Manuel d'utilisation / d'entretien du produit 3102RS du fabricant Acer
Aller à la page of 303
AcerAltos 3102RS AcerAltos 3102RS Ultra-SCSI to Ultra-SCSI RAID Controller User’s Guide.
ii Copyright Copyright Copyright 1998 by Acer Inc. All rights reserved. No part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into an.
iii FCC Class B Radio Frequency FCC Class B Radio Frequency Interference Statement Interference Statement Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of FCC Rules.
iv Table of Contents Table of Contents Chapter 1 Introduction .................................................. 1 Chapter 2 Features ......................................................... 3 Chapter 3 Functional Description ........................
v Optimization for Sequential or Random I/O ...................... 23 Drive-Side SCSI Parameters ......................................................... 24 SCSI Motor Spin-up .......................................................... 24 SCSI Reset at Power Up .
vi In-band SCSI ................................................................................. 55 What is it and why do you need it? ................................... 55 How Do You Configure the Acer RAID Manager to Use In-band SCSI? ............
vii Viewing Logical Drives and Drive Members...................... 84 Deleting a Logical Drive .................................................... 84 Partitioning a Logical Drive ............................................... 85 Deleting a Partition of a Logical Drive .
viii Setting a SCSI Channel’s Terminator ............................ 105 Setting the Transfer Speed ............................................ 106 Setting the Transfer W idth ............................................. 107 Viewing and Editing a SCSI Target / Drive Channel .
ix Detection of Drive Hot Swap Followed by Auto Rebuild ................................................................. 117 Idle Drive Failure Detection ....................................... 118 Disk Array Parameters ..............................
x Deleting a Logical Drive .................................................. 140 Partitioning a Logical Drive ............................................. 140 Deleting a Partition of a Logical Drive ............................ 141 Assigning a Logical Drive Name .
xi Viewing and Editing SCSI Target / Drive Channel .......... 164 Slot Number .............................................................. 165 Maximum Synchronize Transfer Clock ..................... 165 Maximum Transfer W idth .....................
xii System Functions ........................................................................ 179 Mute Beeper ................................................................... 179 Change Password .....................................................
xiii Redundant Configuration using Automatic Setting ... 192 Redundant Configuration Using Manual Setting ....... 193 Starting-up the Redundant Controllers ..................... 195 Assigning Logical Drives to the Secondary Controller ................
xiv Remote Terminal Emulation Using Modem ................................. 213 Hardware Connection for AA-3102RS ...................... 214 Setting AA-3102RS using the RS-232C Terminal Interface .......................................................
xv Dial-out Command .................................................... 225 Auto Dial-out on Initialization ..................................... 226 Dial-out Time out ...................................................... 226 Dial-out Retry Count ..
xvi Delete the Slot Number ............................................. 240 Remove Empty Drive Entry ....................................... 240 Set Each Fault-bus Error Signal Input as Active-high or Active-low ......................................
xvii Appendix C Upgrading the Firmware Appendix D Sync. Clock Period & Sync. Clock Frequency Appendix E Troubleshooting Guide Appendix F Pin Assignments Appendix G Specifications Appendix H Record.
.
Chapter 1 Introduction 1 Chapter 1 Introduction The AA-3102RS is an Ultra-SCSI to Ultra-SCSI RAID controller specifically designed to provide RAID 0, 1, 3 or 5 capability to any host system equipped with a SCSI interface. It is totally independent of the host system's operating system.
.
Chapter 2 Features 3 Chapter 2 Features The AA-3102RS has the following features: • Five operating modes: • Non-RAID Disk Spanning • RAID-0 Disk Striping • RAID-1 Disk Mirroring and Striping (.
User’s Guide 4 • AA-9072U WD: Ultra W ide, differential, 2 SCSI channels • AA-9073U2: Ultra2 W ide, 3 SCSI channels • Up to 8 logical drives, each with independent RAID modes • Up to 8 parti.
Chapter 2 Features 5 • Up to 128 Mbytes of intelligent Read-Ahead/ Write-Back cache with optional battery backup • Optional battery backup module to protect data in Write-Back cache when a power f.
.
Chapter 3 Functional Descriptions 7 Chapter 3 Functional Description The advantages of RAID are: Availability, Capacity and Performance. Choosing the right RAID level and drive failure management can increase Availability, subsequently increasing Performance and Capacity.
User’s Guide 8 RAID Level Description Minimum Drives Data Availability Performance Sequential Performance Random RAID 3 Striping with Parity on dedicated disk N+1 >>NRAID ==RAID 5 R: High W: M.
Chapter 3 Functional Descriptions 9 JBOD Single Drive Control = 2 GB Hard Drive 3 GB Hard Drive 1 GB Hard Drive 2 GB Hard Drive 2 GB Logical Drive = = = 3 GB 1 GB 2 GB Logical Drive Logical Drive Logical Drive JBOD stands for Just a Bunch of Drives.
User’s Guide 10 RAID 0 provides the highest performance but no redundancy. Data in the logical drive is striped (distributed) across several physical drives.
Chapter 3 Functional Descriptions 11 RAID (0+1) Disk Striping with Mirroring Block 1 Block 2 Block 3 Block 4 Block 5 Block 6 Block 7 Block 8 . . Block 1 Block 3 Block 5 Block 7 Block 2 Block 4 Block 6 Block 8 Striping Logical Drive Physical Disks . . .
User’s Guide 12 RAID 3 Disk Striping with Dedicated Parity Disk Block 1 Block 2 Block 3 Block 4 Block 5 Block 6 Block 7 Block 8 . . Logical Drive Physical Disks Block 1 Block 3 Block 5 Block 7 Block 2 Block 4 Block 6 Block 8 Striping Parity (1,2) Parity (3,4) Parity (5,6) Parity (7,8) Dedicated Parity .
