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Fujitsu MCE3064SS Product Manual

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MCE3064SS, MCF3064SS
OPTICAL DISK DRIVES
PRODUCT MANUAL
C156-E097-01EN

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  Summary of Contents for Fujitsu MCE3064SS

  • Page 1 MCE3064SS, MCF3064SS OPTICAL DISK DRIVES PRODUCT MANUAL C156-E097-01EN...
  • Page 2 REVISION RECORD Edition Date published Revised contents May, 1999 Specification No.: C156-E097-**EN The contents of this manual is subject to change without prior notice. All Rights Reserved. Copyright © 1999 FUJITSU LIMITED C156-E097-01EN...
  • Page 3 This page is intentionally left blank.
  • Page 4 Operation, confirmation, and preparation for use after installation • Notes on removing the installed drive Chapter 5 OPERATION AND CLEANING This chapter describes the operation and cleaning of the MCE3064SS/MCF3064SS optical disk drives, outlines optical disk cartridges, and describes how to clean the cartridges. C156-E097-01EN...
  • Page 5 DIAGNOSIS AND MAINTENANCE This chapter describes the self-diagnostic functions and maintenance of the MCE3064SS/MCF3064SS optical disk drives. Note: The MCE3064SS/MCF3064SS optical disk drives are called an ODD, drive, device or target (TARG) in the explanations in this manual. Chapter 7 SCSI BUS...
  • Page 6 Conventions for Alert Messages This manual uses the following conventions to show the alert messages. An alert message consists of an alert signal and alert statements. The alert signal consists of an alert symbol and a signal word or just a signal word.
  • Page 7 Failure of the MCE3064SS/MCF3064SS optical disk drives are defined as a failure requiring adjustment, repair, or replacement. Fujitsu is not responsible for failure due to misuse, operation outside the specified environment conditions, power line trouble, controller problems, cable failure, or other failure not caused by the optical disk drive itself.
  • Page 8 Important Alert Items Important Alert Messages The important alert messages in this manual are as follows: A hazarous situation could result in minor or moderate personal injury if the user does not perform the procedure correctly. This alert signal also indicates that damages to the produt or other property, may occur if the user does not perform the procedure correctly.
  • Page 9 In case of regular repair, the optical disk cartridge should not be attached except where the cartridge causes the error. And before having the drive repaired, save the data in the cartiridge. Fujitsu is not responsible for data last during maintenance or repair.
  • Page 10 MCE3064SS/MCF3064SS • GENERAL DESCRIPTION OPTICAL DISK DRIVES • SPECIFICATIONS PRODUCT MANUAL • INSTALLATION REQUIREMENTS • INSTALLATION • OPERATION AND CLEANING (C156-E097) • DIAGNOSIS AND MAINTENANCE <This manual> • SCSI BUS MCE3064SS/MCF3064SS • COMMAND PROCESSING OPTICAL DISK DRIVES • DATA BUFFER MANAGEMENT SCSI Logical Specifications •...
  • Page 11 REFERENCED STANDARDS Item Number Name Organization ANSI X3.131-1986 American National Standard for American National Information Systems—Small Computer Standards Institute System Interface (SCSI) (ANSI) ANSI X3.131-1994 American National Standard for American National Information Systems—Small Computer Standards Institute System Interface-2 (SCSI-2) (ANSI) ISO/IEC 10090 90 mm optical disk cartridges, ISO/IEC JTC1*...

  • Page 12: Table Of Contents

    CONTENTS page CHAPTER 1 GENERAL DESCRIPTION................1 - 1 Features ..........................1 - 1 1.1.1 Performance ..........................1 - 2 1.1.2 Reliability ..........................1 - 3 1.1.3 Maintainability/operability ....................1 - 3 1.1.4 Adaptability ..........................1 - 4 1.1.5 Interface ..........................1 - 4 Drive Configuration......................1 - 6 1.2.1 Drive model ..........................1 - 6 1.2.2...
  • Page 13 CHAPTER 3 INSTALLATION REQUIREMENTS ..............3 - 1 Environmental Requirements ....................3 - 1 3.1.1 Temperature measurement point ..................3 - 1 3.1.2 Temperature requirements and measuring method ..............3 - 3 3.1.3 Air flow..........................3 - 3 3.1.4 Temperature rise under several conditions................3 - 4 3.1.5 Air purity..........................3 - 4 Mounting Requirements .......................3 - 5...
  • Page 14 CHAPTER 5 OPERATION AND CLEANING................5 - 1 Operating Optical Disk Drive....................5 - 1 5.1.1 Optical disk drive........................5 - 1 5.1.2 Note............................5 - 2 5.1.3 Inserting cartridge .........................5 - 2 5.1.4 Ejecting (removing) cartridge....................5 - 4 Cleaning Drive........................5 - 6 Optical Disk Cartridge Operation..................5 - 7 5.3.1 Optical disk cartridge......................5 - 7 5.3.2...
  • Page 15 7.5.4 RESELECTION phase ......................7 - 19 7.5.5 INFORMATION TRANSFER phases .................7 - 21 7.5.6 COMMAND phase .......................7 - 30 7.5.7 DATA phase .........................7 - 30 7.5.8 STATUS phase ........................7 - 33 7.5.9 MESSAGE phase........................7 - 33 7.5.10 Signal requirements concerning transition between bus phases ..........7 - 34 7.5.11 Time monitoring feature .......................7 - 36 Bus Conditions........................7 - 37...
  • Page 16 FIGURES page MCE3064SS/MCF3064SS outer view (with panel).............1 - 6 MCE3064SS/MCF3064SS outer view (without panel) ............1 - 6 Optical disk drive configuration ...................1 - 7 Control circuit section block diagram ..................1 - 8 System configuration example ....................1 - 10 Optical disk cartridge......................2 - 16 Algorithms for alternate processing ..................2 - 20...
  • Page 17 SCSI connection check ......................4 - 16 Optical disk drive front view (with panel) ................5 - 1 Inserting cartridge .........................5 - 4 Removing cartridge ......................5 - 5 Optial disk cartridge ......................5 - 7 Write protect tab ........................5 - 8 Cleaning procedure (1) ......................5 - 11 Cleaning procedure (2) ......................5 - 11 Cleaning procedure (3) ......................5 - 12 Cleaning procedure (4) ......................5 - 13...
  • Page 18 TABLES page Model and order number ......................2 - 1 Specifications ........................2 - 2 Environmental and power requirements ................2 - 5 SCSI function specifications ....................2 - 8 Recommended optical disk cartridge specifications ............2 - 15 Disk specifications .......................2 - 18 Temperature requirements at measurement points...............3 - 3 Temperature at each measuring point (Reference) ..............3 - 4 Signal assignment of SCSI connector ..................3 - 16 Recommended components for connection................3 - 18...
  • Page 19 Signal driving method......................7 - 8 Bus phases and signal sources ....................7 - 9 Timing specifications ......................7 - 10 FAST SCSI Timing specifications ..................7 - 12 Parameters used for synchronous data transfer ..............7 - 32 Setting value of SCSI time monitoring ................7 - 36 xviii C156-E097-01EN...

