Fujitsu MCM3064SS Product Manual Download

Page: 13 / 170

C156-E228-02EN ix

Contents

CHAPTER 1

General Description................................................................ 1-1

1.1 Features..................................................................................................... 1-1

1.1.1 Performance and Functions................................................................. 1-1

1.1.2 Reliability............................................................................................ 1-3

1.1.3 Maintainability/operability ................................................................. 1-3

1.1.4 Adaptability......................................................................................... 1-3

1.1.5 Interface............................................................................................... 1-4

1.2 Configuration of Optical Disk Drive........................................................ 1-6

1.2.1 Appearance.......................................................................................... 1-6

1.2.2 Configuration ...................................................................................... 1-7

1.2.3 Mechanical

section.............................................................................. 1-7

1.2.4 Control circuit section ......................................................................... 1-8

CHAPTER 2

Specifications ......................................................................... 2-1

2.1 Specifications of Optical Disk Drives ...................................................... 2-1

2.1.1 Catalog and order numbers ................................................................. 2-1

2.1.2 Specifications of drives ....................................................................... 2-2

2.1.3 Environmental and power requirements ............................................. 2-4

2.1.4 Error

rate ............................................................................................. 2-5

2.1.5 Reliability............................................................................................ 2-6

2.2 Specifications of Optical Disk Cartridges ................................................ 2-7

2.2.1 Recommended optical disk cartridges ................................................ 2-7

2.2.2 Appearance.......................................................................................... 2-8

2.2.3 Specifications of disk ........................................................................ 2-10

2.3 Defect Management................................................................................ 2-11

2.3.1 Defect management schematic diagram ........................................... 2-11

CHAPTER 3

Installation Requirements ...................................................... 3-1

3.1 Environmental Requirements ................................................................... 3-1

Summary of Contents for MCM3064SS

Page 1: ...C156 E228 02EN MCM3064SS MCM3130SS MCP3064SS MCP3130SS OPTICAL DISK DRIVES PRODUCT MANUAL ...

Page 2: ...controls where particularly high reliability requirements exist where the pertinent levels of safety are not guaranteed or where a failure or operational error could threaten a life or cause a physical injury hereafter referred to as mission critical use Customers considering the use of these products for mission critical applications must have safety assurance measures in place beforehand Moreove...

Page 3: ...56 E228 02EN Revision History 1 1 Edition Date Revised section 1 Added Deleted Altered Details 01 March 2002 02 January 2004 1 Section s with asterisk refer to the previous edition when those were deleted ...

Page 4: ...This page is intentionally left blank ...

Page 5: ...anual consists of the following six chapters glossary and abbreviation Chapter 1 General Description This chapter introduces the MCM3064SS MCM3130SS MCP3064SS and MCP3130SS optical disk drives and describes their features drive configuration and system configuration Chapter 2 Specifications This chapter describes the specifications of the MCM3064SS MCM3130SS MCP3064SS and MCP3130SS optical disk dr...

Page 6: ...cting the MCM3064SS MCM3130SS MCP3064SS and MCP3130SS optical disk drive and the user system to each other Glossary The glossary describes the technical terms that need to be understood to read this manual Acronyms and Abbreviations This manual contains a list of the abbreviations used in this manual and their meanings CONVENTIONS USED IN THIS MANUAL Throughout this manual the MCM3064SS MCM3130SS ...

Page 7: ...he user does not perform the product correctly This indicates information that could help the user use the product more efficiently In the text the alert signal is centered followed below by the indented message A wider line space precedes and follows the alert message to show where the alert message begins and ends The following is an example Example While the write cache feature is enabled a wri...

Page 8: ...This page is intentionally left blank ...

Page 9: ...nvalid the write data quality is not guaranteed This mode should not be used for storing important data When using the mode for storing important data a preventive system measure such as file duplication is required 3 23 Installation 1 Shock or vibration applied to the drive that exceeds the values defined in the standard damage the drive Use care when unpacking 2 Do not leave the drive in dirty o...

Page 10: ...ed to the end of the cable 3 The cables must be kept away from the rotating part of the spindle motor 4 14 Installation Before demounting the optical disk drive turn off the system power Do not remove screws securing the cables and drive when the power is on 4 17 Device Damage Be sure to use the dedicated head cleaner shown above 5 6 Disk damage To clean a disk use the cleaning solution and cleani...

Page 11: ...S 3 INSTALLATION REQUIREMENTS 4 HOST INTERFACE 5 OPERATION AND CLEANING 6 DIAGNOSTICS AND MAINTENANCE OPTICAL DISK DRIVES SCSI Logical Specifications C156 E092 1 COMMAND PROCESSING 2 DATA BUFFER MANAGEMENT 3 COMMAND SPECIFICATIONS 4 SENSE DATA AND ERROR RECOVERY 5 SCSI MESSAGES 6 ERROR RECOVERY MANUAL ORGANIZATION ...

Page 12: ...rSystem Interface 2 SCSI 2 American National Standards Institute ANSI ISO IEC 10090 90mm Optical Disk Cartridges rewritable and read only for data interchange ISO IEC 1 ISO IEC 13963 Data Interchange on 90mm Optical Disk cartridges Capacity 230 megabytes per cartridges ISO IEC 1 ISO IEC 15041 Data Interchange on 90mm Optical Disk Cartridges Capacity 640 megabytes per cartridges ISO IEC JTC1 1 Cher...

Page 13: ...rcuit section 1 8 CHAPTER 2 Specifications 2 1 2 1 Specifications of Optical Disk Drives 2 1 2 1 1 Catalog and order numbers 2 1 2 1 2 Specifications of drives 2 2 2 1 3 Environmental and power requirements 2 4 2 1 4 Error rate 2 5 2 1 5 Reliability 2 6 2 2 Specifications of Optical Disk Cartridges 2 7 2 2 1 Recommended optical disk cartridges 2 7 2 2 2 Appearance 2 8 2 2 3 Specifications of disk ...

Page 14: ...onnection requirements 3 19 3 4 3 External operator panel 3 20 3 4 4 External operator panel settings CNH2 3 23 CHAPTER 4 Installation 4 1 4 1 Notes on Drive Handling 4 1 4 2 Connection Modes 4 4 4 3 Settings 4 5 4 3 1 Setting switches SW1 4 7 4 3 2 Setting of supplying power to SCSI terminating resistor 4 10 4 3 3 SCSI terminating resistor mode 4 11 4 4 Mounting 4 12 4 4 1 Checks before mounting ...

Page 15: ...ab 5 8 5 3 3 Precautions 5 9 5 4 Cleaning the Optical Disk Cartridge 5 10 5 4 1 Cleaning tool for optical disk cartridge 5 10 5 4 2 Cleaning of optical disk cartridge 5 11 CHAPTER 6 Diagnostics and Maintenance 6 1 6 1 Diagnostics 6 1 6 1 1 Initial self diagnostics 6 1 6 1 2 Diagnostic command 6 2 6 1 3 Test program 6 2 6 2 Maintenance Information 6 2 6 2 1 Maintenance requirements 6 2 6 2 2 Revisi...