Chapter 3 Functional Descriptions 13 RAID 5 Striping with Interspersed Parity Block 1 Block 2 Block 3 Block 4 Block 5 Block 6 Block 7 Block 8 . . Logical Drive Physical Disks Block 1 Parity (3,4) Block 6 Block 7 Block 2 Block 3 Parity (5,6) Block 8 Parity (1,2) Block 4 Block 5 Parity (7,8) .
User’s Guide 14 Drive Failure Management Global and Local Spare Drive Logical Drive Local Spare Drive 1 2 3 LS Assigns one Local Spare Drive to a logical drive Logical Drive 1 2 3 X LS Local Spare Drive When one member drive fails, the Local Spare Drive joins the logical drive and automatically starts to rebuild.
Chapter 3 Functional Descriptions 15 Logical Drive 0 Global Spare Drive 1 2 3 GS Logical Drive 1 1 2 Logical Drive 2 1 2 3 4 Global Spare Drive GS Logical Drive 0 1 2 3 GS Logical Drive 1 1 2 Logical .
User’s Guide 16 In the example shown below, the member drives in Logical Drive 0 are 9 GB drives, and the members in Logical Drives 1 and 2 are all 4 GB drives. It is not possible for the 4 GB Global Spare Drive to join Logical Drive 0 because of its insufficient capacity.
Chapter 3 Functional Descriptions 17 To prevent this from happening, the controller provides an easy way of identifying for the failed drive. That is, the read/write LED of the failed hard drive will light. This LED will prevent you from removing the wrong drive, and is also helpful when locating for a drive.
User’s Guide 18 Automatic Rebuild and Manual Rebuild Automatic Rebuild One member drive fails in logical drive Any Local Spare Drive assigned to this logical drive? Yes Yes Rebuild using the Local S.
Chapter 3 Functional Descriptions 19 Manual Rebuild When a user applies forced-manual rebuild, the controller will first check whether there is any Local Spare Drive assigned to this logical drive. If yes, it will automatically start to rebuild. If there is no Local Spare Drive available, the controller will search for a Global Spare Drive.
User’s Guide 20 If neither Local Spare Drive nor Global Spare Drive is available, the controller will detect the SCSI channel and ID of the failed drive. Once the failed drive has been replaced by a new drive/used drive, it starts to rebuild using the replaced drive.
Chapter 3 Functional Descriptions 21 Disk Array Parameters Rebuild Priority Rebuilding time will depend on the capacity of the logical drive. The AA-3102RS RAID controller provides background rebuilding ability. Meaning, the controller is able to serve other I/O requests while rebuilding the logical drives.
User’s Guide 22 • Verification on LD Rebuild Writes Performs Verify-after- Write during the rebuilding process. • Verification on LD Normal Drive Writes Performs Verify-after- Write during normal I/O requests. Each method can be enabled or disabled individually.
Chapter 3 Functional Descriptions 23 Cache Parameters Optimization for Sequential or Random I/O When using RAID with applications such as video or image oriented applications, the application reads/writes from the drive using large- block, sequential files instead of small-block, random access files.
User’s Guide 24 Drive-Side SCSI Parameters SCSI Motor Spin-up When the power supply is unable to provide sufficient current for all the hard drives and controllers that are powered-up at the same time, spinning-up the hard drives serially is one of the best way of consuming lower power-up current.
Chapter 3 Functional Descriptions 25 When connecting dual host computers to the same SCSI bus, the SCSI bus reset will interrupt all the read/write requests that are being performed. This may cause some operating systems or host computers to act abnormally.
User’s Guide 26 SAF-TE Enclosure Management What is SAF-TE? SAF-TE stands for SCSI Accessed Fault-Tolerant Enclosures. It is an enclosure management technology. A SAF-TE-compliant enclosure monitors the fan temperature, power supply, UPS and also provides drive status LED’s.
Chapter 3 Functional Descriptions 27 Dynamic Logical Drive Expansion What Is It and How Does It Work? Before Dynamic Logical Drive Expansion, increasing the capacity of a RAID system using traditional methods meant backing up, re-creating and then restoring.
User’s Guide 28 Mode 1 Expansion involves adding more SCSI hard disk drives to a logical drive, which may require that the user obtain an enclosure with more drive bays.
Chapter 3 Functional Descriptions 29 RAID Expansion - Mode 2 (1/3) 2 GB RAID 5 (4GB) 2 GB 2 GB The original logical drive 1 4 GB Copy and Replace one of the member drives New Drive 2 GB RAID 5 (4GB) 2 GB 2 GB In use Unused Copy and Replace each of the member drives.
User’s Guide 30 This results in a new 4-Gigabyte, RAID 5 logical drive composed of three physical drives. The 4 Gigabytes of increased capacity is in a new partition. • The increased capacity from Mode 1 Expansion of a logical drive will be a new partition.
Chapter 3 Functional Descriptions 31 You can view information about this drive in the W indows NT Server’s Disk Administrator..
User’s Guide 32 Place the cursor on Disk 1, right-click your mouse, and select "Properties." You will see that the total capacity for the Drive E: is just under 900MB.
Chapter 3 Functional Descriptions 33 Follow the steps described in section 7.2.8 to add SCSI disk drives and perform Mode 1 Dynamic Logical Drive Expansion. The 900MB logical drive has become a 1800MB logical drive. Place the cursor on that logical drive, and then press <Enter>.
User’s Guide 34 From the menu, select Partition Logical Drive. You will see that the 1800MB logical drive is composed of two 900MB partitions. Follow the directions in Chapter 7 section “Mapping a Logical Drive to a Host LUN” to map the new partition to a Host LUN.
Chapter 3 Functional Descriptions 35 Return to W indows NT Server’s Disk Administrator. There now exists a Disk 2 with 900MB of free space. Click on Disk 2 to select it.
User’s Guide 36 The screen will display that volume set of Drive E: has been extended by the 900MB in Disk2. Move the cursor to "Commit Changes Now" to confirm that you want the free space to become a part of the same logical drive. Logical Drive E: is now composed of two 900MB partitions with a total volume of 1800MB.
