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Samsung Spinpoint M9TU Manuals
Manuals and User Guides for Samsung Spinpoint M9TU. We have
1
Samsung Spinpoint M9TU manual available for free PDF download: Product Manual
Samsung Spinpoint M9TU Product Manual (98 pages)
USB 3.0 - 2.5” Hard Disk Drive
Brand:
Samsung
| Category:
Storage
| Size: 3.46 MB
Table of Contents
Table of Contents
3
Chapter 1 Scope
8
User Definition
8
Manual Organization
8
Usb
8
Reference
9
Chapter 2 Description
10
Introduction
10
Key Features
10
Standards and Regulations
11
Hardware Requirements
11
Chapter 3 Specifications
12
Specification Summary
12
Physical Specifications
12
Logical Configurations
12
Table 3-2: Physical Specifications
12
Table 3-3: Logical Configurations
12
Performance Specifications
13
Table 3-4: Performance Specifications
13
Power Consumption
14
Table 3-1 : Specifications
14
Table 3-5: Power Consumption
14
Environmental Specifications
15
Table 3-6: Environmental Specifications
15
Reliability Specifications
16
Table 3-7: Reliability Specifications
16
Figure 3-1 : Measurement Position
16
Chapter 4 Installation
17
Space Requirements
17
Unpacking Instructions
17
Mounting
17
Figure 4-1: Mechanical Dimension
17
Figure 4-2 : Mounting-Screw Clearance
18
Orientation
18
Ventilation
18
Cable Connectors
19
USB Connectivity
19
Drive Installation
19
Table 4-1 USB Connector Pin Definitions
19
Figure 4-3 USB Connector Type
19
System Startup Procedure
20
Table 4-2: Logical Drive Parameters
20
Chapter 5 Disk Drive Operation
21
Head / Disk Assembly (Hda)
21
Base Casting Assembly
21
DC Spindle Motor Assembly
21
Disk Stack Assembly
21
Head Stack Assembly
21
Voice Coil Motor and Actuator Latch Assemblies
22
Air Filtration System
22
Figure 5-1: Exploded Mechanical View
22
Load/Unload Mechanism
23
Drive Electronics
23
Digital Signal Process and Interface Controller
23
USB Interface Controller
23
The Host Interface Control Block
23
Power Management
24
The Buffer Control Block
24
The Disk Control Block
24
The Disk ECC Control Block
24
Read/Write IC
25
Analog Anti-Aliasing Low Pass Filter
25
Analog to Digital Converter (ADC) and FIR
25
Asymmetry Correction Circuitry (ASC)
25
Automatic Gain Control
25
Time Base Generator
25
Figure 5-2: Read/Write 88C10010
26
Servo System
27
Read and Write Operations
27
The Read Channel
27
The Write Channel
27
Firmware Features
28
Read Caching
28
Write Caching
29
Defect Management
29
Automatic Defect Allocation
29
Multi Parities Error Correction
29
Chapter 6 Usb Interface and Usb Commands
30
Introduction
30
Physical Interface
30
Mechanical Interface
30
Figure 6-1: Interlayer Communication Flow
30
Mechanical Overview
30
Connector
31
Figure 6-2: Keyed Connector Protocol
31
Table 6-1: USB Connector Termination Data
31
USB Connector Termination Data
31
Figure 6-3 : USB Series "A" Receptacle Interface
32
Figure 6-4 : USB Series "B" Receptacle Interface
32
Series "A" and Series "B" Receptacles
32
Figure 6-5: USB Series "B" Plug Interface
33
Figure 6-6: USB Series "B" Plug Interface
33
Series "A" and Series "B" Plugs
33
Cable
34
Cable Assembly
34
Figure 6-7: USB Standard Detachable Cable Assembly
34
Standard Detachable Cable Assemblies