Page 16: ...7 20 7 6 3 SELECTION phase 7 22 7 6 4 RESELECTION phase 7 24 7 6 5 INFORMATION TRANSFER phases 7 26 7 6 6 COMMAND phase 7 33 7 6 7 DATA phase 7 33 7 6 8 STATUS phase 7 36 7 6 9 MESSAGE phase 7 36 7 6 10 Signal requirements concerning transition between bus phases 7 37 7 6 11 Time monitoring feature 7 38 7 7 Bus Conditions 7 40 7 7 1 ATTENTION condition 7 40 7 7 2 RESET condition 7 42 7 8 Bus Seque...

Page 17: ... structure 3 12 Figure 3 7 Service areas 3 13 Figure 3 8 MCM3130SS current waveform 5 VDC 3 14 Figure 3 9 Power on off sequence 1 3 15 Figure 3 10 Power on off sequence 2 3 15 Figure 3 11 Power on off sequence 3 3 15 Figure 3 12 AC noise filter recommended 3 16 Figure 3 13 Connector and terminal locations 3 17 Figure 3 14 Power supply connector 3 18 Figure 3 15 Cable connection mode 3 19 Figure 3 ...

Page 18: ... SCSI interface connector cable side 7 7 Figure 7 6 SCSI interface connector pin assignments single ended type 7 8 Figure 7 7 Connection of interface cable 7 10 Figure 7 8 SCSI termination circuit 7 12 Figure 7 9 BUS FREE phase 7 19 Figure 7 10 ARBITRATION phase 7 21 Figure 7 11 SELECTION phase 7 23 Figure 7 12 RESELECTION phase 7 25 Figure 7 13 INFORMATION TRANSFER phase phase control 7 27 Figure...

Page 19: ...1 4 8 Table 4 3 Write cache mode setting 4 9 Table 4 4 Device type mode settings 4 9 Table 4 5 Spindle automatic stop mode setting 4 10 Table 4 6 SCSI terminating resistor power supply CNH1 4 10 Table 4 7 SCSI terminating resistor mode CNH1 4 11 Table 4 8 Setting checklist 4 12 Table 5 1 Head cleaner 5 5 Table 5 2 Cleaning kit 5 10 Table 5 3 Packing list for cleaning kit 5 10 Table 6 1 Diagnostics...

Page 20: ...This page is intentionally left blank ...

Page 21: ...bility maintainability operability adaptability and interface 1 1 1 Performance and Functions 1 Half height standard 90mm 3 5 inch size 25 4 mm height The optical disk drives can be directly connected to the system SCSI bus The drive employs the same form factor as that for the 90mm 3 5 inch 25 4 mm height hard disk drive 2 High speed data transfer The MCM3130SS and MCP3130SS rotate disks at 3 637...

Page 22: ...al disk drive the need for a cooling fan has been eliminated owing to its low power consumption The optical disk drive also has a simple sealed structure The device is sealed with a metal plate The drive conforms to class 5 million or less particle level Class 5 million This means there are 5 million dust particles of 0 5 mm diameter or larger per cubic foot This is equivalent to 0 15 mg m3 6 Lowe...

Page 23: ...Diagnostics function This drive has a diagnostics function for checking optical disk drive operations The diagnostics function facilitates test and restoration 2 Five year service life no overhaul This drive will not require overhaul within the first five years of installation if appropriately maintained both disks and optical parts cleaned using cleaning tools and handled as recommended 1 1 4 Ada...

Page 24: ...specify data with logical block addresses thus allowing data to be manipulated independent of the physical characteristics of the optical disk derives This facilitates easy development of software whose functions can be flexibly expanded in the future 2 Continuous block processing Logical block addresses are used for data block addressing Irrespective of the physical attributes of track boundaries...

Page 25: ...ng for completion of the write and verify operations This drive performs the write and verify operations asynchronously with the interface operation Therefore enabling the write cache reduces the apparent write command processing time recognized by the host system and improves the I O performance of the host system Enable or disable the write cache feature using the MODE SELECT command While the w...

Page 26: ...on 1 6 C156 E228 02EN 1 2 Configuration of Optical Disk Drive 1 2 1 Appearance Figures 1 1 and 1 2 show the optical disk drive Figure 1 1 The optical disk drive with panel Figure 1 2 The optical disk drive without panel ...

Page 27: ... Actuator Fixed optics section Figure 1 3 Configuration of optical disk drive 1 2 3 Mechanical section 1 Loading and ejecting an optical disk cartridge The optical disk drive includes a cartridge load mechanism and an auto eject mechanism If an optical disk cartridge is manually inserted in the drive s slot as far as it will go the cartridge load mechanism automatically lowers the cartridge and mo...

Page 28: ...n which the fixed optics section is separated from the moving optics section to minimize seek time and positioning error This reduces the weight of the moving parts The fixed optics section consists of the laser diodes collimator lens separation prism condensing lens and the optical detector A laser diode for recording and playback transmits one laser beam to the actuator section 5 Panel The centr...

Page 29: ...vice circuit section which controls the drive circuit 1 SCSI controller circuit section The SCSI controller circuit which uses an LSI for improved reliability controls the drive through SCSI interface control read write control beam control etc by using one high speed microprocessor MPU 2 Drive circuit section The drive circuit section consists of the laser diode light emitting control circuit sig...

Page 30: ...This page is intentionally left blank ...

Page 31: ... disk drives Table 2 1 Representative model names and order numbers Model name catalog number Order No Panel Panel color Mounting screws MCM3064SS CA06086 B431 With panel Light gray Metric screws M3 MCM3130SS CA06123 B431 With panel Light gray Metric screws M3 MCP3064SS CA06298 B631 With panel Light gray Metric screws M3 MCP3130SS CA06363 B631 With panel Light gray Metric screws M3 2 1 Specificati...

Page 32: ...ctors side 1 024 1 025 2 250 2 244 4 437 Number of sectors track 25 25 25 17 17 Data transfer rate 1 65 MB s maximum 0 39 MB s continuous writing execution 1 16 MB s continuous reading execution 2 00 to 3 16 MB s maximum 0 47 to 0 75 MB s continuous writing execution 1 40 to 2 23 MB s continuous reading execution 3 54 to 5 94 MB s maximum 0 78 to 1 30 MB s continuous writing execution 2 33 to 3 91...

Page 33: ...y for processing of an access command 4 Unloading time is the time that elapses from the time the eject button is pressed or the eject command is issued to the time an optical disk cartridge is ejected 5 The maximum SCSI data transfer rate may be limited by the initiator response time SCSI bus transfer characteristics or transfer distance 6 The bit error rate must be 10 12 or less using a disk who...

Page 34: ... typ 2 2 0 W typ 2 1 2 W typ 2 1 2 W typ 2 Outer dimensions With panel 101 6 150 0 25 4 mm W D H Without panel 101 6 148 4 25 4 mm Weight 410 g with panel Environmental requirements Operating Temperature 5 to 45 C gradient 15 C h or less 3 Relative humidity 10 to 85 No condensation Maximum wet bulb temperature 29 C or lower Idle Temperature 0 to 50 C Relative humidity 10 to 85 No condensation Maxi...

Page 35: ...ing random seek or read write but excluding pulse waveform at 500 µs or less 2 Average value at an ambient temperature of 25 C and a voltage of 5 V 3 The performance is specified at an ambient temperature of 25 C and level placement at 0 Note 1 The current limiter value on the power supply must not exceed 5 A 2 The specifications for during transport are under the packaging conditions specified by...

