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MAX3036NC
User Manuals: Fujitsu MAX3036NC 36GB Hard Drive
Manuals and User Guides for Fujitsu MAX3036NC 36GB Hard Drive. We have
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Fujitsu MAX3036NC 36GB Hard Drive manuals available for free PDF download: Specifications, Maintenance Manual, Installation Manual
Fujitsu MAX3036NC Specifications (210 pages)
SCSI PHYSICAL INTERFACE 3-1/2" intelligent disk drives
Brand:
Fujitsu
| Category:
Storage
| Size: 2.87 MB
Table of Contents
Disk Drives
1
Table of Contents
11
Chapter 1 Scsi Bus
19
System Configuration
19
Figure 1.1 Example of SCSI Configuration
20
Interface Signal Definition
21
Figure 1.2 Interface Signals
21
Figure 1.3 DATA BUS and SCSI ID
22
Physical Requirements
25
Table 1.2 Single-Ended Maximum Distance between Terminators
25
Interface Connector
26
Figure 1.5 SCSI Interface Connector (Cable Side) (16-Bit SCSI)
27
Figure 1.8 SCA-2 Type, 16-Bit SCSI Interface Connector (IDD Side)
30
Figure 1.9 SCA-2 Type, Single-Ended 16-Bit SCSI Connector Signal Assignment
31
Figure 1.10 SCA Type, Low-Voltage-Differential Connector Signal Assignment
32
Interface Cable
33
Table 1.4 SE and LVD Transmission Line Impedance of Cable at Maximum Indicated Data Transfer Rate
33
Figure 1.11 Connection of Interface Cable
34
Electrical Requirements
35
Single-Ended Type
35
Figure 1.12 Single-Ended SCSI Termination Circuit-1
35
Figure 1.13 Single-Ended SCSI Termination Circuit-2
36
Table 1.6 Output Characteristic
37
Table 1.7 Input Characteristic
37
Low-Voltage Differential Type
38
Figure 1.14 LVD SCSI Termination Circuit
38
Table 1.8 LVD DIFFSENS Driver Specifications
39
Internal Terminal Resistor and Power Supply for Terminating Resistor
41
Figure 1.15 Circuit for Mated Indications
41
Figure 1.16 16-Bit SCSI (Not SCA2) Terminating Resistor Circuit
42
Usage in 8-Bit/16-Bit Transfer Mode
43
Signal Driving Conditions
44
Table 1.12 Signal Status at Receiving End
44
Table 1.13 Signal Driving Method
44
Table 1.14 Bus Phases and Signal Sources
45
Timing Rule
46
Timing Value
46
Table 1.15 SCSI Bus Control Timing Values
46
Table 1.26 TYPE
47
Figure 1.17 Receiver De-Skew Parameters
56
Figure 1.18 Transmitter Skew
58
Figure 1.19 Transmitter Time Asymmetry
59
Measurement Point
60
Figure 1.20 Fast-5/10 Measurement Point
60
Figure 1.21 Fast-20 Measurement Point
61
Figure 1.22 LVD ST Data Transfer Measurement Point
62
Figure 1.23 LVD DT Data Transfer Measurement Point
63
Figure 1.24 LVD Mode DT Paced Transfer Easurement Point
64
Bus Phases
65
BUS FREE Phase
66
Figure 1.25 BUS FREE Phase
66
ARBITRATION Phase
67
1.6.2.1 Normal ARBITRATION
67
Figure 1.26 ARBITRATION Phase
69
1.6.2.2 Qas Arbitration
70
SELECTION Phase
72
Figure 1.27 QAS Phase
72
Figure 1.28 SELECTION Phase
75
RESELECTION Phase
76
Figure 1.29 RESELECTION Phase
78
INFORMATION TRANSFER Phases
79
Figure 1.30 INFORMATION TRANSFER Phase (Phase Control)
79
1.6.5.1 Asynchronous Transfer Mode
80
Figure 1.31 Transfer in Asynchronous Mode
82
1.6.5.2 Synchronous Mode
83
Figure 1.32 ST Transfer in Synchronous Mode
86
Figure 1.33 Data Group Pad Field and Pcrc Field Transfer
92
1.6.5.3 Paced Transfer
93
Figure 1.34 DT DATA in Phase Training Pattern
96
Figure 1.35 DT DATA out Phase Training Pattern
98
Figure 1.36 Usage of P1 to Establish Data Valid and Data Invalid States
99
Figure 1.37 READ STREAM and WRITE FLOW
102
Wide Mode Transfer (16-Bit SCSI)
104
COMMAND Phase
105
DATA Phase
105
Figure 1.38 Data Sequence at Data Transfer
105
Table 1.20 Parameters Used for Fast Synchronous Data Transfer Mode
