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Event Messages
C-23
Message
CHL:_ Host Channel ALERT: Channel Failure
What Happens?
Host channel CHL:_ link failure or disconnection occurred.
What to Do?
Check proper cabling connection and host HBA, link connection
devices, etc. Contact your RAID system supplier.
Message
SMART-Slot:_ Predictable Failure Detected-Clone Failed
What Happens?
Hard Drive(s) report SMART-detected defects. A spare drive is
commenced to clone or replace the member drive showing
defects. The cloning operation failed. The member drive
suspected of errors might have failed, or the clone process has
been interrupted, e.g., yet another member has failed or the spare
drive used for cloning has shown immanent faults.
What to Do?
Carefully check drive status and replace the unstable/failed
drive. Contact your RAID system supplier.
Message
SMART-Slot:_ Predictable Failure Detected
What Happens?
Hard drive slot:_ reported SMART-detected errors, e.g.,
abnormal rotation speed, seek time delay, etc.
What to Do?
Carefully check drive status and replace the unstable/failed
drive. Contact your RAID system supplier.
Message
SMART-Slot:_ Predictable Failure Detected-Starting Clone
What Happens?
One or more hard Drive(s) reports SMART-detected defects. Starts
using a pre-defined spare drive to clone the member drive suspected of
inherent errors. This happens when SMART detection is enabled with
the “Copy & Replace” or “Perpetual Clone” reaction schemes.
What to Do?
Press ESC to clear the message. After the cloning process, you
may consider replacing the defective drive with a good one and
configure it as a spare drive in case drive failure might happen in
the future.
Message
SMART-Slot:_ Predictable Failure Detected (TEST)
What Happens?
This results from a manually executed test command. This ensures your
disk drive supports SMART detection and report functionality.
What to Do?
Press ESC to clear the message.
Message
CHL:_ ALERT: Fibre Channel Loop Failure Detected
What Happens?
Fibre Channel loop integrity alert. Lack of bypass or nodes on a loop
caused a Fibre loop to fail.
What to Do?
Check host- or drive-side connection. Contact your RAID system
supplier.
Message
CHL:_ ALERT: Redundant Loop for CHL:_ Failure Detected
What Happens?
One of the dual loop members may have failed or been disconnected.
Make sure all channels are properly connected and topological
configurations properly set.
What to Do?
Check cabling and system installation. Contact your supplier if
no connection errors could be found.
- SCSI to SATA RAID 1
- Subsystems 1
- Operation Manual 1
- Contact Information 2
- Copyright 2006 3
- Table of Contents 4
- Chapter 7 Data Integrity 7
- Chapter 8 Array Expansion 8
- Appendix C. Event Message 9
- About This Manual 10
- Revision History 11
- Who should read this manual? 11
- Related Documentations 11
- Conventions 12
- CAUTION! 12
- WARNING! 12
- LCD Screen Messages 14
- 1.3 Logical Drive Status 15
- 1.4 Logical Volume Status 17
- 1.5 Drive Status 17
- CH0=Host = 18
- LCD Keypad Operation 22
- 2.2.5 Periodic Cache Flush 25
- 2.3 View Connected Drives: 26
- 2.4.4 Maximum Drive Capacity 28
- 2.4.6 Disk Reserved Space 28
- 2.4.7 Write Policy 28
- 2.4.8 Initialization Mode 29
- 2.4.9 Stripe Size 29
- 2.5.1 Initialization Mode 31
- 2.5.2 Write Policy 31
- Drive to Host LUN 33
- Settings 34
- 2.8.3 Rebuild Settings 35
- Drive Members 36
- 2.9.7 Write Policy 41
- 2.12.1 Viewing IDs 43
- 2.12.2 Adding a Channel ID 43
- 2.12.3 Deleting a Channel ID 43
- 2.12.4 Data Rate 45
- 2.13 System Functions 46
- 2.13.3 Reset Controller 47
- 2.13.4 Shutdown Controller 47
- 2.13.6 Saving NVRAM to Disks 48
- 2.13.8 Adjust LCD Contrast 49
- 2.14.1 Controller Name 49