Chapter 3 Functional Descriptions 37 Drive E: now has a capacity just under 1800MB..
.
Chapter 4 Hardware Installation 39 Chapter 4 Hard ware Installation Locations of the Parts ATTEN BUSY POWER IFT-3102 V2.11 Ready ENT ESC Front View PO WER Lighted LED indicates power is on. BUSY Unlit indicates no activity. Blinking indicates data is being accessed.
User’s Guide 40 Rear View of the Main Board JP6: SCSI Channel-1 JP1: SCSI Channel-0 JP2: Redundant Controller Port COM2 P2: Power Socket P1: RS-232 Port COM1 JP7: SCSI Channel-2.
Chapter 4 Hardware Installation 41 Top View of the Main Board CPU JP7: SCSI Channel-2 JP1: SCSI Channel-0 JP6: SCSI Channel-1 P2: Power Socket JP2: Redundant Controller Port P1: RS-232 Port JP5: Fault.
User’s Guide 42 Top View of the Daughter Board (AA-9073UWS) JP5: SCSI Channel-5 JP1: SCSI Channel-3 JP2: SCSI Channel-4 SCSI Chip SCSI Chip SCSI Chip Top View of the Daughter Board (AA-9072UWD) JP6:.
Chapter 4 Hardware Installation 43 Top View of the Daughter Board (AA-9073U2) JP5: Ultra2 SCSI Channel-5 JP1: Ultra2 SCSI Channel-3 JP2: Ultra2 SCSI Channel-4 SCSI Chip SCSI Chip SCSI Chip.
User’s Guide 44 Installing DRAM SIMM The AA-3102RS controller requires a minimum of 4 Mbytes DRAM SIMM (with or without parity function) installed in a SIMM socket in order for it to operate. The controller is normally delivered without any DRAM installed.
Chapter 4 Hardware Installation 45 Installing the SCSI Channel Upgrade Daughter Board The AA-3102RS’s base module has 3 Ultra- W ide SCSI channels. Installing a SCSI channel upgrade daughter board (AA-9073U WS, AA- 9072U WD, or AA-9073U2) onto the base module allows you to expand up to a total of 6 SCSI channels.
User’s Guide 46 Insert RAID Controller Main Board Daughter Board Insert.
Chapter 4 Hardware Installation 47 Batter y Backup The AA-3102RS controller operates using cache memory. However, when power failure occurs, the cache memory may contain buffered data that has not yet been written to the hard disks. These buffered data are not retrievable when power returns.
User’s Guide 48 3. Now install the AA-9070 battery backup daughterboard onto the mainboard. Insert Insert RAID Controller Main Board Battery Backup Daughter Board Insert 4. Connect the AA-9010 battery pack to JP10 located on the AA- 9070 daughter board.
Chapter 4 Hardware Installation 49 It is a must to install the socket plug back to JP16 once you have removed the AA-9070 battery backup daughterboard.
User’s Guide 50 Power Connection The power input and connection of the AA-3102RS controller is exactly the same as those for hard disk drives. The power connection is shown below.
Chapter 4 Hardware Installation 51 Serial Port Connection and Set-Up The AA-3102RS controller can be configured via a PC running a VT- 100 terminal emulation program, or a VT-100 compatible terminal. The provided interface cable converts the RS-232 signal of the 10-pin header connector on the controller into a 9-pin D-Sub male connector.
User’s Guide 52 The baud rate can be changed using the front panel. To change the baud rate: 1. Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Configuration ..", then press ENT. 2. Select "Communication Parameters .
Chapter 4 Hardware Installation 53 Basic Operational setup An example of the operational setup is shown below: Host CH0 Drive CH1 Drive CH2 SCSI cable Host Computer (Terminator Enabled) ….. ….. Terminator Terminator SCSI cable SCSI cable (Terminator Enabled) RAID Controller • The SCSI cable must be shorter than 3 meters.
User’s Guide 54 2. Connect channel 0 of the controller to the Host system's SCS-I port using a suitable SCSI cable. Channel 0 is the default Host interface using ID number ‘0’.
Chapter 4 Hardware Installation 55 In-band SCSI What is it and why do you need it? These days more and more external devices require communication with the host computer for device monitoring and administration. This is usually done through RS-232C ports.
User’s Guide 56 How Do You Configure the Acer RAID Manager to Use In-band SCSI? RAID Controller Adjustments Don't disconnect your RS-232C cable yet! It is required for another 10 minutes or so.
Chapter 4 Hardware Installation 57 You will need to make adjustments in the following four submenus: Peripheral Device Type, Peripheral Device Qualifier, Device Support for Removable Media, and LUN Application. Different host operating systems require different adjustments.
User’s Guide 58 Example: Settings for Windows NT 4.0 The settings for W indows NT 4.0 are provided here as an example. For the settings for other operating systems, please refer to the table above, Peripheral Device Type Parameters Reference for Various Operating Systems .
Chapter 4 Hardware Installation 59 Use the t or s to select Support for Removable Media. The default setting is "Disabled." If the LCD reads "Enabled," press <Enter> and you will be prompted to accept a change. If the screen reads "Disabled," press <Esc> to return to the Host-side SCSI submenu’s.
User’s Guide 60 Using In-band SCSI in Acer RAID Manager Local Connection — SNMP Not Required If you are using the Acer RAID Manager on the host computer that is using In-band SCSI -- i.e., ‘local access’ -- SNMP service is not required. You may now connect by going to FILE>CONNECT and selecting the port address.
Chapter 4 Hardware Installation 61 LAN Win NT + GUI RAID Manager RAID Controller Host Computer With In-band SCSI SNMP Agent Installed Manager Site Agent Site In the figure above, the "Agent Site" is a host computer connected to a RAID controller via a SCSI cable.