106
STATUS Phase
107
MESSAGE Phase
107
Figure 1.39 Data Transfer Rate in Synchronous Mode
107
Signal Requirements Concerning Transition between Bus Phases
108
Figure 1.40 Switching Direction of Transfer over Data Bus
109
Time Monitoring Feature
110
Bus Conditions
111
ATTENTION Condition
111
Figure 1.41 ATTENTION Condition
113
RESET Condition
114
Bus Phase Sequence
115
Bus Phase Sequence with Information Units Disabled
115
Figure 1.42 Condition
115
Figure 1.43 Bus Phase Sequence
116
Figure 1.44 Example of Bus Phase Transition at Execution of a Single Command
118
Phase Sequences with Information Unit Enabled
123
1.8.2.1 Phase Sequences for Physical Reconnection or Selection Without Using Attention Condition
123
Figure 1.45 Phase Sequences for Physical Reconnection or Selection Without Using Attentioncondition with Information Unit Transfers Enabled
123
With Information Unit Transfers Enabled
123
1.8.2.2 Phase Sequences for Selection Using Attention Condition
124
Figure 1.46 Phase Sequences for Selection with Attention Condition
124
SPI Information Units
125
SPI Information Unit Overview
125
Information Unit Transfer Logical Operations
125
Figure 1.47 SPI Information Unit Sequence During Initial Connection
127
Figure 1.48 SPI Information Unit Sequence During Data Type Transfers
128
Figure 1.49 SPI Information Unit Sequence During Data Stream Type Transfers
129
Figure 1.50 SPI Information Unit Sequence During Status Transfers
130
SPI Information Units
131
1.9.3.1 SPI Command Information Unit
131
Table 1.22 SPI Command Information Unit
132
Task Attribute
132
Task Management Functions
132
Table 1.23 TASK ATTRIBUTE
132
Table 1.24 TASK MANAGEMENT FUNCTIONS
133
1.9.3.2 SPI L_Q Information Unit
134
Table 1.25 SPI L_Q Information Unit
134
Bidi Direction
136
Table 1.27 BIDI DIRECTION
136
1.9.3.3 SPI Data Information Unit
137
Table 1.28 SPI Data Information Unit
137
Table 1.29 SPI Data Stream Information Unit
137
SPI Data Stream Information Unit
138
SPI Status Information Unit
139
Table 1.30 SPI Status Information Unit
139
Packetized Failure Code
140
Table 1.31 PACKETIZED FAILURES Field
140
Table 1.32 PACKETIZED FAILURE CODE
141
Scam
142
SCAM Operations
142
Figure 1.51 State of Level-1 SCAM Target
144
Figure 1.52 State of Level-2 SCAM Target
145
Ultra SCSI
147
Outline
147
Device Connection
147
Electrical Characteristics of SCSI Parallel Interface
148
Figure 1.53 Comparison of Active Negate Current and Voltage
150
Figure 1.54 Single-Ended Test Circuit
151
Low-Voltage Differential
152
Ultra2-SCSI
152
Ultra-160
152
Ultra-320
152
LVD Driver Characteristics
153
LVD Receiver Characteristics
153
Figure 1.55 LVD Transceiver Architecture
153
Figure 1.56 Connection to the LVD Receivers
154
LVD Capacitive Loads
155
Figure 1.57 Differential SCSI Bus Capacitive Loading
155
System Level Requirements for LVD SCSI Drivers and Receivers
156
Table 1.33 Maximum Capacitance
156
SCSI Bus Fairness
157
Table 1.34 System Level Requirements
157
Chapter 2 Scsi Message
159
Message System
159
Message Format
159
Figure 2.1 Message Format
160
Message Type
161
Table 2.1 SCSI Message
161
Message Protocol
162
Table 2.2 Extended Message
162
SCSI Pointer
163
Figure 2.2 SCSI Pointer Configuration
165
Message Explanation
166
TASK COMPLETE Message: X'00'(T→I)
166
SAVE DATA POINTER Message: X'02'(T→I)
166
RESTORE POINTERS Message: X'03' (T→1)
166
DISCONNECT Message: X'04' (T→I)
166
INITIATOR DETECTED ERROR Message: X'05'(I→T)
167
ABORT TASK SET Message: X'06' (I→T)
167
MESSAGE REJECT Message: X'07'(I↔T)
168