  • Page 20: Chapter 1 General Description

    System Configuration This chapter describes the features and configuration of the optical disk drives. The MCE3064SS/MCF3064SS (hereafter optical disk drive) are disks that maintain the compatibility and intend high speed as the succeed drive of the the MCB3064SS/MCC3064SS. The MCE3064SS/MCF3064SS are high-performance, 3.5-inch commutative rewritable optical disk drives which incorporate an SCSI controller.

  • Page 21: Performance

    1-inch height 3.5-inch fixed disk drive form factor. High-speed data transfer • The rpm of the MCE3064SS disk medium is 4558 rpm and MCF3064SS disk medium is 3600 rpm. • The disk drive is capable of 2.94 to 4.9 MB/sec (640 MB) high-speed data transfer.

  • Page 22: Reliability

    Dust resistance Through low power consumption, a cooling fan is rendered unnecessary in the optical disk drive, and through the use of a film on the top and a metal plate on the bottom that excludes dust, a simple, protective sealed construction is realized. This device is compliant with standards for use in a Class 5 millions or lower dust environment.

  • Page 23: Adaptability

    1.1.4 Adaptability Wide operating environment An LSI circuits reduce power consumption to 4.9 W (read/write). This drive features a wide operating environment (drive envronment 5 to 45°C or larger than general office environment). Dust particles are class 5 millions or less. Low noise and low vibration This drive operates quietly (26 dBA or less) even during seek operations and will not degrade the office environment.
  • Page 24 Mass storage data buffer 2,016 KB buffer is used to transfer data between the SCSI bus and disk. Since data is stored in this buffer, the initiator can execute input-output processing effectively by using the high-speed data transfer capability of the SCSI bus without regard to the data transfer rate of the optical disk drive.

  • Page 25: Drive Configuration

    Drive Configuration 1.2.1 Drive model Figures 1.1 to 1.3 show the MCE3064SS/MCF3064SS outer view. Figure 1.1 MCE3064SS/MCF3064SS outer view (With panel) Figure 1.2 MCE3064SS/MCF3064SS outer view (Without panel) 1 - 6 C156-E097-01EN...

  • Page 26: Configuration

    Therefore, if the spindle motor’s shaft is rotating, the disk medium is rotating at the same speed. A DC brushless motor is used for this spindle motor. It realizes high speed rotation at 4558 rpm for MCE3064SS and 3600 rpm for MCF3064SS, and a high precision rotating system (±0.1%). Actuator section The positioner moves (seeks) a head actuator radially across the disk surface.

  • Page 27: Control Circuit Section Block Diagram

    Separate optical sections The optical head section is separated in such a way that the fixed optics section is separated from the moving optics section to minimize seek time and positioning error. (See Subsection 1.2.4 for the fixed optical section.) This reduces the weight of the moving parts. The fixed optical section consists of the laser diodes, collimator lens, and optical detector.
  • Page 28 SCSI controller circuit section The SCSI controller circuit's reliability is improved by large-scale integrated circuit technology. The high-speed microprocessor (MPU) handles SCSI interface control and drive control such as drive read-and-write control and single-beam control. Drive circuit section The drive circuit section consists of the following circuits: •...

  • Page 29: System Configuration

    System Configuration An optical disk drive connected to the system SCSI bus always operates as a target. Figure 1.5 is a system configuration example. Through the SCSI bus, the optical disk drive executes the input-output operation specified by the SCSI device that operates as the initiator. Figure 1.5 System configuration example 1.3.1...

  • Page 30: Input-Output Device Addressing

    1.3.2 Input-output device addressing A unique device address (SCSI ID: #n in Figure 1.5) is assigned to each SCSI device. Input- output devices connected to or under an SCSI device operating as a target are accessed in logical units. A unique device address (LUN: logical unit number) is assigned to each logical unit. An initiator specifies an SCSI ID to select an SCSI device operating as a target, then specifies an LUN to select the input-output device connected to or under the target.
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  • Page 32: Chapter 2 Specifications

    Optical Disk Drive Specifications 2.1.1 Model and product number The model names MCE3064SS/MCF3064SS represent optical disk drives using 128MB, 230MB, 540MB, and 640MB media. These drives were designed for single-ended SCSI operation. Table 2.1 lists the model and order number.

  • Page 33: Drive Specifications

    2.1.2 Drive specifications Table 2.2 lists MCE3064SS/MCF3064SS drives specifications Table 2.2 Specifications (1 of 4) For MCE3064SS Item Specifications Optical disk cartridge 128 MB media 230 MB media 540 MB media 640 MB media Total capacity Unformatted 181 MB 325 MB...
  • Page 34 Table 2.2 Specifications (2 of 4) For MCF3064SS Item Specifications Optical disk cartridge 128 MB media 230 MB media 540 MB media 640 MB media Total capacity Unformatted 181 MB 325 MB 819 MB 818 MB Formatted 128 MB 230 MB 538 MB 643 MB Capacity/track...
  • Page 35 Table 2.2 Specifications (3 of 4) *1 The number of user tracks indicates the maximum user zone which includes the spare area and slipping area. *2 Mathematical average of 1,000 times of seek and does not include SCSI overhead nor track address recognition time.

  • Page 36: Environmental And Power Requirements

    –40 to 60°C (24 hours or less) Temperature: –20 to 60°C (24 hours or more) Relative humidity: 5 to 90% (Noncondensing) Max. wet bulb temperature: 41 °C or lower Requirement: Packing conditions specified by Fujitsu Installation Tilt angle –5° to +10° Vibration/ Operating 0.4 G (5 to 500 Hz, sine sweep)

  • Page 37: Error Rate

    Current limiter value for +5 VDC power: 5 A or less Specifications under transporting condition are under the packaging specified by Fujitsu. A voltage drop may occur depending on the used power supply or power cable. *1 At random seek or read/write. Excluding pulse waveform under 500 µs or less.

  • Page 38: Reliability

    2.1.5 Reliability Mean time between failures (MTBF) The MTBF is 120,000 hours or more. Failure due to disk errors is not included. Conditions • Power-on time: 200 hours/month or less • LD-on time: 20% or less of power-on time • Environment Temp.: 25°C Note: The MTBF is defined as follows:...