User’s Guide 62 Checklist for Agent Site 1. The host computer is connected to the RAID controller via the host SCSI cable (the cable which is used to transfer data between the host computer and the RAID — there’s no need for an extra SCSI cable.
Chapter 4 Hardware Installation 63 Example Settings for Agent Site Using Windows NT 1. Install SNMP Service in W indows NT. Look for the "Network" icon in the Control Panel. Double click on the "Network" icon to open it. The Properties window appears.
User’s Guide 64 This following applies to Windows NT 4.0 with Service Pack 3: if the "SNMP Service" is installed after the Service Pack 3 has been installed, Service Pack 3 must be re-installed in order for the SNMP service to work properly.
Chapter 4 Hardware Installation 65 2. Run the Acer RAID Manager . Start the connection by choosing FILE>CONNECT>SNMP. 3. The "Setting of SNMP Interface" window appears. Enter the IP address and community name of the Agent Site. For "Agent-site Communication Type," choose "SCSI Bus Interface.
User’s Guide 66 4. After the connection is established, all of the operations in the Acer RAID Manager are the same as before (please refer to the Acer RAID Manager User Guide for complete details on its operation.
Chapter 5 Quick Setup 67 Chapter 5 Quick Setup A "Logical Drive" is a set of drives grouped together to operate under a given RAID level and appears as a single contiguous drive. The AA-3102RS controller is capable of grouping connected drives to as many as 8 logical drives, each configured on the same or different RAID levels.
User’s Guide 68 The number of drives and the first possible RAID level will appear on the LCD display. Use t or s to select the RAID level, then press ENT for two seconds to enter the selected RAID level. The controller will now start initialization.
Chapter 5 Quick Setup 69 RS-232 Terminal Interface The keys used when operating via the terminal are as follows: ← ← → → ↑ ↑ ↓ ↓ To select options. [Enter] To go to a submenu or to execute a selected option. [Esc] To escape and go back to the previous menu.
User’s Guide 70 All possible RAID levels will be displayed. Use the - ¯ keys to select a RAID level, then press [Enter]. The assigned spare drive will be a Local Spare Drive, not a Global Spare Drive. The controller will start initialization and automatically map the logical drive to LUN 0 of the first host channel.
Chapter 6 Configuring RAID 71 Chapter 6 Configuring R AID Starting to Build a RAID System Drive Create Logical Drive Partition Logical Drive Map Host LUN (System Drive) The following figure is a basic flowchart when configuring a RAID system. Hardware installation must be completed before any configurations take place.
User’s Guide 72 A “Logical Drive” is a set of drives grouped together to operate under a given RAID level and appears as a single contiguous drive. The AA-3102RS controller is capable of grouping connected drives to as many as 8 logical drives, each configured on the same or different RAID levels.
Chapter 6 Configuring RAID 73 How the RAID Controller Works? SCSI Channel, SCSI ID and LUN A SCSI channel (SCSI bus) can connect up to 15 devices (the SCSI controller itself excluded) when the W ide function is enabled (16-bit SCSI).
User’s Guide 74 Understanding Step by Step Host CH0 Drive CH1 Drive CH2 SCSI cable Host Computer (Terminator Enabled) ….. ….. Terminator Terminator SCSI cable SCSI cable (Terminator Enabled) RAID Controller Physical connection should look similar to the figure shown on the previous page.
Chapter 6 Configuring RAID 75 Drive Channel 1 Drive Channel 2 ID 5 ID 0 ID 3 ID 2 ID 6 ID 1 ID 0 ID 14 4 GB 4 GB 2 GB 2 GB 4 GB 4 GB 2 GB 2 GB RAID 5 8GB RAID 0 6GB Logical Drive 1 Logical Drive 0 Local Spare Drive of LD1 Global Spare Drive A drive can be assigned as the Local Spare Drive of one specified logical drive, or as Global Spare Drive.
User’s Guide 76 Host SCSI Channel Host Adapter SCSI ID 7 2.5GB 2GB 1GB 5GB 1.5GB LUN 0 LUN 1 Logical Drive 1 Partition 0 Logical Drive 0 Partition 1 ID 0 ID 1 Logical Drive 1 Partition 1 Logical Drive 0 Partition 2 Logical Drive 0 Partition 0 LUN 0 LUN 1 LUN 2 Map each partition to a host LUN.
Chapter 7 General Front Panel Operation 77 Chapter 7 General Front Panel Operation Understanding the Information on the LCD The Initial Screen Product Model Firmware Version Status/Data Transfer Indicator IFT-3102 V2.11 Ready Status/Data Transfer Indicator: Ready There is a logical drive mapped to a LUN.
User’s Guide 78 Logical Drive Status Logical Drive Drive numbers Logical Drive Status LG=0 RAID5 DRV=3 2021MB GD SB=1 RAID Level Logical Drive: The Logical Drive number. RAID level: The RAID level used in this logical drive. Drive numbers: The number of SCSI drives contained in this logical drive.
Chapter 7 General Front Panel Operation 79 The logical drive was created with “Optimization for Random I/O”, but the current setting is “Optimization for Sequential I/O”. xxxxMB GD SB=x The logical drive is in good condition. xxxxMB FL SB=x One drive failed in this logical drive.
User’s Guide 80 BAD DRV Failed drive ABSENT Drive does not exist MISSING Drive missing (drive was once there) SB-MISS Spare drive missing SCSI Channel Status Channel Number Primary Controller SCSI ID Mapping CH0=Host PID=* SID=NA SXF=20.0M Channel Mode Secondary Controller SCSI ID Mapping Default SCSI Bus Sync.
Chapter 7 General Front Panel Operation 81 (ID number) Primary Controller is using this SCSI ID for host LUN mapping. NA No SCSI ID applied (Drive Channel mode only) Secondary Controller SCSI ID Mapping: * Multiple SCSI IDs applied (Host Channel mode only) (ID number) Secondary Controller is using this SCSI ID for host LUN mapping.