NO OPERATION Message: X'08' (I→T)
168
MESSAGE PARITY ERROR Message: X'09' (I→T)
168
LINKED TASK COMPLETE Message: X'0A'(T→I)
169
TARGET RESET Message: X'0C' (I→T)
169
ABORT TASK Message: X'0D' (I→T)
169
CLEAR TASK SET Message: X'0E'(I→T)
169
CONTINUE TASK Message: X'12' (I→T)
170
TARGET TRANSFER DISABLE Message : X'13' (I→T)
170
LOGICAL UNIT RESET Message : X'1C' (I→T)
171
Task Attribute Messages
171
IGNORE WIDE RESIDUE Message: X'23' (T→I)
172
IDENTIFY Message: X'80' to X'FF' (I↔T)
173
SYNCHRONOUS DATA TRANSFER REQUEST Message (I↔T)
174
Table 2.4 Synchronous Mode Data Transfer Request Setting
177
Table 2.5 Transfer Mode Setup Request from INIT to IDD
179
Table 2.6 Transfer Mode Setup Request from IDD to INIT
181
WIDE DATA TRANSFER REQUEST Message (I↔T)
182
Table 2.8 Wide Mode Setting Request from the INIT to the IDD
185
PARALLEL PROTOCOL REQUEST Message (I↔T)
186
Table 2.9 Wide Mode Setting Request from the IDD to the INIT
186
Table 2.10 TRANSFER PERIOD FACTOR Field
187
Table 2.11 Valid Protocol Options Bit Combinations
189
Chapter 3 Error Recovery
193
Error Conditions and Retry Procedure
193
Recovery Control
198
Table 3.1 Retry Procedure for SCSI Error
199
Glossary
201
Abbreviation
203
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Fujitsu MAX3036NC Maintenance Manual (130 pages)
Brand:
Fujitsu
| Category:
Storage
| Size: 2.89 MB
Table of Contents
Important Alert Items
7
Table of Contents
11
Chapter 1 General Description
17
Standard Features
18
Hardware Structure
22
Figure 1.1 NC Model Drives Outer View
22
Figure 1.2 NP Model Drives Outer View
22
System Configuration
24
Figure 1.3 System Configuration
24
Chapter 2 Specifications
27
Hardware Specifications
27
Model Name and Order Number
27
Table 2.1 Model Names and Order Numbers
27
Function Specifications
28
Table 2.2 Function Specifications
28
Environmental Specifications
30
Table 2.3 Environmental/Power Requirements
30
Error Rate
31
Reliability
31
SCSI Function Specifications
33
Table 2.4 SCSI Function Specifications
33
Chapter 3 Data Format
35
Data Space
35
Cylinder Configuration
35
Figure 3.1 Cylinder Configuration
36
Alternate Spare Area
37
Figure 3.2 Spare Area in Cell
38
Figure 3.3 Alternate Cylinder
38
Track Format
39
Figure 3.4 Track Format
39
Sector Format
40
Figure 3.5 Track Skew/Head Skew
40
Figure 3.6 Sector Format
40
Format Capacity
42
Logical Data Block Addressing
42
Table 3.1 Format Capacity
42
Defect Management
44
Defect List
44
Alternate Block Allocation
44
Figure 3.7 Alternate Block Allocation by FORMAT UNIT Command
46
Figure 3.8 Alternate Block Allocation by REASSIGN BLOCKS Command
47
Chapter 4 Installation Requirements
51
Mounting Requirements
51
External Dimensions
51
Figure 4.1 NC Model Dimensions
52
Figure 4.2 NP Model Dimensions
53
Mounting Orientations
54
Notes on Mounting
54
Figure 4.3 HDD Orientations
54
Figure 4.4 Mounting Frame Structure
55
Figure 4.5 Limitation of Side-Mounting
56
Table 4.1 Surface Temperature Check Point
56
Figure 4.6 Surface Temperature Measurement Points
57
Figure 4.7 Service Clearance Area
57
Power Supply Requirements
58
Figure 4.8 Spin-Up Current Waveform (+12V DC)
58
Figure 4.9 Power On/Off Sequence (1)
58
Figure 4.10 Power On/Off Sequence (2)
59
Figure 4.11 Power On/Off Sequence (3)
59
Connection Requirements
61
SCA2 Connector Type 16-Bit SCSI Model (NC Model)
61
Figure 4.12 AC Noise Filter (Recommended)
61
Figure 4.13 NC Connectors Location
61
Figure 4.14 SCA2 Type 16-Bit SCSI Connector
62
68-Pin Connector Type 16-Bit SCSI Model (NP Model)
63
Figure 4.15 NP Connectors and Terminals Location