  • Page 39: Scsi Function Specification

    SCSI Function Specification Table 2.4 shows the SCSI functions of the optical disk drive. Refer to “SCSI Logical Interface Specifications” for details on each functions. Table 2.4 SCSI function specifications (1 of 7) ×: Supported –: Not supported Item Specification ×...
  • Page 40 Table 2.4 SCSI function specifications (2 of 7) ×: Supported –: Not supported Item Specification × 1-byte message COMMAND COMPLETE X’00’ × SAVE DATA POINTER X’02’ × RESTORE POINTERS X’03’ (TARG → INIT) × DISCONNECT X’04’ (INIT → TARG) – ×...
  • Page 41 Table 2.4 SCSI function specifications (3 of 7) ×: Supported –: Not supported Item Specification MODIFY DATA POINTER X’01’ to ’00’ – Extended message × SYNCHRONUS DATA TRANSFER REQUEST X’01’ to ’01’ EXTENDED IDENTIFY X’01’ to ’02’ – WIDE DATA TRANSFER REQUEST X’01’...
  • Page 42 X’18’ – × MODE SENSE X’1A’ DBD (disable block descriptor) – × START/STOP UNIT X’1B’ × immed (immediate) × RECEIVE DIAGNOSTIC RESULTS X’1C’ × SEND DIAGNOSTIC X’1D’ × PREVENT/ALLOW MEDIUM REMOVAL X’1E’ *1 FUJITSU unique function C156-E097-01EN 2 - 11...
  • Page 43 SEARCH DATA LOW X’32’ – SET LIMITS X’33’ – PRE-FETCH X’34’ – SYNCHRONIZE CACHE X’35’ – LOCK/UNLOCK CACHE X’36’ – × READ DEFECT DATA X’37’ × PList × GList ≠0 × Defect List Format *1 FUJITSU unique function 2 - 12 C156-E097-01EN...
  • Page 44 X’4D’ ≠0 PPC (parameter pointer control) – ≠0 SP (save parameter) – ≠01b PC (page control) – × page X ’00’ (Suppoted Log Pages) × page X ’30’ (Statistics Log Pages) [VU]*1 *1 FUJITSU unique function C156-E097-01EN 2 - 13...
  • Page 45 Table 2.4 SCSI function specfications (7 of 7) ×: Supported –: Not supported Item Specification Command MODE SELECT X’55’ – (group 5) MODE SENSE X’5A’ – READ X’A8’ – WRITE X’AA’ – WRITE AND VERIFY X’AE’ – VERIFY X’AF’ – SEARCH DATA HIGH X’B0’...

  • Page 46: Optical Disk Cartridge Specifications

    Optical Disk Cartridge Specifications 2.3.1 Recommended optical disk cartridge specifications Table 2.5 shows the specifications of the optical disk cartridge recommended for this optical disk drive. The use of another disk cartridge may lower drive performance. Table 2.5 Recommended optical disk cartridge specifications Model Order number Optical disk cartridge (128 MB)

  • Page 47: Optical Disk Cartridge

    2.3.2 Optical disk cartridge Figure 2.1 shows an optical disk cartridge. The figure below shows the cartridge with its shutter open. • Shutter closed 2) Shutter 1) Cartridge case 3) Write protect tab • Shutter open 4) Disk 5) Hub Figure 2.1 Optical disk cartridge 2 - 16...
  • Page 48 The following explains the components of the optical disk drive shown in Figure 2.1: 1) Cartridge case Covers the disk to protect it from damage when handled and facilitates disk replacement. The cartridge case is labeled and has a write protect tab. 2) Shutter Protects the disk against dust.

  • Page 49: Disk Specifications

    2.3.3 Disk specifications 128 MB disk The ISO/IEC10090 defines 128 MB disk specification. 230 MB disk The ISO/IEC13963 defines 230 MB disk specification. 540 MB/640 MB disk The ISO/IEC15041 defines 540 MB/640 MB disk specification. Table 2.6 lists disk specifications. Table 2.6 Disk specifications (1 of 2) Item...
  • Page 50 Table 2.6 Disk specifications (2 of 2) Item Specification Disk weight, without cartridge 12 g or less Mechanical case characteristics Cartridge case weight, without 50 g or less disk 50 µ m, p-p or less Wrap and swing Radial – (1,800 rpm) Axial ±0.22 mm...

  • Page 51: Defect Management

    Defect Management 2.4.1 Defect management schematic diagram Defective sectors on the disk shall be replaced by good sectors according to the defect management scheme as follows: Defective sectors found during surface certification are handled by a sector slipping algorithm. Defective sectors found after initialization are handled by a linear replacement algorithm.

  • Page 52: Example Of Alternate Processing

    Figure 2.3 Example of alternate processing C156-E097-01EN 2 - 21...
  • Page 53 This page is intentionally left blank.

  • Page 54: Chapter 3 Installation Requirements

    CHAPTER 3 INSTALLATION REQUIREMENTS Environmental Requirements Mounting Requirements Power supply Requirements Connection Requirement This chapter describes environmental, mounting, power supply, and connection requirements. Environmental Requirements The environment in which these drives are installed must comply with the ambient environmental requirements defined in Subsection 2.1.3. 3.1.1 Temperature measurement point When a drive is operating, the ambient temperature measured 3 cm from the base surface of the...

  • Page 55: Surface Temperature Measurement Points

    (a) Inside optical disk cartridge Operating of inner partition wall Tip of thermo couple Hole for incerting thermo couple (b) IC (controller, read map) IC (read amp) IC (controller) Figure 3.1 Surface temperature measurement points 3 - 2 C156-E097-01EN...

  • Page 56: Temperature Requirements And Measuring Method

    75 °C IC (read amp.) surface 85 °C Note: * 60°C for the optical disk cartridge manufactured by Fujitsu. Following procedure is for temperature measurement of inside cartridge. 1) Make a hole for the thermo couple as shown in Figure 3.1.

  • Page 57: Temperature Rise Under Several Conditions

    3.1.4 Temperature rise under several conditions Table 3.2 Temperature at each measurin g point (Reference) [Ambient atmospheric temperature of the optical disk drive: 45°C] (°C) Measurement point Ready Random seek Criteria Inside cartridge 49°C 52°C 55°C IC (controller) surface 50°C 61°C 75°C IC (read amp.) surface...

  • Page 58: Mounting Requirements

    Mounting Requirements 3.2.1 External dimensions Figures 3.2 to 3.3 show the dimensions of the drive and the positions of the mounting holes. Unit: mm Note: The height length is 25.4 ± 0.8 besides the panel size. Figure 3.2 Dimensions C156-E097-01EN 3 - 5...

  • Page 59: Dimensions (Without Panel)

    Unit: mm Note: Those enclosed in parentheses are inch screws. Figure 3.3 Dimensions (without panel) 3 - 6 C156-E097-01EN...

  • Page 60: Installation Direction

    3.2.2 Installation direction Figure 3.4 shows the permissable installation directions for this drive. The mounting angle tolerance must be within –5° to 10° from the horizontal. (–) shows that the insertion faces below. • Horizontal • Vertical (Two orientations) Figure 3.4 Installation directions C156-E097-01EN 3 - 7...

  • Page 61: Centers Of Gravity

    3.2.3 Centers of gravity Figure 3.5 shows the centers of gravity of the drive. Unit: mm Figure 3.5 Centers of gravity 3 - 8 C156-E097-01EN...

  • Page 62: Notes On Mounting

    3.2.4 Notes on mounting Mounting frame structure and clearance a) For vibration resistance and heat dissipation, this optical disk drive uses an embossed structure as shown in Figure 3.6, as well as a frame which has a construction similar to other frames which perform the same function.

  • Page 63: Service Clearance

    Service clearance Figure 3.7 shows locations which must be accessed for installation and maintenance. Be sure to leave sufficient service clearance. S side P side • • SCSI terminating resistor Cable connection • SCSI terminal, test pin • External operator panel connection R side •...