Page 36: ...clude failures that are not due to the optical disk drive itself but to external factors such as careless device handling nonsupport of environmental requirements power failures host system errors and interface cable errors 2 Service Life This drive will not require overhaul within the first five years of installation if properly maintained both disk media and optical parts cleaned and handled as ...

Page 37: ...ty and ISO IEC 15041 standard for the 540 and 640 MB capacity Table 2 4 shows the specifications of the optical disk cartridges recommended for this optical disk drive The specified drive performance may not be obtained if other disk cartridges are used Table 2 4 Recommended optical disk cartridges Model Drawing number Optical disk cartridge 540 MB with Media ID CA90002 C037 Optical disk cartridge...

Page 38: ...n optical disk cartridge The names of the components of an optical disk cartridge are also shown a Shutter closed Figure 2 1 Optical disk cartridge 1 of 2 b Shutter open Figure 2 1 Optical disk cartridge 2 of 2 4 Disk 5 Hub 1 Cartridge case 2 Shutter 3 Write protect tab ...

Page 39: ...e case has a label and a write protect tab on it 2 Shutter The shutter protects the disk from contamination This metallic door opens when the cartridge is inserted into the optical disk drive 3 Write protect tab Slide the write protect tab to enable or disable writing to the disk 4 Disk Stores data that can be read or written using a laser beam 5 Hub The hub is the central disk part to be connecte...

Page 40: ...emperature 20 to 55 C Storage humidity 3 to 90 RH 3 1 Archival life indicates the maximum period during which recorded information can be read from a disk 2 Shelf life indicates the maximum period during which information can be written to an unrecorded disk 3 Maximum wet bulb temperature 29 C Note Non recommended disks if used must be subject to a compatibility check by the customer 1 128 MB medi...

Page 41: ...ialization are replaced using a linear replacement algorithm Figure 2 2 shows the sector slipping and linear replacement algorithms a Sector slipping algorithm b Linear replacement algorithm Figure 2 2 Algorithms for alternate processing During initialization the user area is divided into several groups Each of the groups contains data sectors and spare sectors Spare sectors are used as replacemen...

Page 42: ...Specifications 2 12 C156 E228 02EN Figure 2 3 Example of alternate processing ...

Page 43: ...asured 3 cm away from the surfaces of the optical disk drive must satisfy the ambient environmental requirements specified in Section 2 1 3 As for the surface temperatures during operation the contact temperatures measured at the points shown in Figure 3 1 must satisfy the temperature requirements specified in Section 3 1 2 a Inside optical disk cartridge Hole for inserting thermocouple Tip of the...

Page 44: ...mperature requirements at measurement points Measurement point Maximum allowable surface temperature Inside the cartridge 55 C 1 IC controller surface 85 C IC read Amp surface 85 C 1 60 C for the optical disk cartridges recommended by Fujitsu except 1 3 GB The following describes a procedure for measuring the temperature inside a cartridge 1 At the bottom of the cartridge open a hole large enough ...

Page 45: ...specified value the drive will take protective action to deal with the temperature increase by automatically placing an interval between commands before responding to a command 3 1 3 Temperature rise Table 3 2 Temperatures at measuring points Reference Ambient temperature of the optical disk drive 45 C Measurement point Random seek Criteria Inside cartridge 53 C 55 C IC controller surface 73 C 85 ...

Page 46: ...r MCP3064SS or MCP3130SS If this unit is to be used as a built in drive the system fan if one is supplied must meet the same conditions 3 1 5 Air cleanliness The air cleanliness in the device environment is expressed by the number of dust particles per unit area Fujitsu recommends using the optical disk drive in the environment of class 5 million or less particle level Class 5 million This means t...

Page 47: ...3 2 Mounting Requirements C156 E228 02EN 3 5 Figure 3 2 Outer dimensions 1 of 2 ...

Page 48: ...ge Center of a cartridge when loaded A A Section Below 3 3 Panel Below 7 8 Figure 3 2 Outer dimensions 2 of 2 Notes 1 Fujitsu recommends using the dimensions indicated by asterisks in the above figure for the size of the panel opening 2 If the specified dimensions are not used the MO disks might be damaged when a cartridge is loaded ...

Page 49: ...3 2 Mounting Requirements C156 E228 02EN 3 7 Figure 3 3 Outer dimensions 1 of 3 ...

Page 50: ...Installation Requirements 3 8 C156 E228 02EN Details on D part Oblong hole 2 0 1 width 2 5 0 1 length Width of C 0 5 Details of C part Stroke for the switch Figure 3 3 Outer dimensions 2 of 3 ...

Page 51: ...3 2 Mounting Requirements C156 E228 02EN 3 9 Figure 3 3 Outer dimensions 3 of 3 ...

Page 52: ...lation directions for the optical disk drive The mounting angle tolerance must be within 5 to 10 relative to the horizontal plane shows that the cartridge insertion slot faces downward Figure 3 4 Installation directions Horizontal Vertical Two orientations Disk insertion slot Eject button Busy LED Manual eject hole ...

Page 53: ...3 2 Mounting Requirements C156 E228 02EN 3 11 3 2 3 Center of gravity Figure 3 5 shows the center of gravity of the optical disk drive Figure 3 5 Center of gravity ...

Page 54: ...ive must be 1 5 mm or more e When mounting the optical disk drive the screw tightening torque must be 0 4 to 0 45Nm 4 to 4 6kgf cm If the screw tightening torque exceeds the prescribed value the unit fixture tap may break leading to degraded device performance f When the optical disk drive with a panel is mounted in a cabinet there should be no distortion or deformation in the target housing or th...

Page 55: ...Mount the optical disk drive away from powerful magnetic materials e g a speaker to avoid any adverse effects from external magnetic fields 5 Leak magnetic field The VCM drive magnetic circuit may leak a magnetic field Up to 2 5 mT at a distance of 4 mm from the drive surface Do not place any devices sensitive to a magnetic field near the optical disk drive 6 External light source Mount the optica...

Page 56: ...quired 3 3 Power Supply Requirements 1 Allowable input voltage and current The DC power supply input voltage must satisfy the requirements described in Section 2 1 3 Environmental and power requirements when measured at the power supply connector pin receiving end of the optical disk drive For other requirements see items 4 and 5 below 2 Current waveform reference Figure 3 8 shows the current wave...

Page 57: ...ce 2 c Between the drive and other SCSI devices on the SCSI bus the 5 VDC power on off sequence is as follows In a system with all its SCSI devices designed to prevent noise leakage to the SCSI bus when the power is turned on or off the power sequence does not matter if the requirement in a or b is satisfied In a system containing an SCSI device which is not designed to prevent noise leakage to th...

Page 58: ...with consideration of an increase of up to 900 mA Select a method of power supply to the drive in accordance with the setting terminal of the optical disk drive See Subsection 4 3 3 5 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...

Page 59: ... 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 Figure 3 13 Connector and terminal locations ...