63
Figure 4.16 68-Pin Type 16-Bit SCSI Interface Connector
64
Figure 4.17 Power Supply Connector (68-Pin Type 16-Bit SCSI)
64
Figure 4.18 External Operator Panel Connector (CN1)
65
Figure 4.19 External Operator Panel Connector (CN2)
65
Figure 4.20 16-Bit SCSI ID External Input
66
Figure 4.21 Output Signal for External LED
68
Figure 4.22 SCSI Cables Connection
69
Cable Connector Requirements
70
Table 4.2 Recommended Components for Connection
70
External Operator Panel (on NP Model Drives Only)
71
Figure 4.23 External Operator Panel Circuit Example
71
Chapter 5 Installation
73
Notes on Handling Drives
73
Connections
75
Figure 5.1 SCSI Bus Connections
76
Setting Terminals
77
Figure 5.2 Setting Terminals Location (on NP Models Only)
77
SCSI ID Setting
78
Table 5.1 SCSI ID Setting
79
Each Mode Setting
80
Table 5.3 Motor Start Mode Setting
80
Table 5.4 Write Protect Setting (NP Model)
81
Mode Settings
82
Table 5.7 Default Mode Settings (by CHANGE DEFINITION Command)
82
Mounting Drives
83
Check before Mounting
83
Mounting Procedures
83
Table 5.8 Setting Check List (NP Model Only)
83
Connecting Cables
84
Confirming Operations after Installation and Preparation for Use
85
Confirming Initial Operations
85
Checking SCSI Connection
86
Figure 5.4 Checking the SCSI Connection (A)
87
Figure 5.5 Checking the SCSI Connection (B)
88
Formatting
89
Setting Parameters
91
Dismounting Drives
95
Spare Disk Drive
95
Chapter 6 Diagnostics and Maintenance
97
Diagnostics
97
Self-Diagnostics
97
Table 6.1 Self-Diagnostic Functions
97
Test Programs
100
Maintenance Information
101
Precautions
101
Maintenance Requirements
102
Maintenance Levels
104
Revision Numbers
105
Figure 6.1 Revision Label (Example)
105
Tools and Test Equipment
106
Tests
106
Figure 6.2 Indicating Revision Numbers
106
Figure 6.3 Test Flowchart
107
Operation Check
108
Initial Seek Operation Check
108
Operation Test
108
Diagnostic Test
108
Troubleshooting Procedures
109
Outline of Troubleshooting Procedures
109
Troubleshooting with Disk Drive Replacement in the Field
109
Table 6.2 System-Level Field Troubleshooting
110
Troubleshooting at the Repair Site
111
Table 6.3 Disk Drive Troubleshooting
111
Troubleshooting with Parts Replacement in the Factory
112
Finding Possibly Faulty Parts
112
Chapter 7 Error Analysis
113
Error Analysis Information Collection
113
Sense Data
113
Sense Key, Additional Sense Code, and Additional Sense Code Qualifier
113
Figure 7.1 Format of Extended Sense Data
114
Sense Data Analysis
115
Error Information Indicated with Sense Data
115
Table 7.1 Definition of Sense Data
115
Sense Data (3-0C-03), (4-40-XX), and (4-C4-XX)
116
Sense Data (1-1X-XX), (3-1X-XX) and (E-1D-00): Disk Read Error
116
Sense Data (4-44-XX), (5-2X-XX), (5-3D-00), (5-90-00), (B-44-XX), (B-47-XX)
116
(B-48-00), (B-49-00), (B-4D-XX) and (B-4E-00): SCSI Interface Error
116
Appendix Asetting Terminals
117
Setting Terminals (on NP Model Only
117
Appendix Bconnector Signal Allocation
119
SCSI Connector Signal Allocation: SCA2 Type LVD 16-Bit SCSI
119
SCSI Connector Signal Allocation: 68-Pin Type LVD 16-Bit SCSI
119
Table B.1 SCSI Connector (SCA2 Type LVD 16-Bit SCSI): CN1
120
Table B.2 SCSI Connector (68-Pin Type LVD 16-Bit SCSI): CN1
121
Index
123
Fujitsu MAX3036NC Installation Manual (2 pages)
Brand:
Fujitsu
| Category:
Storage
| Size: 0.16 MB
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Fujitsu MAX3036NC Installation Manual (2 pages)
Brand:
Fujitsu
| Category:
Storage
| Size: 0.28 MB
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