  • Page 64: Power Supply Requirements

    The Frame Ground is shorted in the optical disk drive by a metal strip attached to the vibration isolation rubber between the frame (FG) and the base (SG). Power Supply Requirements Allowable input voltage and current The DC power supply input voltage measured at the power supply connector pin of the optical disk drive (receiving end) must satisfy the requirements in Section 2.1.3.
  • Page 65 b) In a system which does not use the terminating resistor power supply signal (TERMPWR) of the SCSI bus, the requirements for +5 VDC given in Figure 3.10 must be satisfied between the drive and the SCSI device with the terminating resistor circuit. Figure 3.10 Power on/off sequence (2) c) Between the drive and other SCSI devices on the SCSI bus, the +5 VDC power on/off sequence is as follows:...

  • Page 66: Ac Noise Filter (Recommended)

    Noise filter To eliminate AC line noise, a noise filter should be installed at the AC input terminal on the power supply unit of the drive. The noise filter specifications are as follows: • Attenuation: 40 dB or more at 10 MHz •...

  • Page 67: Connection Requirement

    Connection Requirement 3.4.1 Connectors and terminals This drive is equipped with the connectors and terminals shown below for external connection. Figure 3.13 shows their locations. • Power supply connector • SCSI connector • External operator panel terminal (CNH2) External operator panel terminal (CNH2) Figure 3.13 Connector and terminal locations...

  • Page 68: Power Supply Connector

    Power supply connector Figure 3.14 shows the shape and pin assignment of the DC power supply input connector. 1 +12 VDC or N.C. 2 +12 VDC RETURN (GND) or N.C. 3 +5 VDC RETURN (GND) 4 +5 VDC Figure 3.14 Power supply connector SCSI connector The connector for the SCSI bus is an unshielded standard connector with two rows of 25 pins on 2.54 mm (0.1 inch) centers.

  • Page 69: Signal Assignment Of Scsi Connector

    Table 3.3 Signal assignment of SCSI connector Pin number Signal Signal Pin number –DB0 –DB1 –DB2 –DB3 –DB4 –DB5 –DB6 –DB7 –DBP (Open) TERMPWR (*1) –ATN –BSY –ACK –RST –MSG –SEL –C/D –REQ –I/O *1 Terminating resistor power supply (jumper selectable: input only, both input and output, or open) 3 - 16 C156-E097-01EN...

  • Page 70: Cable Connection Requirements

    For cables using pin 01 as shield ground, note that the shield of the connector on the drive is not connected to ground. 3.4.2 Cable connection requirements Figure 3.16 shows the cable connection mode between the drive, host system, and power supply unit.

  • Page 71: Recommended Components For Connection

    Table 3.4 Recommended components for connection Category Name Model Manufacturer Symbol in Figure 3.19 SCSI cable Cable socket FCN-707B050-AU/B Fujitsu Ltd. (closed-end type) Cable socket FCN-707B050-AU/O Fujitsu Ltd. (through-end type) Signal cable UL20184- Hitachi Cable, Ltd. — LT25PX28AWG 455-248-50 SPECTRA-STRIP...

  • Page 72: Scsi Cable Connector

    Figure 3.17 SCSI cable connector C156-E097-01EN 3 - 19...

  • Page 73: Scsi Cable Requirememts

    The maximum length of the SCSI cable is as follows. If more than one SCSI device is connected, the total length must not exceed 6 m. A 25-pair twisted-pair cable satisfying the following requirements is recommended for the SCSI cable: Table 3.5 SCSI cable requirements Item...

  • Page 74: Scsi Cable Connection

    (a) Connection to a point along the cable SCSI SCSI cable cable Link Link connector connector (b) Connection to a point along the cable Figure 3.18 SCSI cable connection C156-E097-01EN 3 - 21...

  • Page 75: External Operator Panel

    Power supply cable The drive must be star-chain-connected to the DC power supply unit (one-to-one connection) to reduce the influence of load variations. DC ground A DC ground cable may or may not be installed depending on the system requirements (system installation environment, cabinet structure, and power supply system).

  • Page 76: External Operator Panel Circuit Example

    *EJSW* SCAM mode Write verify mode Macintosh mode Logical type 0 Figure 3.19 External operator panel circuit example C156-E097-01EN 3 - 23...

  • Page 77: External Operator Panel Interface Connector

    Figure 3.20 External operator panel interface connector Table 3.6 External operator panel interface (1 of 2) Signal Pin Reference Function setting signal SCSI-ID 4 SW1-01 Equivalent to ON position of SW1-01 by shorting with 0 V. SCSI-ID 2 SW1-02 Equivalent to ON position of SW1-02 by shorting with 0 V.

  • Page 78: External Operator Panel Setting (Cnh2)

    Table 3.6 External operator panel interface (2 of 2) Signal Reference Function setting signal CTRGIN – External cartridge sensor output (TTL-IC level) L level: No cartridge in drive H level: Cartridge in drive 0 V (GND) 8, 12, 16 – 3.4.4 External operator panel settings (CNH2) Device type mode...

  • Page 79: Write Verify Mode Setting

    Write verify mode The default setting of the verify function is specified. When the verify mode is invalid, verification is not performed when the WRITE command is issued. With the verification invalid, the writing speed is increased by about 20% (depending on the situation). Table 3.9 shows the verify mode settings.

  • Page 80: Logical Specification Type Setting

    Logical specification type 0 The command specification and message specification are specified. The SCSI-1 specification is compatible with that of the old unit (M2511A). Table 3.11 shows the command and message specification settings. Table 3.11 Logical specification type setting Command specification and message CNH 2/Pin 14 - GND specification SCSI-2 specification...
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  • Page 82: Chapter 4 Installation

    CHAPTER 4 INSTALLATION Notes on Drive Handling Connection Modes Settings Mounting Cable Connections Operation Confirmation and Preparation for Use after Installation Dismounting Drive This chapter describes notes on handling the drives, connection modes, settings, mounting the drives, cable connections, and operation confirmation and preparation for use after installation, and notes on demounting the drives.
  • Page 83 5) Do not forcibly push up the end of the header pin of the printed circuit board unit when handling or setting the drive. Unpackaging a) Make sure that the UP label on the package is pointing upward and start unpacking on a level surface.

  • Page 84: Packaging Style

    Cushion (2 pcs) Ejecting jig MCE3064SS MCF3064SS Packaging box Figure 4.1 Packaging style Transportation a) Transport the package with the UP sign upward. b) After unpacking, minimize the transportation distance and use cushions to avoid shock and vibration. Transport the drive in one of the orientations described in Subsection 3.2.2 after unpacking.

  • Page 85: Connection Modes

    Connection Modes Figure 4.2 shows examples of connections between the host system and the optical disk drive. Up to eight devices including the host adapter, optical disk drive, and other SCSI equipment can be connected to the SCSI bus in arbitrary combinations. Install a terminating resistor on the SCSI devices connected to either end of the SCSI cable.