Page 60: ...r N C 3 5 VDC RETURN GND 4 5 VDC Figure 3 14 Power supply connector 2 SCSI connector The connector for the SCSI bus is an unshielded standard connector with two rows of 25 pins on 2 54 mm centers See Chapter 7 for details on the electrical requirements of the interface signals For cables using pin 01 as shield ground note that the shield of the connector on the drive is not connected to ground ...

Page 61: ...28 02EN 3 19 3 4 2 Cable connection requirements Figure 3 15 shows the cable connection mode between the drive host system and power supply unit Table 3 3 lists recommended components for the connection Figure 3 15 Cable connection mode ...

Page 62: ...ting resistor is mounted on the drive when the drive is shipped A terminating resistor must be disconnected when the drive is not connected to an end of the SCSI cable Select a method of power supply to the terminating resistor circuit according to the setting pins on the drive See Section 4 2 for details 2 Power supply cable The drive must be star chain connected to the DC power supply unit one t...

Page 63: ...ion For details see Subsection 4 3 1 Figure 3 17 shows the external operator panel connector and Table 3 4 shows the specification of the external operator panel connector interface SCSI terminating register mode Not assigned Not assigned 1 This signal indicates that the cartridge is in drive H Exist L None TTL level signal 2 This signal is used for ejecting the cartridge from the host system 3 Fo...

Page 64: ...pe mode 9 SW1 06 Equivalent to ON position of SW1 06 by shorting with 0 V See 3 4 4 1 Not assigned 10 Verify mode 11 See 3 4 4 3 Not assigned 13 SCSI type 0 14 See 3 4 4 5 SCSI terminating resistor mode 15 CNH1 5 6 Equivalent to shorting CNH1 05 06 by shorting with 0 V LED 3 LED terminal for external connection LED 5 LED terminal for external connection EJSW 7 External eject instruction input TTL ...

Page 65: ...e WRITE command is issued With the verification invalid the writing speed is increased by about 20 depending on the situation Table 3 6 shows the verify mode settings The verification can also be specified as valid or invalid by the MODE SELECT command Table 3 6 Write verify mode setting Write verify mode CNH 2 Pin 11 GND Does not perform verification for the WRITE command invalid Short Performs v...

Page 66: ...fied The SCSI 1 specification is compatible with that of the old unit M2511A Table 3 7 shows the command and message specification settings Table 3 7 Logical specification type setting Command specification and message specification CNH 2 Pin 14 GND SCSI 2 specification Open SCSI 1 specification Short Setting when shipped ...

Page 67: ...e following points after unpacking Use an antistatic mat and wrist strap when handling the drive Hold the mounting frame when handling the drive Do not touch the PCA except when setting the switches 4 When handling the drive hold both sides of the mounting frame When touching other than both sides of the mounting frame avoid putting force 5 Do not forcibly push up the end of the header pin of the ...

Page 68: ...d turn off the power then move the drive Before moving the drive remove the optical disk cartridge If the drive is moved with the optical disk cartridge loaded in it the head may move back and forth in the drive to damage the head or disk and reading the data may fail 4 Packaging a Before packaging remove the optical cartridge b Store the drive in an antistatic plastic bag with desiccant silica ge...

Page 69: ...ackage 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 The horizontal direction is recommended 6 Storage a Use moistureproof packaging when storing the drive b The storage environment must satisfy the requirements specified in Sub...

Page 70: ...k 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 See Section 3 4 for the cable connection requirements and power cable connections a Connecting one optical disk drive Figure 4 3 SCSI bus connection modes 1 of 2 b Connecting more than one optical disk drive single ...

Page 71: ...terminal setting switches and SCSI terminating resistors Setting terminal CNH1 Setting switches SW1 Figure 4 4 shows the positions of the setting terminal and switch 1 The user must not change the settings of terminals not described in this section The terminals must remain as set when shipped 2 Do not change terminal settings when the power is on 3 To strap setting terminals use the jumper shippe...

Page 72: ...1 SCSI ID SCSI data bus parity check Write cache mode Device type mode Spindle automatic stop mode Factory test mode user setting inhibited CNH1 SCSI terminating resistor power supply SCSI terminating resistor mode CNH2 SCSI ID Device type mode Verify mode SCSI type 0 SCSI connector SCSI signal Power connector 5VDC GND ...

Page 73: ...hipped Board Setting switch 8 7 6 5 4 3 2 1 SCSI ID SCSI ID SCSI ID OFF SW1 Switch number Signal name At shipment SW1 01 02 03 SCSI ID OFF OFF OFF 04 SCSI data bus parity check ON 05 Write cache mode OFF 06 Device type mode ON 07 Spindle automatic stop mode ON 08 Factory test mode user setting inhibited OFF Figure 4 5 Setting switch SW1 ...

Page 74: ... SCSI bus must have a unique SCSI ID 2 If contention occurs in the ARBITRATION phase the priority of the SCSI use authority depends on SCSI IDs as follows 7 6 5 4 3 2 1 0 2 SCSI data bus parity checking Table 4 2 shows the settings which determine whether to check the SCSI bus parity bit Regardless of the settings the parity bit is ensured for data transmitted by the drive Table 4 2 SCSI data bus ...

Page 75: ...at the initiator retries the command a retry process may be failed 4 Device type mode The device type settings which are returned when the INQUIRY command is issued to the optical disk drive are shown below Table 4 4 Device type mode settings Device type Setting terminal SW1 06 X 00 Direct access device OFF X 07 Optical memory device ON 1 1 Setting when shipped 5 Spindle automatic stop mode Normal...

Page 76: ... deposition of dust which could cause a cartridge error Not suitable for a system requiring quick response because it takes a few seconds to start the spindle 4 3 2 Setting of supplying power to SCSI terminating resistor Table 4 6 shows how to supply power to the SCSI terminating resistor module on the drive and how to use TERMPWR lines on the SCSI bus Table 4 6 SCSI terminating resistor power sup...

Page 77: ... SCSI terminating resistor should be disabled Table 4 7 shows the SCSI terminating resistor mode setting 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 shipped Note Open CNH1 5 6 pins when the SCSI terminating resistor ...

Page 78: ...de SW1 05 OFF o OFF o ON 4 Device type mode SW1 06 ON o OFF o ON 5 Spindle automatic stop mode SW1 07 ON o OFF o ON Setting switch 6 Factory test mode user setting inhibited SW1 08 OFF o OFF o ON Setting item Setting on Default Check 1 Supplied from both ODD and TERMPWR pin CNH1 1 2 CNH1 3 4 Short Short o Short o Open o Short o Open 2 Supplied from ODD CNH1 1 2 CNH1 3 4 Short Short o Short o Open ...

Page 79: ...the mounting frame of the drive when they are tightened See Figure 3 6 When mounting with screws the screw tightening torque should be 0 4 to 0 45Nm 4 to 4 6kgf cm Be careful not to damage the parts on the PCA when mounting the drive 3 After securing the drive make sure that the drive does not touch the chassis of the system cabinet There must be at least 1 5 mm clearance between the drive and cha...

Page 80: ... Operation Confirmation and Preparation for Use after Installation 4 6 1 Confirming initial operations This section provides the operation check procedures after the power is turned on 1 Initial operation when the power is turned on When the power is turned on the drive starts initial self diagnosis The LED on the front panel is on for 1 second during initial self diagnosis If an error is detected...