User’s Guide 82 Viewing and Editing Logical Drives Creating a Logical Drive Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Logical Drives", then press ENT . Press t or s to select a logical drive, then press ENT for two seconds.
Chapter 7 General Front Panel Operation 83 Choose “Maximum Drive Capacity”, then press ENT . Use t and s to change the maximum size that will be used on each drive. The Local Spare Drive can also be assigned here. Press t or s to choose “Spare Drive Assignments”, then press ENT .
User’s Guide 84 The basic read/write unit of a hard drive is Block. If the drive members in one logical drive have different block numbers (capacity), the minimum block number among all the member drives will be chosen as the maximum block number of the RAID configuration.
Chapter 7 General Front Panel Operation 85 Press t or s to select “Delete Logical Drive”, then press ENT . Press ENT for two seconds to delete. The selected logical drive has now been deleted . Partitioning a Logical Drive Press ENT for two seconds to enter the Main Menu.
User’s Guide 86 Deleting a Partition of a Logical Drive Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Logical Drives..", then press ENT . Press t or s to select a logical drive, then press ENT . Press t or s to choose “Partition Logical Drive”, then press ENT .
Chapter 7 General Front Panel Operation 87 Logical Drive 1000MB Delete Partition 1 Logical Drive 1000MB Partition 3 - 400MB Partition 2 - 300MB Partition 1 - 200MB Partition 0 - 100MB • The capacity of the deleted partitions will be added to the last partition.
User’s Guide 88 Press t or s to select “Logical Drive Name”, then press ENT . Press t or s to change the character of the flashing cursor. Press ENT to move the cursor to the next space. The maximum character for a logical drive name is 25. Rebuilding a Logical Drive Press ENT for two seconds to enter the Main Menu.
Chapter 7 General Front Panel Operation 89 When rebuilding has already started or the logical drive is being rebuilt automatically by a Local Spare Drive or Global Spare Drive, choose “Rebuild Progress” to view the rebuilding progress on the LCD.
User’s Guide 90 Viewing and Editing Host LUNs Mapping a Logical Drive to a Host LUN Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Host Luns", then press ENT . Press t or s to select a host channel, then press ENT for two seconds.
Chapter 7 General Front Panel Operation 91 The mapping information will be shown on the LCD. Press ENT for two seconds to confirm the LUN mapping. Viewing and Deleting LUN Mappings Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Host Luns", then press ENT .
User’s Guide 92 From the Main Menu, press t or s to select "View and Edit Host LUNs." If you have primary and secondary controllers, use the t or s to select the controller for the device that you would like to map. Press t or s to choose to map a SCSI ID to "Physical Drive" or other device and then press <ENT>.
Chapter 7 General Front Panel Operation 93 Viewing and Editing SCSI Drives Scanning New SCSI Drive Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit SCSI Drives", then press ENT . SCSI drive information will be displayed on the LCD.
User’s Guide 94 To clear the empty drive entry, press t or s on the empty drive entry, then press ENT . Press t or s to choose “Clear Drive Status”, then press ENT . Press ENT for two seconds to confirm the drive entry’s deletion. The other existing SCSI drive information will be displayed on the LCD.
Chapter 7 General Front Panel Operation 95 • Drives of the same brand/model/capacity might not have the same block number. • The basic read/write unit of a hard drive is Block.
User’s Guide 96 Press t or s to select the logical drive where the Local Spare Drive will be assigned to, then press ENT for two seconds. The message “Add Local Spare Drive Successful” will be displayed on the LCD. Adding Global Spare Drive Press ENT for two seconds to enter the Main Menu.
Chapter 7 General Front Panel Operation 97 SCSI drive information will be displayed on the LCD. Press t or s to select a SCSI drive, then press ENT. Press t or s to select “Identify Drive”, then press ENT to continue. Press t or s to select “Flash All SCSI Drives”.
User’s Guide 98 Press ENT for two seconds to delete the spare drive. SCSI Drives Utilities From the Main Menu, press t or s to select "View and Edit Logical Drives.
Chapter 7 General Front Panel Operation 99 • Do not switch the controller’s and/or SCSI disk drive’s power off during the SCSI Drive Low-level Format. If any power failure occurs during a drive low-level format, the formatting must be performed again when power resumes.
User’s Guide 100 Viewing and Editing SCSI Channels Viewing and Redefining a Channel Mode Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit SCSI Channels", then press ENT . SCSI Channel information will be displayed on the LCD.
Chapter 7 General Front Panel Operation 101 Setting a SCSI Channel’s ID / Host Channel Viewing a SCSI Channel’s ID Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit SCSI Channels", then press ENT . SCSI channel information will be displayed on the LCD.
User’s Guide 102 To change the SCSI ID of the host, delete the current ID before replacing a new one. DELETING A SCSI CHANNEL’S ID Press t or s to choose “Add Channel SCSI ID ”, then press ENT . Press t or s to choose “Primary Controller”, then press ENT for two seconds.
Chapter 7 General Front Panel Operation 103 Setting a SCSI Channel’s Primary ID / Drive Channel Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit SCSI Channels", then press ENT . SCSI channel information will be displayed on the LCD.
User’s Guide 104 Setting a SCSI Channel’s Secondary ID / Drive Channel Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit SCSI Channels", then press ENT . SCSI channel information will be displayed on the LCD.
Chapter 7 General Front Panel Operation 105 Setting a SCSI Channel’s Terminator Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit SCSI Channels", then press ENT . SCSI channel information will be displayed on the LCD.
User’s Guide 106 Setting the Transfer Speed Transfer speed refers to the SCSI bus speed in Synchronous mode. Asynchronous mode is also available in this option setting. In Ultra/Ultra W ide SCSI, the maximum Synchronous speed is 20.8Mhz. Press ENT for two seconds to enter the Main Menu.