  • Page 86: Settings

    Connecting more than one optical disk drive (multi-host) Figure 4.2 SCSI bus connection modes (2 of 2) Settings Before installing the drive in the system, set the following setting terminal, setting switches, and SCSI terminating resistors: • Setting terminal : CNH1 •...

  • Page 87: Positions Of Setting Terminals And Switches

    01 Power connec- SCSI connec- (Mounting area) Front CNH1 CNH2 Figure 4.3 Positions of setting terminals and switches Setting items are as follows: • • SCSI ID • SCSI data bus parity check • Write cache mode • Device type mode •...

  • Page 88: Setting Switches (Sw1)

    4.3.1 Setting switches (SW1) Figure 4.4 shows the types of switches and their settings when the drive was shipped. • SW1 SCSI ID SCSI ID SCSI ID Setting switch Board Switch number Signal name At shipment SCSI ID SCSI data bus parity check Write cache mode Device type mode Spindle automatic stop mode...

  • Page 89: Scsi Id Setting (Sw1)

    SCSI ID Table 4.1 shows the SCSI ID settings of the drive. Table 4.1 SCSI ID setting (SW1) SCSI ID SW1-01 SW1-02 SW1-03 0 (*1) *1 Setting when delivered 1) Each SCSI device connected to the same SCSI bus must have a unique SCSI ID.

  • Page 90: Write Cache Mode Setting

    Write cache mode The write cache mode can be set. The write cache mode can also be enabled or disabled by the MODE SELECT command. When the write cache mode is enabled, the cache control page is added to the code page of the mode parameter even if the SCSI-1 is set.

  • Page 91: Setting Of Supplying Power To Scsi Terminating Resistor

    Table 4.5 Spindle automatic stop mode setting Spindle auto stop SW1-07 The spindle motor automatically stops. The spindle motor does not automatically stop. OFF (*1) *1 Setting when delivered. The characteristic of the spindle auto stop function are as follows: Reduces the deposition of dust which could cause a cartridge error.

  • Page 92: Scsi Terminating Resistor Mode

    Table 4.7 SCSI terminating resistor mode (CNH1) SCSI terminating resistor mode CNH 1 05-06 SCSI terminating resistor module on the PCA is enabled. Short (*1) SCSI terminating resistor module on the PCA is disabled. Open *1 Setting when delivered Open CNH1 5-6 pins when the SCSI terminating resistor set by CHN 2-15 pin. C156-E097-01EN 4 - 11...

  • Page 93: Mounting

    Mounting 4.4.1 Checks before mounting the drive Before mounting the optical disk drive in the system cabinet, check whether the setting switches and terminals are set correctly. Table 4.8 shows the checklist. Table 4.8 Setting checklist Setting item Setting on: Default Check SCSI ID...

  • Page 94: Mounting Procedure

    4.4.2 Mounting procedure How the drive is mounted depends on the system cabinet structure. Determine the mounting procedure in consideration of the requirements of each system. This section contains the general mounting procedure and check items. See Section 3.2 for details on mounting drive. 1) For a system with an external operator panel mounted, connect the external operator panel cable before mounting the drive in the system cabinet because it is difficult to access the connector after the drive is mounted.

  • Page 95: Operation Confirmation And Preparation For Use After Installation

    4) Connect the SCSI cable. 5) After each cable connector is connected, secure the cable so that the cable does not touch the drive or the parts on the PCA or obstruct the flow of cooling air in the system cabinet. 1) Be careful of the insertion directions of SCSI connectors.

  • Page 96: Scsi Connection Check

    • If the LED on the front panel blinks continuously, an error was detected during initial self- diagnosis. In this case, issue the REQUEST SENSE command from the initiator (host system) to obtain sense data for error analysis. The BUSY LED is on while the optical disk drive is executing seek, write, or read operations.

  • Page 97: Scsi Connection Check

    Figure 4.5 SCSI connection check 4 - 16 C156-E097-01EN...

  • Page 98: Dismounting Drive

    If processing terminates abnormally: a) If sense data has been obtained by the REQUEST SENSE command, analyze the sense data. If the error is recoverable, retry the processing. b) Check the following items for SCSI cable connection: • All connectors, including other SCSI devices, are connected correctly. •...
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  • Page 100: Chapter 5 Operation And Cleaning

    CHAPTER 5 OPERATION AND CLEANING Operating Optical Disk Drive Cleaning Drive Optical Disk Cartiridge Operation Cleaning Optical Disk Cartiridge This chapter describes how to operate and clean the drive and the optical disk cartridges. Operating Optical Disk Drive The drive has an automatic load function. All the operator must do is to insert the optical disk cartridge and operate the eject button.

  • Page 101: Note

    1) Disk insertion slot Use this slot to insert and eject the optical disk cartridge. 2) Eject button & BUSY LED (display lamp) On this optical disk drive, this is the push button combining the eject button with the BUSY LED (display lamp) for ejecting the optical disk cartridge (it lights in green during seeking and during erasing, writing or reading of data).
  • Page 102 Notes The cartridge must be completely inserted until the BUSY LED indicator lamp is lit. If the cartridge is inserted by pushing either left or right side of the cartridge rear, it may not be inserted completely. Be sure to push the central part straight into the drive until it is completely inserted.

  • Page 103: Ejecting (Removing) Cartridge

    Inserting direction Push by hand the width of 20mm to the Shutter right and left from the cartridge rear center, to the position shown at right. Figure 5.2 Inserting cartridge 5.1.4 Ejecting (removing) cartridge Remove the cartridge as explained below. When the drive power is on: 1) The cartridge can be removed by pressing the e ject button.

  • Page 104: Removing Cartridge

    The optical disk drive unit should not be carried around with a cartridge loaded inside. Push the eject button Figure 5.3 Removing cartridge C156-E097-01EN 5 - 5...

  • Page 105: Cleaning Drive

    Cleaning Drive When a dust or smoke of cigarette is stained to the lens actuator, a performance of whole drive may be down. Clean the lens actuator periodically using following head cleaner. Note: Cleaning period differs depending on the installation condition. Usually, cleaning period is once a six months.

  • Page 106: Optical Disk Cartridge Operation

    Optical Disk Cartridge Operation 5.3.1 Optical disk cartridge Figure 5.4 shows the optical disk cartridge. For operation and cleaning, users should be familiar with the parts shown in the figure. See Subsection 2.3.2 for the functions of the parts. • Shutter closed 2.

  • Page 107: Write Protect Tab

    5.3.2 Write protect tab Moving the write protect table determines whether to enable or disable writing of the optical disk cartridge. Use a fingernail to move the write protect tab (it must be completely moved to the end because there is play in the middle). Figure 5.5 shows the write protect tab location on the optical disk cartridge and the moving state of the write protect tab (see "write enabled"...

  • Page 108: Notes

    5.3.3 Notes To maintain the performance and reliability of the optical disk cartridge, keep the following points in mind when using, storing, or transporting the cartridge: When using the cartridge: • Do not use the cartridge where exposed to direct sunlight or where the temperature changes sharply, the temperature is high, or the humidity is high.