Page 81: ... cartridge 4 6 2 SCSI connection check When initial operation checks out normally after the power is turned on check whether the drive is correctly connected to the SCSI bus from the host system Checking the SCSI connection depends on the host system configuration This section describes the general procedure 1 Procedure Figure 4 6 shows the recommended checking procedure Note Steps a to c correspo...

Page 82: ...Installation 4 16 C156 E228 02EN Figure 4 6 SCSI connection check ...

Page 83: ...demount an optical disk drive for setting terminal checking setting change or device replacement depends on the system cabinet configuration Determine the demounting procedure in consideration of the requirements of each system This section describes the general demounting procedure and notes on demounting drives Before demounting the optical disk drive turn off the system power Do not remove scre...

Page 84: ...This page is intentionally left blank ...

Page 85: ...same manner even when it is mounted vertically Figure 5 1 shows the front view of the optical disk drive The following sections explain the names and functions of parts that a user should know for operation as well as methods of loading and ejecting an optical disk cartridge 5 1 1 Appearance of optical disk drive Figure 5 1 Optical disk drive front view with panel The following explains the parts ...

Page 86: ... the wrong media such as a floppy disk or foreign matter which causes a malfunction of the drive 5 1 3 Inserting an optical disk cartridge Insert an optical disk cartridge as follows see Figure 5 2 1 While the drive is powered on 1 Make sure that there is no other optical disk cartridge in the drive 2 Hold an optical disk cartridge with the printed shutter surface facing upward 3 Press the opening...

Page 87: ...until the cartridge is lowered to the bottom a little inside the operator panel The cartridge remains where it has been inserted If you power on the drive the BUSY LED indicator lamp goes on Notes 1 If the BUSY LED indicator lamp does not go on when the power is turned on press the eject button to eject the cartridge and then insert it again until the lamp goes on 2 A cartridge may not be sufficie...

Page 88: ...ical disk cartridge can be removed if the SCSI command inhibits ejection 2 Remove an optical disk cartridge after it is completely ejected 3 Be careful not to let a cartridge drop out of the drive when it is ejected This may happen depending on the ambient environment and the cartridge s condition even if the drive installation conditions are met 2 While the drive is powered off While the drive is...

Page 89: ...nment in which the optical disk drive has been installed Usually clean the lens actuator once every three months Table 5 1 Head cleaner Product name Product number Order number Head cleaner 0240470 CA90002 C980 Clean the lens actuator using the head cleaner as follows 1 Power on the optical disk drive 2 Insert the head cleaner 3 When the head cleaner is automatically loaded the optical head positi...

Page 90: ...sh bristles are spread out the lens cannot be completely cleaned In such a case use a new head cleaner 5 3 Operation of Optical Disk Cartridge 5 3 1 Appearance Figure 5 4 shows the appearance of an optical disk cartridge It also shows the names of components of an optical disk cartridge that you should be familiar with for operation and cleaning See Section 2 3 2 Appearance for the functions of th...

Page 91: ...5 3 Operation of Optical Disk Cartridge C156 E228 02EN 5 7 a Shutter closed b Shutter open Figure 5 4 Appearance of optical disk cartridge 3 Write protect tab 1 Cartridge case 2 Shutter 5 Hub 4 Disk ...

Page 92: ...ed to one end because there is some play in the middle Figure 5 5 shows where the write protect tab is located on a optical disk cartridge and how the write protect tab should be moved see the Write Enabled and Write Disabled indications printed on the label Note The write protect tab should be at each of the shaded portions Figure 5 5 Write protect tab Write protect tab Tab moved to this end Writ...

Page 93: ...rtridge in an environment filled with dust particle or cigarette smoke Do not open the shutter or touch the surface of a disk with bare fingers 2 Storing a cartridge Do not place a heavy object on a cartridge Do not store a cartridge in an environment where it is exposed to direct sunlight or sharp temperature changes or high temperature or humidity Do not store a cartridge in an environment fille...

Page 94: ...This cleaning kit is for a 3 5 inch optical disk cartridge only Read the attached instruction manual and use the cleaning kit correctly Table 5 2 shows the specifications of the cleaning kit Table 5 2 Cleaning kit Product name Product number Order number Cleaning kit 0632440 CA90003 0702 Table 5 3 shows the packing list of the cleaning kit Table 5 3 Packing list for cleaning kit Name Quantity Sett...

Page 95: ...leaning kit out of the reach of children Disk damage Do not use this cleaning kit on a floppy disk or an optical disk cartridge to be used on other optical disk drives 5 4 2 Cleaning of optical disk cartridge Clean an optical disk cartridge as follows Disk damage Clean a cartridge in a dust free environment Fujitsu recommends wearing disposable gloves during cleaning so that no fingerprints are le...

Page 96: ...ridge while inserting the disk revolving knob pin into the center hub of the cartridge see Figure 5 8 Figure 5 8 Placing the setting case cover 4 When wiping the disk remove from the disk surface any fragments that may damage it 5 Moisten the accessory cleaning cloth with a few drops of the cleaning solution Shutter stopper Setting case Setting case lid Optical disk Spindle Shutter Cartridge Cartr...

Page 97: ...wipe the disk surface going from the center to the edge of the disk 7 After wiping turn the disk revolving knob and then wipe the next section in the same manner see Figure 5 9 Figure 5 9 Cleaning of disk surface 8 Wipe off any excess cleaning solution remaining on the disk surface using a new portion of the cleaning cloth where no cleaning solution is absorbed Cleaning cloth ...

Page 98: ...This page is intentionally left blank ...

Page 99: ...f diagnostics Diagnostics item Initial self diagnostics Basic operations hardware function test Diagnostic command Basic operations Test program General operations 6 1 1 Initial self diagnostics When the power is turned on the optical disk drive executes initial self diagnostics The initial self diagnostics tests basic hardware operations The hardware function test checks the normality of the basi...

Page 100: ...g test items 1 Random sequential read test Use the READ or VERIFY command to test the positioning seek and read operations in both random access mode and sequential access mode 2 Write read test Using a disk whose data may be erased execute write read test based on arbitrary data patterns 6 2 Maintenance Information 6 2 1 Maintenance requirements 1 Preventive maintenance No preventive maintenance ...

Page 101: ... include a cartridge if errors keep occurring with a specific cartridge In such a case be sure to save data stored in the cartridge before sending it in Fujitsu shall bear no responsibility for any data lost during service or repair See Section 5 3 3 Precautions for information on packing and handling a drive when you send it to Fujitsu 6 2 2 Revision number The revision number of an optical disk ...

Page 102: ...f parts replacement or modification indicate the new revision number by circling the number in the line of the pertinent alphabetic character see Figure 6 2 If a revision number is changed after shipment Fujitsu issues Revision Number Change Request Notice to indicate the new revision number The user must update the revision label as described above after applying the change Indication of revision...

Page 103: ...ions for detail Communication on the SCSI bus is allowed between only two SCSI devices an initiator INIT and a target TARG at any given time In the configured system any combination is allowed for an SCSI device to work as an INIT and as a TARG Also there may be an SCSI device that works as both an INIT and a TARG A unique address SCSI ID is assigned to each SCSI device The SCSI ID corresponds to ...

Page 104: ...sed 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 An optical disk drive is constructed with all volumes as a single logical unit Specificable SCSI IDs and LUN are as follows SCSI...