Chapter 7 General Front Panel Operation 107 Setting the Transfer Width The controller supports 8-bit SCSI and 16-bit SCSI. Enable “ W ide Transfer” to use the 16-bit SCSI function. Disabling “ W ide Transfer” will limit the controller to 8-bit SCSI.
User’s Guide 108 Viewing and Editing a SCSI Target / Drive Channel Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit SCSI Channels", then press ENT . SCSI channel information will be displayed on the LCD.
Chapter 7 General Front Panel Operation 109 To set the maximum synchronous clock of this SCSI target, choose “Max. Synchronous Xfer Clock”, then press ENT . The current clock setting will be displayed on the LCD. Press t or s to change the clock, then press ENT for two seconds.
User’s Guide 110 Press ENT for two seconds to change the setting. Disconnecting Support Press t or s to select a SCSI target, then press ENT . Choose “Disconnect Support”, then press ENT . The current clock setting will be displayed on the LCD. Press ENT for two seconds to change the setting.
Chapter 7 General Front Panel Operation 111 Restoring the Default Setting Press t or s to select a SCSI target, then press ENT . Choose “Restore to Default Setting”, then press ENT . Press ENT again for two seconds to restore the SCSI target’s default settings.
User’s Guide 112 Viewing and Editing Configuration Parameters Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Config Parms", then press ENT . Press t or s to select the desired option. Communication Parameters Refer to Chapter 11, Remote Administration, for information on communication parameters.
Chapter 7 General Front Panel Operation 113 • Every time you change the Cache Parameters, you must reset the controller for the changes to take effect. • When using the Redundant Controller function, the cache will automatically switch to Write- through mode eventhough it shows write back.
User’s Guide 114 Maximum Queued I/O Count Press t or s to select “Maximum Queued I/O Count”, then press ENT . The current setting will be displayed on the LCD. Press t or s to select an I/O count from 1 to 1024 or Auto, then press ENT for two seconds.
Chapter 7 General Front Panel Operation 115 SCSI Motor Spin-Up Press t or s to select “Motor Spin-Up”, then press ENT . The current setting will be displayed on the LCD. Press ENT for two seconds to confirm the setting. • The corresponding settings/jumpers have to be configured on the hard drives.
User’s Guide 116 Disk Access Delay Time Press t or s to select “Init Disk Access Delay”, then press ENT . The current setting will be displayed on the LCD. Press t or s to select between 5 and 75 seconds or “No delay”, then press ENT for two seconds.
Chapter 7 General Front Panel Operation 117 • Every time you change this setting, you must reset the controller for the changes to take effect. • Disabling Tag Command Queuing will disable the Write-Back cache built in the hard drive.
User’s Guide 118 Use t or s to choose the desired interval for "Auto Checking Drive Hot Swap," and then press <ENT> to confirm. If a member drive of a logical drive fails, the controller will start to check the failed drive to check if it has been replaced (i.
Chapter 7 General Front Panel Operation 119 • If the " Periodic Drive Check Time " is set to " Disabled " (the default setting is " Disabled " ), the controller will not be able to detect any drive removal that occurs after the controller has been powered on.
User’s Guide 120 VERIFICATION ON LOGICAL DRIVE’S INITIALIZATION WRITES Press t or s to select “On LD Initialize Writes”, then press ENT . The current setting will be displayed on the LCD.
Chapter 7 General Front Panel Operation 121 When “Verification on Normal Drive Writes” is enabled, all read/write will be slower than when it is disabled. Controller Parameters Controller Name Press t or s to select “Controller Parameters”, then press ENT .
User’s Guide 122 Viewing and Editing Peripheral Devices Refer to Chapter 9 for information on the Redundant Controller and Chapter 12 for information on the Fault-bus operation.
Chapter 7 General Front Panel Operation 123 System Functions Mute Beeper This function does not permanently turn off the beeper. It mutes the beeper once and will bring back the beep alarm on the next event. Press ENT for two seconds to enter the Main Menu.
User’s Guide 124 To enter the new password, press t or s to select a character, then press ENT to move to the next space. After entering all the characters, press ENT for two seconds. Re-enter the new password, then press ENT for two seconds. The LCD will display the message “Change Password Successful”.
Chapter 7 General Front Panel Operation 125 Viewing S ystem Information Press ENT for two seconds to enter the Main Menu. Press t or s to select "View System Information", then press ENT . Press t or s to browse through the following: 1. CPU type 2.
User’s Guide 126 Viewing and Editing Event Logs Press ENT for two seconds to enter the Main Menu. Press t or s to select "View System Information", then press ENT . Press t or s to browse through the existing event log items. To delete a specified item and all event prior to this event, press ENT for 2 seconds.
Chapter 8 RS-232C Terminal Interface 127 Chapter 8 RS-232C Terminal Interface Understanding the Information on the Screen The Initial Screen Cache Status Controller Name Transfer Rate Indicator Gauge Range Cursor Bar Item Description Cursor Bar Move the cursor bar to a desired item, then press ENTER to select.
User’s Guide 128 Item Description PC Graphic (ANSI Mode) Enters the Main Menu and operates in ANSI mode. Terminal (VT-100 Mode) Enters the Main Menu and operates in VT-100 mode. PC Graphic (ANSI+Color Mode) Enters the Main Menu and operates in ANSI color mode.
Chapter 8 RS-232C Terminal Interface 129 Logical Drive’s Status Item Description LG Logical Drive number. P0: Logical Drive 0 of the Primary Controller RAID RAID Level. Size(MB) Capacity of the Logical Drive. Status Logical Drive Status: INITING The logical drive is now initializing.
User’s Guide 130 Item Description INCOMPLETE Two or more drives failed in the logical drive. #OnLine Total drive members in the logical drive. #STB Standby drives available for the logical drive. This includes all the spare drives available for the logical drive.
Chapter 8 RS-232C Terminal Interface 131 Item Description logical drive x. If the Status column showed "STAND-BY", the SCSI drive is a Local Spare Drive of logical drive x. Global The SC SI drive is a Global Spare Drive. Status INITING Processing initialization.