34
Figure 6-8: USB High-/Full-Speed Hardwired Cable Assembly
37
High-/Full-Speed Captive Cable Assemblies
37
Figure 6-9: USB Low-Speed Hardwired Cable Assembly
38
Low-Speed Captive Cable Assemblies
38
Prohibited Cable Assemblies
38
Electrical Interface
39
Electrical Overview
39
Figure 6-10: USB Cable Signal
39
Figure 6-11: Example High-Speed Capable Transceiver Circuit
40
Signaling
40
High-Speed (480Mb/S) Driver Characteristics
41
High-Speed (480Mb/S) Receiver Characteristics
42
High-Speed (480Mb/S) Signaling Rise and Fall Times
42
High-Speed (480Mb/S) Signaling Levels
43
Table 6-2: High-Speed Signaling Levels
43
Power Distribution
44
Bus-Powered Hubs
44
Overview
44
Figure 6-12: Compound Bus-Powered Hub
45
Figure 6-13: Compound Self-Powered Hub
45
Self-Powered Hubs
45
Protocol Layer
46
Protocol Layer Overview
46
Common USB Packet Fields
47
Figure 6-14: PID Format
47
Packet Identifier Fields
47
SYNC Fields
47
Address Fields
48
Figure 6-15: ADDR Field
48
Table 6-3: PID Types
48
Cyclic Redundancy Checks
49
Data Fields
49
Endpoint Fields
49
Figure 6-16 Endpoint Field
49
Figure 6-17: Data Field Format
49
Frame Number Fields
49
Packet Format
50
Data Packet
50
Figure 6-18 : Token Format
50
Figure 6-19 : Data Packet Format
50
Figure 6-20 : Handshake Format
50
Handshake Packet
50
Token Packet
50
Start-Of-Frame Packets
51
Pipes
51
Figure 6-21: SOF Packet
51
Transfer/Endpoint Types
52
Control Transaction
53
Figure 6-22: Control Transaction Model
53
Figure 6-23: Setup Stage
53
Figure 6-24: Data Stage
54
Figure 6-25: Status in Stage
54
Figure 6-26: Status out Stage
54
Bulk Transaction
55
Figure 6-27: Bulk Transaction Model
55
Figure 6-28: Bulk Transaction Diagram
56
USB Device Generic Framework
57
Figure 6-29: Enumeration
57
USB Device State
57
Attached
58
Powered
58
Table 6-4: Visible Device States
58
Address
59
Bus Enumeration
59
Configured
59
Default
59
Suspended
59
Address Assignment
60
Dynamic Attachment and Removal
60
Figure 6-30: Enumeration
60
Generic USB Device Operation
60
Configuration
61
Data Transfer
61
Power Management
61
Request Processing
61
Standard USB Device Requests
61
Figure 6-31 : Windex Format When Specifying an Endpoint
62
Table 6-5: Format of Setup Data
62
Figure 6-32 : Windex Format When Specifying an Interface
63
Standard USB Device Request Overview
63
Table 6-6: Standard Device Request
63
Clear Feature (Request Code 1)
64
Table 6-7 : Standard Request Codes
64
Table 6-8 : Descriptor Types
64
Table 6-9 : Standard Feature Sectors
64
Get Configuration (Request Code 8)
65
Get Descriptor (Request Code 6)
65
Get Interface (Request Code 10)
65
Figure 6-33 Information Returned by a Getstatus() Request to a Device
66
Figure 6-34: Information Returned by a Getstatus() Request to an Interface
66
Get Status (Request Code 0)
66
Figure 6-35: Information Returned by a Getstatus() Request to an Endpoint
67
Set Address (Request Code 5)
67
Set Configuration (Request Code9)
67
Set Descriptor (Request Code 7)
69
Set Feature (Request Code 3)
69
Set Interface (Request Code 11)
70
Synch Frame (Request Code 12)
70
Table 6-10: Test Mode Selectors
70
Device Descriptor
71
Standard USB Descriptor
71
Standard USB Descriptor Overview