Page 105: ...56 E228 02EN 7 3 7 2 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 Figure 7 2 Interface signals ...

Page 106: ...ence between DATA BUS bits and SCSI IDs Figure 7 3 DATA BUS and SCSI ID When the DB n signal is true the data bit n is 1 and when false it is 0 The use of a parity bit is a system option The ODD handles parity as shown below The ODD implements the bus parity check feature which can be enabled or disabled by a setting terminal on the ODD For the setting terminal refer to Item 2 in Subsection 4 3 1 ...

Page 107: ... 7 1 7 REQ REQUEST This signal is driven by a TARG to indicate a transfer request to an INIT in INFORMATION TRANSFER phase 8 ACK ACKNOWLEDGE This signal is driven by an INIT to indicate a response for REQ signal to a TARG in the INFORMATION TRANSFER phase 9 ATN ATTENTION This signal is driven by an INIT to indicate that the INIT has a message to be transferred to the TARG and is used to generate a...

Page 108: ...cent pins 2 54 mm 0 1 in apart See Figure 7 4 The nonshielded cable connector shall be a 50 conductor connector consisting of two rows of 25 female contacts with adjacent contacts 2 54 mm 0 1 in apart The use of keyed connectors is recommended to prevent accidental misinsertion See Figure 7 5 Figure 7 6 shows the nonshielded connector pin assignments for SCSI Symbol mm Remark D1 2 54 D2 2 54 D3 5 ...

Page 109: ... C1 2 540 C2 60 960 C3 2 540 C4 3 302 C5 32 385 C6 68 072 C7 6 096 C8 7 620 Maximum value Notes 1 The tolerance is 0 127 mm unless otherwise specified 2 A connector cover and strain relief are not shown in this figure Figure 7 5 SCSI interface connector cable side ...

Page 110: ... G 34 35 G BSY 36 37 G ACK 38 39 G RST 40 41 G MSG 42 43 G SEL 44 45 G C D 46 47 G REQ 48 49 G I O 50 Terminating resistor power supply jumper selectable input only both input and output or open Figure 7 6 SCSI interface connector pin assignments single ended type Note that shielded end processing is not performed with the connector on the main unit s optical disk unit for cables that use pin No 9...

Page 111: ... pair Cables having the same characteristic impedance must be used in the same SCSI bus to reduce signal reflection and maintain transmission characteristics The maximum length of the interface cable is 6 m But the cable length is restricted according to the synchronized transfer speed When an SCSI device is connected to the interface cable except at one of the ends the connection to the SCSI conn...

Page 112: ...SCSI BUS 7 10 C156 E228 02EN a Connection to a middle point of the cable b Connection to the end of the cable 7 Figure 7 7 Connection of interface cable ...

Page 113: ...state should satisfy the following input characteristics on each signal Output characteristics VOL 0 0 to 0 50 VDC IOL 48 mA VOH 2 5 to 5 25 VDC Input characteristics VIL 0 0 to 0 80 VDC IIL 0 4 to 0 0 mA VI 0 5 VDC VIH 2 0 to 5 25 VDC IIH 0 0 to 0 1 mA VI 2 7 VDC Input hysteresis 0 2 VDC min Input capacitance 25 P F max Note The SCSI device under the power off state should satisfy the characteris...

Page 114: ...s of the cable In a system configuration where the terminating resistor is installed outside the SCSI device or if there is a possibility of the power to the SCSI device with the terminating resistor being cut off power for the terminating resistor must be supplied to the TERMPWR line from an SCSI device on the bus The SCSI device always working as an INIT example host adapter should supply that p...

Page 115: ...cuit is biased A particular SCSI device drives the signal false Otherwise no SCSI device drives the signal True An SCSI device drives the signal true 1 In this manual the signal is said to be false if one of the following conditions is satisfied The signal is actually driven by an SCSI device to become false non OR tied type No SCSI device is driving the signal OR tied type or non OR tied type In ...

Page 116: ...ignal Two or more SCSI devices may drive the signal at the same time I Only the SCSI device which operates as an INIT can drive the signal I T INIT TARG or both can drive this signal according to the interface sequence In the RESELECTION phase there is a sequence to be driven simultaneously by both ID Each SCSI device which is actively arbitrating the bus drives a unique data bit SCSI ID The parit...

Page 117: ...n the time either of the following events occurs and the time the SCSI device stops driving all bus signals 1 Detection of the BUS FREE phase when both BSY and SEL signal become false during Bus Settle Delay Note Maximum allowable period between the time both BSY and SEL signal became false and the time the bus is released is 1 200 ns An SCSI device that requires a period longer than Bus Settle De...

Page 118: ...mode the minimum time from the trailing edge of an REQ signal to the leading edge of the next REQ signal or from the trailing edge of an ACK signal to the leading edge of the next ACK signal 12 Power On to Selection Time 10 sec max Maximum time from when the TARG is turned on to the time the TARG can post the correct status and sense data for the TEST UNIT READY INQUIRY or REQUEST SENSE command 13...

Page 119: ... 1 Arbitration Delay 2 4µs 2 4µs 2 4µs 2 4µs 2 Bus Clear Delay 800ns 800ns 800ns 800ns 3 Bus Free Delay 800ns 800ns 800ns 800ns 4 Bus Settle Delay 400ns 400ns 400ns 400ns 5 Cable Skew Delay 3ns 4ns 4ns 4ns 6 Data Release Delay 400ns 400ns 400ns 400ns 7 Receive Assertion Period 11ns 22ns 70ns 8 Receive Hold Time 11 5ns 25ns 25ns 9 Receive Negation Period 11ns 22ns 70ns 10 Receive Setup Time 6 5ns 1...

Page 120: ...e No SCSI device uses the bus during a BUS FREE phase SCSI devices shall detect the BUS FREE phase after SEL and BSY signals are both false for at least Bus Settle Delay SCSI devices which have detected the BUS FREE phase shall release all bus signals within Bus Clear Delay after BSY and SEL become false for a Bus Settle Delay If an SCSI device requires more than Bus Settle Delay to detect the BUS...

Page 121: ...ated unsuccessfully the SCSI bus enters a BUS FREE phase This BUS FREE phase is generated when the SEL signal becomes false In cases other than the above if the TARG negates the BSY signal to enter a BUS FREE phase the TARG informs the INIT that it has detected an ERROR condition on the SCSI bus The TARG can enter a BUS FREE phase forcibly regardless of the ATN signal status the INIT must treat th...

Page 122: ...a bus bit numbers the highest priority is DB7 ID 7 and the lowest priority is DB0 ID 0 When the SCSI device detects any ID bit which is assigned higher priority than its own SCSI ID the SCSI device shall release its signals BSY and its SCSI ID then may return to step 1 The SCSI device 1 in Figure 7 10 has lost the arbitration The SCSI device which detects no higher SCSI ID bit on the DATA BUS can ...

Page 123: ... C156 E228 02EN 7 21 Bus Settle Delay Min Arbitration Delay Min Arbitration Delay Min Bus Clear Delay Max Tf Bus Free Delay Min Ts Bus Set Delay Max Bus Clear Delay Bus Settle Delay Min Figure 7 10 ARBITRATION phase ...