User’s Guide 132 SCSI Channel’s Status Item Description Chl The SCSI channel’s ID. Mode Channel mode. Host Host Channel mode Drive Drive Channel mode PID Primary controller’s SCSI ID mapping: * Multiple SCSI IDs were applied (Host Channel mode only).
Chapter 8 RS-232C Terminal Interface 133 Item Description DefSynClk Default SCSI bus sync clock: ??.?M The default setting of the SCSI channel is ??.? Mhz in Synchronous mode.
User’s Guide 134 • Only a terminator with Single-Ended channel can be enabled/ disabled through the above setting. • A terminator with Differential channel must be removed/ installed physically. Viewing the Current Setting of Each Function Most of the current setting of each function can be viewed in the menu.
Chapter 8 RS-232C Terminal Interface 135 • The current setting of "SCSI Motor Spin-Up" is "Disabled". • The current setting of "SCSI Reset at Power-Up" is "Enabled". • The current setting of "Disk Access Delay Time" is "15 seconds".
User’s Guide 136 Viewing and Editing Logical Drives Creating a Logical Drive Choose "View and Edit Logical Drives" in the Main Menu. The current logical drive configuration and status will be displayed on the screen. Choose a logical drive number that has not yet been defined, then press [Enter].
Chapter 8 RS-232C Terminal Interface 137 A list of supported RAID levels will appear. Choose a RAID level for this logical drive. The drives can be tagged for inclusion by positioning the cursor on the drive and then pressing [Enter] to select. An asterisk (*) will appear on the drive that has been selected.
User’s Guide 138 You can assign a Local Spare Drive by choosing "Assign Spare Drives" in the above screen. A list of available drives will be displayed on the screen. Mark an asterisk (*) on the drive(s) that will be assigned by moving the cursor bar to that device, then pressing [Enter].
Chapter 8 RS-232C Terminal Interface 139 Viewing Logical Drives and Drive Members Choose "View and Edit Logical Drives" in the Main Menu. The current logical drive configuration and status will be displayed on the screen. Refer to "8.1.
User’s Guide 140 Choose "View SCSI Drives". The member drive information will be displayed on the screen. Refer to Chapter 8 section “SCSI Drive’s Status" for the detailed descriptions of each item. Deleting a Logical Drive Choose the logical drive you wish to delete, then press [Enter].
Chapter 8 RS-232C Terminal Interface 141 Deleting a Partition of a Logical Drive Choose the logical drive of the partition you wish to delete, then press [Enter]. Choose "Partition logical drive". The current partition table of the logical drive will be displayed in tabulated form.
User’s Guide 142 Logical Drive 1000MB Delete Partition 1 Logical Drive 1000MB Partition 3 - 400MB Partition 2 - 300MB Partition 1 - 200MB Partition 0 - 100MB • The capacity of the deleted partitions will be added to the last partition.
Chapter 8 RS-232C Terminal Interface 143 Choose the logical drive you wish to assign a logical drive name, then press [Enter]. Choose "logical drive name", then press [Enter] again. The current logical drive name will be displayed on the screen.
User’s Guide 144 The rebuilding progress will be displayed on the screen. When rebuilding has already started or the logical drive has been automatically rebuilt by a Local Spare Drive or Global Spare Drive, choose "Rebuild progress" to view the rebuilding progress.
Chapter 8 RS-232C Terminal Interface 145 Viewing and Editing Host LUNs Mapping a Logical Drive to a Host LUN Choose "view and edit Host luns" in the Main Menu, then press [Enter]. When prompt with "Map Logical Drive?", select Yes. A list of host channels will be displayed on the screen.
User’s Guide 146 If the host channel has been assigned multiple SCSI IDs, a list of the host channel’s SCSI IDs will be displayed on the screen. Choose the SCSI ID you wish to map, then press [Enter]. Multiple SCSI ID is supported in firmware version 2.
Chapter 8 RS-232C Terminal Interface 147 A list of LUNs and their respective mappings will be displayed on the screen. To map a host LUN to a logical drive’s partition, select an available LUN (one not mapped yet) by moving the cursor bar to the LUN, then pressing [Enter].
User’s Guide 148 The prompt shown above will display the mapping you wish to create. Choose Yes to create the LUN mapping you selected. In the example above, partition 2 of logical drive 0 will map to LUN 0 of SCSI ID 3 on host channel 0.
Chapter 8 RS-232C Terminal Interface 149 A list of the current LUN mapping will be displayed on the screen. Move the cursor bar to the LUN mapping you wish to delete, then press [Enter].
User’s Guide 150 Viewing and Editing SCSI Drives Choose "View and Edit SCSI Drives" in the Main Menu. All drives attached to the drive channels will be displayed on the screen. Refer to chapter 8 section “SCSI Drive’s Status" for detailed descriptions of each column.
Chapter 8 RS-232C Terminal Interface 151 Choose a drive and press [Enter]. Choose "Scan SCSI drive", then press [Enter]. The menu may vary according to the drive status. Choose the drive channel and SCSI ID of the drive you wish to scan, then press [Enter].
User’s Guide 152 Adding a Local Spare Drive Move the cursor bar to the SCSI drive that has not yet been assigned to a logical drive or as a spare drive, then press [Enter]. Choose "Add Local Spare Drive". A list of available logical drives will be displayed on the screen.
Chapter 8 RS-232C Terminal Interface 153 Adding a Global Spare Drive Move the cursor bar to the SCSI drive that has not yet been assigned to a logical drive or as a spare drive, then press [Enter]. Choose "Add Global Spare Drive". When prompted with "Add Global Spare Drive?", choose Yes.
User’s Guide 154 Move the cursor bar to the drive you wish to identify, then press [Enter]. Choose "Identify SCSI drive", then choose "flash all drives" to flash the read/write LEDs of all the drives in the drive channel. Choose Yes.