- 2.15 Drive Utilities 51
- 2.15.1 Drive Read/Write Test 52
- Changing Password, 26 55
- Limitations on optimization 55
- Terminal Screen Messages 57
- 3.2 Main Menu 59
- 3.3 Quick Installation 59
- 3.4 Logical Drive Status 60
- 3.5 Logical Volume Status 62
- 3.6 Drive Status 62
- 3.7 Channel’s Status 64
- Terminal Operation 71
- 4.2 Caching Parameters 72
- Stripe Size: 73
- Opt. for Sequential I/O 73
- Opt. for Random I/O 73
- 4.4.1 Choosing a RAID Level 77
- 4.4.2 Choosing Member Drives 78
- 4.4.3.2 Assign Spare Drives 79
- 4.4.3.3 Disk Reserved Space 79
- 4.4.3.4 Write Policy 79
- 4.4.3.5 Initialization Mode 79
- 4.4.3.6 Stripe Size 80
- 4.5 RAID Migration 81
- 4.5.2 Migration Methods 82
- Figure 4 - 19: Confirm Box 84
- Figure 4 - 23: Confirm Box 85
- Figure 4 - 27: Confirm Box 88
- 4.10.9 Media Scan 99
- 4.10.10 Write Policy 100
- Function Availability 102
- 4.12.2 Disk Reserved Space 103
- 4.12.3 Identifying Drives 104
- 4.12.3.2 Flash All Drives 105
- IMPORTANT! 107
- 4.13.2 Adding an ID 108
- 4.13.3 Deleting an ID 108
- 4.14 System Functions 110
- 4.14.1 Mute Beeper 111
- 4.14.2 Change Password 111
- 4.14.3 Changing the Password 112
- 4.14.6 Reset Controller 113
- 4.14.7 Shutdown Controller 113
- 4.15 Controller Parameters 114
- 4.15.3 Saving NVRAM to Disks 115
- Time Zone 118
- Date and Time 118
- 4.16 View Drive Information 119
- 4.17 Drive Utilities 119
- Host-side and Drive-side 123
- Parameters 123
- Figure 5 - 1: SCSI ID/LUNs 124
- Connection 125
- 5.1.4 LUNs per Host ID 126
- 5.1.5 LUN Applicability 127
- 5.1.6 Peripheral Device Type 127
- 5.1.7 In-band (SCSI channel) 127
- Operating Systems 128
- 5.2 Drive-side Parameters: 132
- 5.2.1 Disk Access Delay Time 133
- 5.2.2 Drive I/O Timeout 133
- 5.2.5 Drive Delayed Write 136
- Enclosure Management 139
- The Operations 140
- The Trigger 140
- Operations 142
- 6.2 UPS Support 145
- Figure 6 - 11: I 147
- C Device Information 147
- This page is intentionally 148
- Data Integrity 150
- The Function: 154
- 7.2.1 Task Scheduler 154
- Creating a New Schedule 155
- 7.2.2 Task Scheduler Options 155
- Start Time and Date 156
- Execution Period 156
- Media Scan Mode 157
- Media Scan Priority 157
- Select Logical Drives 158
- Array Expansion 163
- 2. Size of the New Drive: 164
- 3. Applicable Arrays: 164
- 8.3 Mode 1 Expansion: 165
- Add Drive Procedure 166
- Figure 8 – 5: Select Drives 167
- 8.4 Mode 2 Expansion: 168
- Larger Capacity 168
- Copy and Replace Procedure 169
- Expand Logical Drive 171
- 8.6 Expand Logical Volume 173
- Extension in Windows 2000 173
- Example 174
- S.M.A.R.T. Configuration 182
- 9.1.2 Replace after Clone 183
- 9.1.3 Perpetual Clone: 184
- 9.1.4 S.M.A.R.T 186
- Disabled 187
- Detect Only: 187
- NOTE: 188
- Using S.M.A.R.T. Functions 191
- Implementations for AV 194
- Applications 194
- 10.2 AV Optimization Mode 195
- Firmware Functionality 198
- Specifications 198
- A.2 Advanced Features: 200
- A.3 Caching Operation: 202
- A.4 RAID Expansion: 204
- A.5 S.M.A.R.T. Support: 204
- A.6 Redundant Controller: 204
- A.7 Data Safety: 206
- A.8 System Security: 207
- A.9 Environment Management: 208
- A.10 User Interface: 209
- A.11 High Availability: 209
- System Functions: 211
- Upgrading Firmware 211
- Manager 212
- RAIDWatch Program 214
- Terminal Emulation 215
- Terminal Screen 216
- Figure B - 5: Sending Files 217
- Event Messages 220
- C.1 Logical Drive Events 221
- C.2.1 Critical: 223
- C.2.2 Warning: 223
- C.2.3 Notification: 224
- C.3 General Target Events 225
- C.4 Controller Events 227
- C.5 Logical Drive Events 228
- C.5.2 Notification: 232
- C.6.3 Notification: 243
- C.7 General Target Events 245
- C.8 Controller Events 252
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