Page 124: ...nal on during the ARBITRATION phase 2 The INIT then asserts its SCSI ID and that of the desired TARG on the data bus At this time the SCSI device becomes an INIT without driving the I O signal 3 The INIT releases the BSY signal after waiting at least Deskew Delay 2 The INIT shall then wait at least Bus Settle Delay before looking for the response from the TARG BSY signal 3 Response sequence When t...

Page 125: ...Phases C156 E228 02EN 7 23 µ Bus Settle Delay Min Bus Clear Delay Min Deskew Delay 2 Min Deskew Delay 2 Min Deskew Delay 2 Min Deskew Delay 2 Min Bus Clear Delay Bus Settle Delay Min Figure 7 11 SELECTION phase ...

Page 126: ...N phase to have completed normally 7 6 4 RESELECTION phase The TARG selects an INIT during the RESELECTION phase The RESELECTION phase can only be used in systems with ARBITRATION phase implemented The TARG reconnects the INIT using this RESELECTION phase when the TARG restarts the command processing that is in the disconnect state on the SCSI bus 1 Start sequence A TARG performs the RESELECTION p...

Page 127: ...pling to identify the SCSI ID of the TARG that requests the reconnection The INIT shall respond to the TARG by asserting the BSY signal within Selection Abort Time When other than 2 bit SCSI ID is detected or when the parity error is detected on the system in which the parity bit of the data bus is valid the INIT shall not respond to the RESELECTION phase After the TARG detects the response BSY si...

Page 128: ...NSFER phase is determined by the combination of C D I O and MSG signals see Table 7 1 Since these three signals are specified by the TARG phase transition is controlled by the SCSI device operating as a TARG The INIT can request the TARG to initiate an MESSAGE OUT phase by sending an ATN signal Besides the TARG can change the bus phase to BUS FREE by ceasing transmission of the BSY signal Informat...

Page 129: ...f each signal only once 2 Note that a new INFORMATION TRANSFER phase starts when the REQ signal that requests transfer of the first byte in the phase becomes true The phase ends when one of C D I O or MSG signal changes after the ACK signal becomes false The period between the time one phase ends and the time the REQ signal to initiate the next new phase becomes true is not defined 3 The INIT can ...

Page 130: ...nal to report the completion of reception 3 After the ACK signal becomes true on the TARG the TARG negates the REQ signal Thereafter the TARG can change the data of the data bus 4 The INIT negates the ACK signal after the REQ signal becomes false 5 After the ACK signal becomes false the TARG proceeds to transfer the next byte b Transfer from INIT to TARG When the I O signal is false information on...

Page 131: ...7 6 Bus Phases C156 E228 02EN 7 29 Deskew Delay Cable Skew Delay Min Deskew Delay Cable Skew Delay Min Figure 7 14 Transfer in asynchronous mode ...

Page 132: ...e number of REQ pulses is within the range defined by the REQ ACK Offset parameter When the difference between the number of REQ pulses sent by the TARG and the number of ACK pulses received by the TARG reaches the number assigned to the REQ ACK Offset parameter the TARG must not send an REQ pulse until it receives the leading edge of the next ACK pulse For normal termination of transfer in a DATA...

Page 133: ...tion Period 3 After compensating for the period defined in 2 the TARG transfers subsequent data in bytes within the range defined by the REQ ACK Offset parameter 4 Starting with the rise of the REQ pulse the INIT reads data on the data bus DB7 to DB0 P within the Hold time After reading the data the INIT sends the ACK pulse as a receive completion notification b Transfer from INIT to TARG If the I...

Page 134: ...se of the ACK pulse the TARG reads data on the data bus DB7 to DB0 P within the Hold time 3 Time monitoring of ACK response wait When the ODD operates as a TARG wait time for ACK response to REQ can be monitored Figure 7 15 Transfer in synchronous mode ...

Page 135: ...phase the TARG requests to transfer data from the TARG to the INIT The TARG keeps the I O signal true and the C D and MSG signals false during REQ ACK handshaking in this phase 2 DATA OUT phase In a DATA OUT phase the TARG requests to transfer data from the INIT to the TARG The TARG keeps the C D I O and MSG signals false during REQ ACK handshaking in this phase 3 Data transfer rate in asynchronou...

Page 136: ...a system with more than one INIT parameters may vary from one INIT to another The data transfer rate is determined by the value assigned to the Transfer Period parameter To maintain this transfer rate however an appropriate value must be assigned to the REQ ACK Offset parameter considering the INIT s ACK pulse response performance and the interface cable length The formulas below give the approxim...

Page 137: ... on the ODD Table 7 9 Parameters used for synchronous data transfer Parameter Value Transter rate REQ ACK Offset 1 to 16 X 0C 50 ns Max 20 0 MB s 1 X 12 75 ns Max 13 3 MB s 1 X 19 100 ns Max 10 0 MB s 1 X 25 150 ns Max 6 6 MB s 1 X 32 200 ns Max 5 0 MB s 1 X 3E 250 ns Max 4 0 MB s 1 Transfer Period Minimum REQ Interval sent from ODD T1 in Figure 7 21 X 4B 300 ns Max 3 3 MB s 1 1 If a single ended ...

Page 138: ...nsfer message information from the INIT to the TARG The TARG keeps the C D and MSG signals true and I O signal false during REQ ACK handshaking in this phase The TARG executes this phase in response to the ATTENTION condition described in Subsection 7 7 1 created by the INIT and must remain in the MESSAGE OUT phase Note When the TARG returns a MESSAGE REJECT message to reject an invalid or incorre...

Page 139: ...ssage reception by entering a BUS FREE phase 7 6 10 Signal requirements concerning transition between bus phases When the SCSI bus is at a midpoint between two INFORMATION TRANSFER phases during the period of bus phase transition interface signals must satisfy the requirements below 1 The status of the BSY SEL REQ and ACK signals must not change 2 The status of the ATN and RST signals can change w...

Page 140: ...e When the INIT does not send the BSY signal within a specified period the ODD executes the timeout process see Subsection 7 6 4 to free the SCSI bus and then executes the retry process see Section 6 1 of the RESELECTION phase in MCD3130SS MCE3130SS MCK3130SS MCM3064SS MCM3130SS Optical Disk Drives SCSI Logical Interface Specifications 2 Time monitoring in INFORMATION TRANSFER phase The ODD monito...

Page 141: ...e listed in Table 7 10 When timeout is detected the ODD clears the command being executed and forces the SCSI bus into the BUS FREE phase see Section 6 1 in MCD3130SS MCE3130SS MCK3130SS MCM3064SS MCM3130SS Optical Disk Drives SCSI Logical Interface Specifications Table 7 10 Setting value of SCSI time monitoring Monitoring time in INFORMATION TRANSFER phase Monitoring time in RESELECTION phase Num...

Page 142: ...e timing of setting the ACK signal false for the last byte being transferred in the current bus phase If the ATN sending timing is delayed the TARG may not be informed of the ATTENTION condition until the next bus phase The INIT may not operate as it should When transferring message information in several bytes in the MESSAGE OUT phase the INIT must keep the ATN signal true The INIT can make the A...