71
Table 6-11: Standard Device Descriptor
72
Configuration Descriptor
73
Device Qualifier Descriptor
73
Table 6-12: Device Qualifier Descriptor
73
Table 6-13: Standard Configuration Descriptor
74
Interface Descriptor
75
Other_Speed_Configuration_ Descriptor
75
Table 6-14: Other Speed Configuration Descriptor
75
Table 6-15: Standard Interface Descriptor
76
Endpoint Descriptor
77
Table 6-16: Standard Endpoint Descriptor
77
String Descriptor
79
Table 6-17: Allowed Wmaxpacketsize Values for Different Numbers of Transaction Per Microframe
79
Table 6-18: String Descriptor Zero, Specifying Language Supported by the Device
79
Table 6-19: UNICODE String Descriptor
79
Bulk-Only Transport
80
Functional Characteristics
80
Bi-Directional Command Protocol
80
Bulk-Only Mass Storage Reset (Class-Specific Request)
80
Command Queuing
80
Get Max Lun (Class-Specific Request)
80
Host/Device Packet Transfer Order
80
Standard Descriptors
81
Device Descriptor
81
Table 6-20: Bulk Only Transport Device Descriptor
81
Table 6-21: Example Serial Number Format
81
Configuration Descriptor (Table 6-22)
82
Interface Descriptor
82
Table 6-22: Bulk Only Transport Configuration Descriptor
82
Table 6-23: Bulk Only Data Interface Descriptor
82
Endpoint Descriptor
83
Table 6-24: Bulk-In Endpoint Descriptor
83
Table 6-25: Bulk-Out Endpoint Descriptor
83
Protocol (Command/Data/Status)
84
Figure 6-36 : Command/Data/Status Flow
84
Figure 6-37 : Status Transport Flow
84
Command Block Wrapper (Cbw)
85
Table 6-26: Command Block Wrapper
85
Command Status Wrapper (Csw)
86
Command Transport
86
Data Transfer Conditions
86
Table 6-27: Command Status Wrapper
86
Table 6-28: Command Block Status Values
86
Data Transport
87
Phase Error
87
Reset Recovery
87
Status Transport
87
Host/Device Data Transfers
87
Overview
87
Valid and Meaningful Cbw
87
Cbw Not Valid
88
Command Failure
88
Device Error Handling
88
Error Classes
88
Host Error Handling
88
Host/Device Disagreements
88
Internal Device Error
88
Valid and Meaningful Csw
88
Ufi Command Set
89
Overview
89
Figure 6-38: Host/Ufi Device Conceptual View
89
Host/Ufi Device Conceptual View
89
Table 6-29: UFI Commands Set
90
Ufi Command Set Overview
90
Inquiry Command (12H)
91
Table 6-30: INQUIRY Command
91
Table 6-31: INQUIRY Data Format
91
Read(10) Command (28H)
92
Read Capacity Command (25H)
92
Table 6-32 : READ(10) Command
92
Table 6-33: READ CAPACITY Command
92
Read Format Capacity Command (23H)
93
Table 6-34: READ CAPACITY Data
93
Table 6-35: READ FORMAT CAPACITY Command
93
Capacity List
94
Table 6-36: Capacity List
94
Table 6-37: Capacity List Header
94
Table 6-38: Current/Maximum Capacity Descriptor
94
Write(10) Command (2Ah)
95
Table 6-39: Descriptor Code Definition
95
Table 6-40: Formattable Capacity Descriptor
95
Table 6-41 : WRITE(10) Command
95
Chapter 7 Maintenance
96
General Information
96
Maintenance Precautions
96
Figure 7-1 : HDD Handling Guide-Please Handle HDD by Side Surfaces
97
Figure 7-2 : HDD Handling Guide-Do Not Touch Cover and PCB
97
Figure 7-3 : HDD Handling Guide-Do Not Stack
97
Service and Repair
98
Figure 7-4 : HDD Handling Guide-Prevent Shocks
98
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