  • Page 109: Cleaning Procedure

    Table 5.3 shows the packaged items in the cleaning kit. Table 5.3 Packaged items (cleaning kit) Name Contents Setting case 1 piece 5 pieces (70mm ×70mm) Cleaning cloth Cleaning solution 1 bottle (20ml) The following sub-kit is available as a set of the cleaning solution and cleaning cloth as supplement.

  • Page 110: Cleaning Procedure (3)

    Clean the cartridge at clean place. Put a disposable groves at cleaning so that the figureprint does not put on the disk media (recommendation). 1) Slide the shutter completely open. Figure 5.6 Cleaning procedure (1) 2) Set the cartridge with keeping label side down and shutter open to the shutter stopper of the setting case as shown in Figure 5.7.

  • Page 111: Cleaning Procedure (3)

    At setting the cartridge to the setting case, do not apply the heavy shock and push hardly. 3) Cover the cartridge with the setting case cover, then insert the spindle pin into the center hub of the cortridge. Disk media Revolver Cartridge opening Setting case cover...

  • Page 112: Cleaning Procedure (4)

    7) Turn the revolving knob, then wipe the disk surface. Cleaning cloth Figure 5.9 Cleaning procedure (4) 8) If the excess cleaning solution remains on the disk surface, wipe out with the cleaning cloth. C156-E097-01EN 5 - 13...
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  • Page 114: Chapter 6 Diagnosis And Maintenance

    CHAPTER 6 DIAGNOSIS AND MAINTENANCE Diagnosis Maintenance Information This chapter contains diagnosis and maintenance information. Diagnosis Table 6.1 shows a test executed by the diagnostic function. The drive has a self-diagnostic function. This function can check the basic operations of the drive.

  • Page 115: Initial Self-Diagnosis

    6.1.1 Initial self-diagnosis When the power is turned on, the optical disk drive starts initial self-diagnosis. Basic hardware functions are tested during initial self-diagnosis. The hardware function test checks the normality of the basic controller operation. This test includes the normality check of the ROM in which microcodes are stored, microprocessor (MPU) peripheral circuit test, memory (RAM) test, and data buffer test.

  • Page 116: Maintenance Information

    Fujitsu is not responsible for data lost during maintenance or repair. See Section 4.1 for details on packing and handling the drive when sending it to Fujitsu. C156-E097-01EN 6 - 3...

  • Page 117: Revision Number

    The revision number of an optical disk drive is represented with an alphabetic character and a single-digit number. The revision number is shown on the revision label attached to the drive. For example, Figure 6.1 shows the MCE3064SS revision label format. Revision number Figure 6.1...

  • Page 118: Chapter 7 Scsi Bus

    CHAPTER 7 SCSI BUS System Configuration Interface Signal Definition Electrical Requirements Timing Rule Bus Phases Bus Conditions Bus Sequence This chapter describes the structure of the SCSI bus, electrical conditions, interface protocol and their operations. IMPORTANT The ODD operates on the SCSI bus as a TARG. In this chapter, the ODD is represented as "TARG"...

  • Page 119: Example Of Scsi Configuration

    Host system A Host system B Figure 7.1 Example of SCSI configuration 7 - 2 C156-E097-01EN...

  • Page 120: Interface Signal Definition

    Interface Signal Definition There is a total of eighteen signals. Nine are used for control and nine are used for data (1 byte data + 1 odd parity bit). Figure 7.2 shows interface signal lines. RST: RESET Figure 7.2 Interface signals C156-E097-01EN 7 - 3...

  • Page 121: Data Bus And Scsi Id

    DB 7 to 0, P (DATA BUS) These signals form a bidirectional data bus consisting eight data bits and an odd parity bit. MSB (27): DB7, LSB (20): DB0 The DATA BUS is used to transfer commands, data, status, or messages in the INFORMATION TRANSFER phase.
  • Page 122 BSY (BUSY) This signal indicates that the SCSI bus is being used. In the ARBITRATION phase, it indicates an arbitration request. SEL (SELECT) This signal is used by an INIT to select a TARG (SELECTION phase) or by a TARG to reselect an INIT (RESELECTION phase).

  • Page 123: Electrical Requirements

    Note: The SCSI device under the power-off state should satisfy the characteristics of I and I Recommended circuit Driver: MB463 (Fujitsu) or SN7438 (TI) (Open-collector NAND gate) Receiver: SN74LS240 or SN74LS19 (TI) (Schmitt trigger input inverter) 7 - 6 C156-E097-01EN...

  • Page 124: Power Supply For Terminating Resistor

    Termination circuit The termination circuit is a resistor termination as shown in Figure 7.4. The termination circuits are installed in SCSI devices which are connected at both ends of the interface cable. Figure 7.4 SCSI termination circuit 7.3.2 Power supply for terminating resistor The TERMPWR signal on the interface connector is used to supply power to the terminating resistor circuit connected to both ends of the cable.

  • Page 125: Signal Driving Conditions

    7.3.3 Signal driving conditions Signal status value Table 7.3 shows the correspondence between the input interface signal level at the receiving end and its logic state. Table 7.3 Signal status Logic state Signal level (at receiving end) Single-ended type True, "1", or asserted Low (0.0 to 0.8 VDC) False, "0", negated,, or released High (2.0 to 5.25 VDC)

  • Page 126: Bus Phases And Signal Sources

    Signal sources Table 7.5 lists signal sources for each interface phase. Table 7.5 Bus phases and signal sources Signal DB7-0, Bus phase BUS FREE ARBIRATION SELECTION I&T RESELECTION I&T COMMAND DATA IN DATA OUT STATUS MESSAGE IN MESSAGE OUT Any SCSI device can drive the signal. Two or more SCSI devices may drive the signal at the same time.

  • Page 127: Timing Rule

    Timing Rule Table 7.6 gives the timing required for operations on the SCSI bus. When [Transfer Period] is less than 200 ns in synchronous data transfer mode, Asserion Period, Cable Skew Delay, Deskew Delay, Hold Time, Negation Period is changed FAST SCSI and used in FAST SCSI timing required fpr operation.
  • Page 128 Name Standard Timing specification Bus Settle Delay 400 ns min. Minimum wait period between the time a particular control signal condition changes and the time the bus condition is stabilized. Cable Skew 10 ns max. Maximum allowable difference in transmission time Delay over the interface cable between any two bus signals from any two SCSI devices.

  • Page 129: Fast Scsi Timing Specifications

    Table 7.6 Timing specifications (3 of 3) Name Standard Timing specification Transfer Period – In synchronous data transfer mode, the minimum time (minimum repetition time) from the leading edge of an REQ signal to the leading edge of the next REQ signal or from the leading edge of an ACK signal to the leading edge of the next ACK signal.

  • Page 130: Bus Phases

    Bus Phases The SCSI bus must be in one of the follwing eight phases: • BUS FREE phase • ARBITRATION phase • SELECTION phase • COMMAND phase • DATA phase INFORMATION TRANSFER phase • STATUS phase • MESSAGE phase The SCSI bus can never be in more than one phase at any given time. Note: In the following bus phase definition, signals are false unless otherwise defined.