Page 143: ...ase immediately after the DATA phase The TARG can enter the MESSAGE OUT phase at any time For example the data transfer need not be terminated at a logical data block boundary The INIT must continue REQ ACK handshaking DATA phase until the bus phase changes When the ATN signal becomes true in the STATUS phase the TARG must enter the MESSAGE OUT phase after the status byte transfer is completed Whe...

Page 144: ...s not generated in the SELECTION phase the TARG uses a COMMAND COMPLETE message only The TARG does not respond to the ATTENTION condition even if it was generated in the subsequent bus phase Therefore the TARG does not enter the MESSAGE OUT phase 7 7 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 ...

Page 145: ...LECT command is initialized to the saved value last established If the value is not saved it is initialized to the default value Parameters defined for synchronous transfer between the ODD and SCSI device is cleared The mode defined for data transfer among all SCSI devices is initialized to asynchronous mode 4 The UNIT ATTENTION condition is generated for all SCSI devices 5 The sense data is no lo...

Page 146: ...SCSI BUS 7 44 C156 E228 02EN Rest Hold Time Min Bus Clear Delay Max Figure 7 20 RESET condition ...

Page 147: ...s see Subsection 7 6 1 Figure 7 21 shows the allowable bus phase sequence applied to systems without the ARBITRATION phase and systems with the ARBITRATION phase Figure 7 22 provides an example of bus phase sequence during single command execution the ARBITRATION phase systems with the ARBITRATION phase systems with the MESSAGE OUT phase and systems without the MESSAGE OUT phase The generation of ...

Page 148: ...SCSI BUS 7 46 C156 E228 02EN Figure 7 21 Bus phase sequence 1 of 2 ...

Page 149: ...7 8 Bus Sequence C156 E228 02EN 7 47 Figure 7 21 Bus phase sequence 2 of 2 ...

Page 150: ...SCSI BUS 7 48 C156 E228 02EN Figure 7 22 Example of bus phase transition on execution of a single command 1 of 5 ...

Page 151: ...7 8 Bus Sequence C156 E228 02EN 7 49 Figure 7 22 Example of bus phase transition on execution of a single command 2 of 5 ...

Page 152: ...SCSI BUS 7 50 C156 E228 02EN Figure 7 22 Example of bus phase transition on execution of a single command 3 of 5 ...

Page 153: ...7 8 Bus Sequence C156 E228 02EN 7 51 Figure 7 22 Example of bus phase transition on execution of a single command 4 of 5 ...

Page 154: ...SCSI BUS 7 52 C156 E228 02EN Figure 7 22 Example of bus phase transition on execution of a single command 5 of 5 ...

Page 155: ...s easily The case also provides for a label write protection tab automatic handling support and media identification hole CDB Command Descriptor Block A series of data describing input output commands The CDB is sent from the initiator to the target Clamp area A disk ring area on which the clamp mechanism applies a clamp force Command An input output instruction to the target Described as CDB Cont...

Page 156: ...n A process that physically arranges data units so that data resists burst errors LUN Logical Unit Number A device address used to identify a logical unit Recording layer A disk layer in which data should be recorded during manufacturing or recording Recording power An incidence power specified on the incidence surface and used to form marks Sense code A single byte code set in sense data This inf...

Page 157: ...Glossary C156 E228 02EN GL 3 Status Single byte information reported from the target to the initiator at the end of execution of each command The status indicates the end status of a command ...

Page 158: ...This page is intentionally left blank ...

Page 159: ... descriptor DBP Data bus parity DC Direct current DCRT Disable certification DDS Disk definition sector DMA Defect management area DPO Disable page out DPRY Disable primary DSP Digital signal prosessor E EBC Enable blank check EBP Erase by pass ECC Error correcting code EN European Norm EVPD Enable vital product data F FG Frame ground FIFO First in first out FmtData Format data FOV Format options ...

Page 160: ...lAdr Relative addressing REQ Request RH Relative humidity ROM Read only memory rpm revolutions per minute RST Reset RSV Reserved S S N Serial number SB Spare band SCT Sector SDL Secondary defect list SDTR Synchronous data transfer request SEL Select SFP Standard formatted part SG Signal groun SKSV Sense key specific valid SM Sector mark SNSKEY Sense key SP Save page SP Save parameter STPF Stop for...

Page 161: ...le side 7 7 Canada safety standard 1 4 cartridge case 2 9 catalog 2 1 C D 7 5 CDRH 1 4 center of gravity 3 11 change of revision number in field 6 4 checking panel function 3 13 checks before mounting the drive 4 12 checks if errors occur at initial self diagnosis 4 14 cleaning 5 1 kit 5 10 optical disk cartridge 5 10 tool for optical disk cartridge 5 10 cleaning of disk surface 5 14 optical disk ...

Page 162: ... external light source 3 13 magnetic field 3 13 external operator panel 3 20 circuit example 3 21 interface 3 22 interface connector 3 22 settings 3 23 F feature 1 1 five year service life 1 3 function 1 1 G general description 1 1 note 4 1 generation and release of ATTENTION condition INIT 7 40 H half height standard 90mm 3 5 inch size 25 4 mm height 1 1 head cleaner 5 5 high capacity data buffer...

Page 163: ... 1 outer dimension 3 4 to 3 9 P packing 4 2 packing list for cleaning kit 5 10 packing style individual 4 3 gathered 4 3 panel 1 8 parameters used for synchronous data transfer 7 35 performance 1 1 phase control 7 27 physical requirement 7 6 placing setting case cover 5 12 positioning error rate 2 5 positions of setting terminal and switch 4 5 power on off sequence 3 14 3 15 power requirement 2 4 ...

Page 164: ...e of SCSI time monitoring 7 39 single ended type 7 8 single host 4 4 driving method 7 13 source 7 14 status value 7 13 requirements concerning transition between bus phases 7 37 specification 2 1 specification of disk 2 10 drive 2 2 optical disk cartridge 2 7 optical disk drive 2 1 spindle motor 1 7 start sequence 7 24 without ARBITRATION phase 7 22 with ARBITRATION phase 7 22 STATUS phase 7 36 st...

Page 165: ...3 18 using cartridge 5 9 U S safety standard 1 4 laser standard 1 4 V verify mode 3 23 W while drive is powered off 5 3 5 4 powered on 5 2 5 4 wide ranging operating environment 1 3 write cache feature 1 5 mode 4 9 mode setting 4 9 write protect tab 2 9 5 8 write read test 6 2 write verify mode setting 3 23 ...

Page 166: ...This page is intentionally left blank ...

Page 167: ...quested Yes No Please evaluate overall quality of this manual by marking in the appropriate boxes Good Fair Poor Good Fair Poor Good Fair Poor Organization Use of examples Legibility Accuracy Index coverage Handiness Binding Clarity Cross referencing Others Figures tables General appearance Technical level Too high Appropriate Too low Overall rating of this publication Good Fair Poor FOR FUJITSU U...

Page 168: ...This page is intentionally left blank ...

Page 169: ......

Page 170: ......

Search results

Summary of Contents for MCM3064SS

Reviews:

Related manuals for MCM3064SS

Brands by name

Popular brands

Fujitsu MCM3064SS, Product Manual

Search results

Summary of Contents for MCM3064SS

Reviews:

Related manuals for MCM3064SS

Brands by name

Popular brands