Nvidia 4 Manuel d'utilisateur Page 13
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- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
NVIDIA Corporation 9
C
HAPTER 1
About NVIDIA® MediaShield™
JBOD
How JBOD Works
JBOD stands for “Just a Bunch of Disks”. Each drive is accessed as if it were on a standard
SCSI host bus adapter. This is useful when a single drive configuration is needed, but it
offers no speed improvement or fault tolerance.
Figure 1.5
JBOD Array Diagram
Summary of Features and Benefits
• Benefits: JBOD provides the ability to combine odd size drives using all of the capacity
of the drives.
• Drawbacks: No additional fault tolerance or performance relative to individual disks.
• Uses: JBOD works best if you have odd sized drives and you want to combine them to
make one big drive.
• Fault Tolerance: No
- MediaShield User’s 1
- Table of Contents 3
- ABOUT NVIDIA 5
- MEDIASHIELD™ 5
- ™ versions: 6
- Operating System Support 7
- RAID Arrays 8
- How RAID 0 Works 9
- Figure 1.1 9
- How RAID 1 Works 10
- Figure 1.2 10
- How RAID 0+1 Works 11
- Figure 1.3 11
- How RAID 5 Works 12
- Figure 1.4 12
- How JBOD Works 13
- Figure 1.5 13
- NVIDIA MediaShield Features 14
- Features and Benefits Summary 15
- About NVIDIA® MediaShield™ 16
- Setting Up the BIOS 17
- Figure 2.1 18
- Figure 2.2 18
- Figure 2.3 19
- Figure 2.4 20
- Figure 2.5 21
- Figure 2.6 22
- Figure 2.7 22
- Figure 2.8 23
- Figure 2.9 24
- 4 Press Enter 26
- Figure 2.12 27
- Entering the RAID BIOS Setup: 28
- Figure 2.13 28
- Channel 29
- Adapter 29
- (Obsolete) 29
- Figure 2.15 30
- Figure 2.16 31
- Figure 2.17 31
- Figure 2.18 32
- Installing the RAID Drivers 33
- Figure 2.20 34
- Figure 2.21 34
- NVIDIA Corporation 31 35
- HAPTER 2 36
- Figure 3.1 38
- Mirrored RAID Array 38
- Figure 3.2 38
- Striped RAID Array 39
- Mirrored-Stripe RAID Array 39
- Spanning (JBOD) RAID Array 39
- Figure 3.6 40
- Setting Up a Spare RAID Disk 41
- Figure 3.7 42
- Figure 3.8 43
- Figure 3.9 44
- Figure 3.10 44
- Figure 3.11 45
- Figure 3.12 46
- Figure 3.13 46
- Creating RAID Arrays 47
- Figure 3.14 48
- Figure 3.15 48
- • Protection 49
- • Capacity 49
- • Custom 49
- Protection 49
- Click Finish 49
- Capacity 50
- Figure 3.16 51
- Figure 3.17 52
- Figure 3.18 52
- Figure 3.19 53
- Figure 3.20 53
- Figure 3.21 54
- Figure 3.22 54
- Figure 3.23 55
- Figure 3.24 56
- Figure 3.25 56
- Figure 3.26 57
- Figure 3.27 57
- Figure 3.28 58
- Figure 3.29 59
- Figure 3.30 59
- Figure 3.31 60
- Figure 3.32 60
- Figure 3.33 61
- Figure 3.34 61
- Figure 3.35 62
- Figure 3.36 63
- Figure 3.37 63
- Figure 3.38 64
- Figure 3.39 64
- Figure 3.40 65
- Figure 3.41 65
- Figure 3.42 66
- Figure 3.43 67
- Figure 3.44 67
- Figure 3.45 68
- Figure 3.46 68
- Figure 3.47 69
- Figure 3.48 69
- Figure 3.49 70
- Figure 3.50 71
- Figure 3.51 71
- Figure 3.52 72
- General Migrating Principles 73
- HAPTER 3 74
- Figure 3.53 76
- Figure 3.54 77
- Figure 3.55 77
- Figure 3.56 78
- Figure 3.57 78
- Figure 3.58 79
- Figure 3.59 79
- More About This Example 80
- Figure 3.60 81
- Figure 3.61 81
- Figure 3.62 82
- Figure 3.63 82
- Figure 3.64 83
- Figure 3.65 83
- Figure 3.66 84
- Figure 3.67 85
- Figure 3.68 86
- Figure 3.69 86
- Figure 3.70 87
- Figure 3.71 87
- Figure 3.72 88
- Figure 3.73 88
- Figure 3.74 89
- Figure 3.75 90
- Figure 3.76 91
- Figure 3.77 91
- Figure 3.78 92
- Figure 3.79 92
- Figure 3.80 93
- Figure 3.81 94
- Figure 3.82 95
- Figure 3.83 95
- Figure 3.84 96
- Figure 3.85 96
- Figure 3.86 97
- Figure 3.87 97
- Figure 3.88 99
- Figure 3.89 100
- Figure 3.90 100
- Figure 3.91 101
- Figure 3.92 101
- Figure 3.93 102
- Figure 3.94 103
- Figure 3.95 104
- Figure 3.96 104
- Figure 3.97 105
- Figure 3.98 105
- Figure 3.99 106
- Figure 3.100 107
- Figure 3.101 108
- Figure 3.102 108
- Figure 3.103 109
- Figure 3.104 109
- Figure 3.105 110
- Figure 3.106 110
- The Migrating Process 111
- Figure 3.107 112
- Figure 3.108 112
- Figure 3.109 113
- Figure 3.110 113
- Figure 3.111 114
- Figure 3.112 114
- Figure 3.113 115
- Figure 3.114 116
- Figure 3.115 116
- Figure 3.116 117
- Figure 3.117 117
- Figure 3.118 118
- Figure 3.119 119
- Figure 3.120 119
- Figure 3.121 120
- Figure 3.122 120
- Figure 3.123 121
- Figure 3.124 122
- Figure 3.125 122
- Figure 3.126 123
- Figure 3.127 123
- Figure 3.128 124
- Figure 3.129 125
- Figure 3.130 125
- Figure 3.131 126
- Figure 3.132 126
- Figure 3.133 127
- Hot Plug Array 128
- Figure 3.134 129
- Figure 3.135 129
- Figure 3.136 130
- INITIALIZING, REBUILDING, AND 131
- SYNCHRONIZING RAID ARRAYS 131
- Figure 4.1 132
- Figure 4.2 133
- Figure 4.3 133
- Figure 4.4 134
- Figure 4.5 134
- The Initialization Process 135
- Figure 4.6 136
- Figure 4.7 137
- Figure 4.8 137
- Figure 4.9 138
- Figure 4.10 138
- Figure 4.11 139
- Figure 4.12 139
- Figure 4.13 139
- Figure 4.14 140
- Figure 4.15 141
- Figure 4.16 142
- Figure 4.17 142
- USING DISK ALERT 143
- Figure 5.1 144
- Figure 5.2 145
- Figure 5.3 146
- QUESTIONS 147
- Basic RAID Questions 148
- RAID ROM Setup Questions 149
- Rebuilding Arrays Questions 149
- Dedicated Disk Questions 150
- Array Migrating Questions 150
- Windows RAID Application 150
- NVIDIA Corporation 147 151
- HAPTER 6 152
- Solution 154
- Using GHOST with NVIDIA RAID 155
- Initial Setup 156
- Add NVIDIA Drivers 157
- Burning a CD 158
- • XP Home OEM enter WXHOEM_EN 159
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