  • Page 131: Arbitration Phase

    Figure 7.5 BUS FREE phase Transition to a BUS FREE phase occurs when the TARG stops the BSY signal in one of the following events: • When the RESET condition has been detected • When the TARG has received ABORT message •...
  • Page 132 Implementation of the ARBITRATION phase is a system option. This phase is required for system that has two or more INITs or uses the RESELECTION phase. The procedure to obtain control of the SCSI bus is as follows (see Figure 7.6): 1) The SCSI device shall wait for a BUS FREE phase (see Subsection 7.5.1).

  • Page 133: Arbitration Phase

    Figure 7.6 ARBITRATION phase 7 - 16 C156-E097-01EN...

  • Page 134: Selection Phase

    7.5.3 SELECTION phase An INIT can select a TARG in the SELECTION phase. Note: I/O signal is false during a SELECTION phase. (The I/O signal identifies the phase as SELECTION or RESELECTION). Start sequence without ARBITRATION phase In systems with the ARBITRATION phase not implemented, the INIT starts the SELECTION phase in the following sequence (See Figure 7.7).

  • Page 135: Selection Phase

    µ Figure 7.7 SELECTION phase 7 - 18 C156-E097-01EN...

  • Page 136: Reselection Phase

    Timeout procedure If the INIT cannot detect the response from TARG when the Selection Timeout Dalay (or longer) has passed after starting the SELECTION phase, the timeout procedure shall be performed through one of the following schemes: • The INIT asserts the RST signal and creates the RESET condition. •...

  • Page 137: Reselection Phase

    Figure 7.8 RESELECTION phase Response sequence When the SCSI device (INIT) detects that the SEL signal, I/O signal and data bus bit (DBn) corresponding to the own SCSI ID are true and the BSY signal is false for 400 ns (Bus Settle Delay) or more, the INIT shall recognize that the INIT itself is selected in the RESELECTION phase.

  • Page 138: Information Transfer Phases

    If the TARG cannot detect a response from the INIT when the Selection Timeout Delay (recommended: 250 ms) or longer has passed in the RESELECTION phase, the timeout procedure shall be performed though one of the following schemes: 1) The INIT asserts the RST signal to generate the RESET condition. 2) TARG terminates releasing SCSI ID to DATA BUS with maintaining SEL signal and I/O signal in TRUE status.

  • Page 139: Information Transfer Phase (Phase Control)

    Figure 7.9 INFORMATION TRANSFER phase (phase control) IMPORTANT 1. After the ACK signal becomes false during the INFORMATION TRANSFER phase, the TARG can begin to prepare for a new phase by changing the status of C/D, I/O, and MSG signals. The status of these three signals can change in any order or at once.
  • Page 140 Asynchronous transfer In asynchronous transfer mode, information transfer is controlled by the INIT and TARG which are checking the status transition (from false to true and vice versa) of REQ and ACK signals (interlock type). Asynchronous transfer can be used in all types of INFORMATION TRANSFER phase (COMMAND, DATA, STATUS, MESSAGE).

  • Page 141: Transfer In Asynchronous Mode

    Figure 7.10 Transfer in asynchronous mode 7 - 24 C156-E097-01EN...
  • Page 142 Synchronous mode Information is transferred through offset-interlock of REQ/ACK handshake. Operation in this mode is only available for the DATA phase. IMPORTANT The default data transfer mode is asynchronous mode. When power is first switched on, a RESET condition develops or a BUS DEVICE RESET message is exchanged, data transfer is performed in asynchronous mode until the message described below is exchanged, even if synchronous mode transfer is permitted with the setting...
  • Page 143 The INIT must respond to the TARG by sending as the same number of ACK pulses as the REQ pulses received from the TARG. It can send an ACK signal when it receives the leading edge of the corresponding REQ signal. The INIT must satisfy the following timing requirements concerning the transmission of the ACK signal at the SCSI connector pin on the INIT: •...
  • Page 144 The INIT must hold the data bus valid for at least 100 ns (Deskew Delay + Cable Skew Delay + Hold Time) [at least 35 ns (Fast Deskew Delay + Fast Cable Skew Delay + Fast Hold Time) FAST SCSI mode] in from the leading edge of the ACK pulse. The INIT sends an ACK signal with a pulse width of at least 90 ns (Assertion Period) [at least 30 ns (Fast Assertion Period) in FAST SCSI mode].

  • Page 145: Transfer In Synchronous Mode

    Figure 7.11 Transfer in synchronous mode 7 - 28 C156-E097-01EN...

  • Page 146: Transfer In Fast Scsi Mode

    Figure 7.12 Transfer in FAST SCSI mode C156-E097-01EN 7 - 29...

  • Page 147: Command Phase

    7.5.6 COMMAND phase The COMMAND phase is a bus phase in which the TARG requests the INIT to transfer command information (CDB) to the TARG. The TARG keeps the C/D signal true and the I/O and MSG signals false during REQ/ACK handshaking in this phase. 7.5.7 DATA phase The DATA phase is divided into DATA IN and DATA OUT phases according to the direction of...

  • Page 148: Data Transfer Rate In Asynchronous Mode

    Figure 7.13 Data transfer rate in asynchronous mode C156-E097-01EN 7 - 31...

  • Page 149: Parameters Used For Synchronous Data Transfer

    Data transfer rate in synchronous mode Table 7.8 lists parameters for synchronous data transfer that can be performed by the ODD. Values assigned to these parameters are determined by SYNCHRONOUS DATA TRANSFER REQUEST messages transferred between the INIT and TARG. In a system with more than one INIT, parameters may vary from one INIT to another.

  • Page 150: Status Phase

    Figure 7.14 Data transfer rate in synchronous mode 7.5.8 STATUS phase In a STATUS phase, the TARG requests to transfer status information from the TARG to the INIT. The TARG keeps the C/D and I/O signals true and the MSG signal false during REQ/ACK handshaking in this phase.

  • Page 151: 7.5.10 Signal Requirements Concerning Transition Between Bus Phases

    Note: When the TARG returns a MESSAGE REJECT message to reject an invalid or incorrect message or when the TARG enters a BUS FREE phase as directed by a received message or returns a message (SYNCHRONOUS DATA TRANSFER REQUEST message, for example) in a prompt response to a received message, it can terminate the MESSAGE OUT phase regardless of whether the ATN signal is true or false.

  • Page 152: Switching Direction Of Transfer Over The Data Bus

    • When changing the direction of transfer from Out (from INIT to TARG) to In (from TARG to INIT), the TARG must begin to drive the data bus (DBn) at least 800 ns (Data Release Delay + Bus Settle Delay) after making the I/O signal true. The INIT must stop driving the data bus within 400 ns (Data Release Delay) after the I/O signal becomes true.

  • Page 153: 7.5.11 Time Monitoring Feature

    7.5.11 Time monitoring feature The ODD has a time monitoring feature for the SCSI bus to prevent hang-up of the SCSI bus in the case that the TARG cannot receive a response from the INIT in the RESELECTION or INFORMATION TRANSFER phase. Time monitoring in RESELECTION phase The ODD monitors the time of the response (BSY signal) from the INIT in the RESELECTION phase.

