Vdd-0.4 V Rx Ri Ri=infinity Voltage Output Low 0.4 V IOL=12 mA VOL Rs=33 OHM Input HIGH Voltage DD0-DD15 VIH 2.0 V TTL DD0 -DD15 Input LOW Voltage VIL Rx=10 kOHM 0.8 V TTL Rs Ri=20 kOHM /DASP ILI Input leakage Current -5 µA -150 µA Pullup Resistor(Ri) P Rs=0 OHM
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6.2.2. Timing of Host Interface (PIO) Figure 10 shows the Host Interface Timings. t0 Address valid*1 t2 t1 t9 DIOR-/DIOW- t2i t8 Write data valid*2 t3 Read data valid*2 t4 t5 t6Z t7 t6 IOCS16- tA tB tRD IORDY *1:Device Address consists of signals CS0-, CS1-, and DA2-0 *2:Data consists of DD0-15 (16-bit) or DD0-7 (8-bit) min(ns) max(ns) Min Time (ns) Max Time (ns) PIO Mode 4 timing parameters Cycle time 120 t0 25 t1 Address valid to DIOR-/DIOW-setup t2 DIOR-/DIOW- pulse wide 70 DIOR-/DIOW- rec
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6.2.3.Timing of Host Interface (DMA Multi) Figure 11 shows the Host Interface DMA multi word Timings t0 DMARQ tL DMACK-*1 tK tD tJ tI DIOR/DIOW-*1 tZ tE Read DD0-1 tF Write DD0-1 tG tH *1: In all timing diagrams, the low line indicator negated, and the upper line indicators asserted. Multi word DMA Mode 2 Min time (ns) Max time (ns) timing parameters min (ns) max (ns) Cycle time t0 120 DMACK to DMREQ delay tC --- DIOR-/DIOW- 16-bit tD 70 DIOR- data access tE 50 DIOR- data hold tF 5 DMACK- to tri