  • Page 154: Bus Conditions

    Bus Conditions Two types of asynchronous operations, an ATTENTION condition and a RESET condition, are provided to control and modify the bus phase transition sequence (bus condition). 7.6.1 ATTENTION condition The ATTENTION condition allows an INIT to report that the INIT has messages to be sent to the TARG.
  • Page 155 Response against ATTENTION condition (TARG) The TARG must enter the MESSAGE OUT phase and respond to the ATTENTION condition under the following situations. After terminating the MESSAGE OUT phase and sending back a MESSAGE REJECT message, the TARG must reenter the MESSAGE OUT phase if the ATN signal is true.

  • Page 156: Attention Condition

    Figure 7.16 ATTENTION condition IMPORTANT The ATTENTION condition generated by the INIT in the SELECTION phase determines the message level to be used in the command execution sequence. (Details are explained in Subsection 2.1.3.) If the ATTENTION condition is not generated in the SELECTION phase, the TARG uses a COMMAND COMPLETE message only.

  • Page 157: Reset Condition

    7.6.2 RESET condition The RESET condition allows all SCSI devices to immediately release the bus. RESET has higher priority than any other phases and bus conditions. Any SCSI device can generate the RESET condition at any time by keeping the RST signal true for 25 µs (Reset Hold Time) or more.

  • Page 158: Reset Condition

    Figure 7.17 RESET condition C156-E097-01EN 7 - 41...

  • Page 159: Bus Sequence

    Bus Sequence SCSI bus phases are switched in the specified sequence according to the command operation executed in the TARG. After a TARG has asserted the BSY signal in the SELECTION or RESELECTION phase, the bus phase sequence other than ATTENTION condition and RESET condition is controlled by the TARG.

  • Page 160: Bus Phase Sequence

    Figure 7.18 Bus phase sequence (1 of 2) C156-E097-01EN 7 - 43...
  • Page 161 Figure 7.18 Bus phase sequence (2 of 2) 7 - 44 C156-E097-01EN...

  • Page 162: Example Of Bus Phase Transition On Execution Of A Single Command

    Figure 7.19 Example of bus phase transition on execution of a single command (1 of 5) C156-E097-01EN 7 - 45...
  • Page 163 Figure 7.19 Example of bus phase transition on execution of a single command (2 of 5) 7 - 46 C156-E097-01EN...
  • Page 164 Figure 7.19 Example of bus phase transition on execution of a single command (3 of 5) C156-E097-01EN 7 - 47...
  • Page 165 Figure 7.19 Example of bus phase transition on execution of a single command (4 of 5) 7 - 48 C156-E097-01EN...
  • Page 166 Figure 7.19 Example of bus phase transition on execution of a single command (5 of 5) C156-E097-01EN 7 - 49...
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  • Page 168: Glossary

    Glossary Error detection and correction Disk case A series of methods are used to append A case that covers the optical disk. The case redundancy to data in a known format and to protects the disk from damage during handling record data.
  • Page 169 The information transfer phase is further Spindle classified into the following phases according to the type of information to be transferred. The disk drive section that contacts the disk and • hub. Data in phase • Data out phase • Sense key Command phase •...
  • Page 170 SCSI device SCSI ID A general name for devices (like input-output A physical device address used to identify an units, input-output controllers, host SCSI device on an SCSI bus. An SCSI ID is adapters) connected to an SCSI bus. unique to each SCSI device. ID #0 to ID #7 that corresponds to the bit number of the SCSI data bus can be allocated.
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  • Page 172: Abbreviations

    Abbreviations Enable Blank Check Erase By-Pass Alternating Current Error Correction Code ACKnowledge European Norm ALPG Automatic Laser Power Control EVPD Enable Vital Product Data Address Mark ANSI American National Standards Institute ARRE Automatic Read Reallocation Frame Ground Enabled FIFO First In First Out Additional Sense Code Format Options Valid ASCII...
  • Page 173 Offset Detection Flag SDTR Synchronous Data Transfer Original Equipment Manufacturer Request SELect SDTR Synchronous Data Transfer Request PostAmble SELect Part Number Standard Formatted Part Page Control SKSV Sense Key Specific Valid Sector Mark Printed Circuit Assembly Page Control Field SNSKEY SeNSe KEY Parameter Code Reset Save Page...

  • Page 174: Index

    Index 1-inch height 1 - 2 Checks if errors occur at initial self-diagnosis 128 MB disk 2 - 18 4 - 14 230 MB disk 2 - 18 Class 5 millions 1 - 3 5 millions 1 - 3 Cleaning 5 - 1 540 MB/640 MB disk 2 - 18 Cleaning Optical Disk Cartridge 5 - 9 Cleaning cloth 5 - 10...
  • Page 175 Diagnostic command 6 - 2 Dimensions 3 - 5 General notes 4 - 1 Direct-overwrite medium 1 - 2 Generation of attention condition 7 - 37 Disk 2 - 17 Disk specifications 2 - 18 Dismounting Drive 4 - 17 Drive circuit section 1 - 9 Head actuator 1 - 8, 1 - 9 Drive Configuration 1 - 6...
  • Page 176 Order number 2 - 1 OR-tied type 7 - 8 Macintosh mode 3 - 26 Maintainability 1 - 3 Maintenance 6 - 1 Maintenance Information 6 - 3 Packaging 4 - 2, 4 - 3 Maintenance requirements 6 - 3 Panel 1 - 8 Mass storage data buffer 1 - 5 Parity check feature 7 - 4...
  • Page 177 Rubber vibration isolators 1 - 4 Start sequence 7 - 17 STATUS phase 7 - 21, 7 - 33 Storage 4 - 3 Surface temperature measurement points 3 - 2 Safety standards 1 - 4 Synchronous mode 7 - 25, 7 - 28 SCAM mode 3 - 25 System Configuration 1 - 10, 7 - 1 SCAM mode setting 3 - 25...
  • Page 178 Write cache feature 1 - 5 Write cache mode 4 - 9 When the drive power is off: 5 - 3 Write cache mode setting 4 - 9 Write protect 5 - 8 Wide operating environment 1 - 4 Write protect tab 2 - 17 Write 6 - 3 Write test 6 - 3 When using the cartridge: 5 - 9...
  • Page 179 886-2-717-4644 FAX: 46-8-626-4588 FUJITSU SYSTEMS BUSINESS (MALAYSIA) SDN. BHD. FUJITSU ITALIA S.p.A. Fujitsu Plaza, 1A, Jalan Tandang 204, P.O. Box 636 Pejabat Pos Via Nazario Sauro, 38 20099 Sesto S. Giovanni (MI), ITALY Jalan Sultan TEL: 39-2-26294-1 46770 Petaling Jaya, Selangor Darul Ehsan, Malaysia...
  • Page 180 FUJITSU LIMITED Reader Comment Form We would appreciate your comments and suggestions for improving this publication. Publication No. Rev. Letter Title Current Date How did you use this publication? Is the material presented effectively? Learning Sales Installing Fully Well Well...

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