Chapter 8 RS-232C Terminal Interface 155 Viewing and Editing SCSI Channels Choose "View and Edit SCSI Channels" in the Main Menu. A list of all the channels will be displayed on the screen. Refer to "SCSI Channel Status" for detailed information.
User’s Guide 156 Choose the channel you wish to change, then press [Enter]. Choose "Channel Mode", then press [Enter]. A dialog box will appear asking you to confirm the change.
Chapter 8 RS-232C Terminal Interface 157 Adding a SCSI ID Press [Enter] on one of the existing SCSI ID. Choose "Add Channel SCSI ID", then choose "Primary Controller". A list of SCSI IDs will appear. Choose a SCSI ID. DO NOT choose a SCSI ID used by a device that belongs to the same SCSI channel.
User’s Guide 158 Choose the SCSI ID you wish to delete. Choose "Delete Channel SCSI ID". The dialog box "Delete Primary Controller SCSI ID?" will appear. Select Yes, then press [Enter] to delete. • Every time you change a channel’s SCSI ID, you must reset the controller for the changes to take effect.
Chapter 8 RS-232C Terminal Interface 159 Choose a Drive channel, then press [Enter]. Choose "Primary Controller SCSI ID". A list of SCSI IDs will be displayed on the screen. Only one SCSI ID can be assigned to the drive channel of a controller.
User’s Guide 160 Setting a Secondary Controller’s SCSI ID / Drive Channel Choose a Drive channel, then press [Enter]. Choose "Secondary Controller SCSI ID". A list of SCSI IDs will be displayed on the screen. Only one SCSI ID can be assigned to the drive channel of a controller.
Chapter 8 RS-232C Terminal Interface 161 Setting a SCSI Channel’s Terminator Choose the channel you wish the terminator enabled or disabled, then press [Enter]. Choose "SCSI Terminator", then press [Enter]. A dialog box will appear. Choose Yes, then press [Enter].
User’s Guide 162 Setting a Transfer Speed Move the cursor bar to a channel, then press [Enter]. Choose "Sync Transfer Clock", then press [Enter]. A list of the clock speed will appear. Move the cursor bar to the desired speed and press [Enter].
Chapter 8 RS-232C Terminal Interface 163 Setting a Transfer Width Move the cursor bar to a channel, then press [Enter]. Select " W ide Transfer", then press [Enter]. A dialog box "Disable W ide Transfer?" or "Enable W ide Transfer?" will appear.
User’s Guide 164 Viewing and Editing SCSI Target / Drive Channel Move the cursor bar to a Drive channel, then press [Enter]. Select "View and Edit SCSI Target", then press [Enter]. A list of all the SCSI targets and their current settings will appear.
Chapter 8 RS-232C Terminal Interface 165 Slot Number Choose "Slot Number", then press [Enter]. Enter a slot number, then press [Enter] again. Please refer to Chapter 12, Fault-Bus, for more information. Maximum Synchronize Transfer Clock Choose "Maximum Sync.
User’s Guide 166 Please refer to Appendix D, Sync. Clock Period and Sync. Clock Frequency, for more information. Maximum Transfer Width Choose "Maximum Xfer W idth", then press [Enter].
Chapter 8 RS-232C Terminal Interface 167 Choose "Parity Check". Choose Yes in the dialog box that followed to confirm the setting. Disconnecting Support Choose "Disconnect Support". Choose Yes in the dialog box that followed to confirm the setting.
User’s Guide 168 Choose "Maximum Tag Count", then press [Enter]. A list of available tag count numbers will appear. Move the cursor bar to a number, then press [Enter]. Choose Yes in the dialog box that followed to confirm the setting. Disabling the Maximum Tag Count will disable the internal cache of the SCSI drive.
Chapter 8 RS-232C Terminal Interface 169 Viewing and Editing Configuration Parameters Choose "View and Edit Configuration Parameters", then press [Enter]. Move the cursor bar to the desired item, then press [Enter]. Communication Parameters Refer to Chapter 11, Remote Administration for more information.
User’s Guide 170 Caching Parameters Write-Back Cache Enable/Disable Choose "Caching Parameters", then press [Enter]. Select " Write-Back Cache", then press [Enter]. "Enabled" or "Disabled" will display the current setting of the Write-Back Cache.
Chapter 8 RS-232C Terminal Interface 171 Optimization for Random or Sequential I/O Choose "Optimization for Random I/O" or "Optimization for Sequential I/O", then press [Enter]. The "Random" or "Sequential" dialog box will appear, depending on the option you have selected.
User’s Guide 172 Host-side SCSI Parameters Maximum Queued I/O Count Choose "Host-side SCSI Parameters", then press [Enter]. Choose "Maximum Queued I/O Count", then press [Enter]. A list of available selections will appear. Move the cursor bar to an item, then press [Enter].
Chapter 8 RS-232C Terminal Interface 173 Choose "LUNs per Host SCSI ID", then press [Enter]. A list of selections will appear. Move the cursor bar to an item, then press [Enter]. Choose Yes in the dialog box that followed to confirm the setting.
User’s Guide 174 Choose "SCSI Motor Spin-Up", then press [Enter]. Choose Yes in the dialog box that followed to confirm the setting. SCSI Reset at Power-Up Choose "SCSI Reset at Power-Up", then press [Enter]. Choose Yes in the dialog box that followed to confirm the setting.
Chapter 8 RS-232C Terminal Interface 175 Choose "Disk Access Delay Time", then press [Enter]. A list of selections will appear. Move the cursor bar on a selection, then press [Enter]. Choose Yes in the dialog box that followed to confirm the setting.
User’s Guide 176 Disk Array Parameters Choose "Disk Array Parameters", then press [Enter]. The Disk Array Parameters menu will appear. Rebuild Priority Choose "Rebuild Priority", then press [Enter]. A list of the priority selections will appear.
Chapter 8 RS-232C Terminal Interface 177 Verification On Writes Choose "Verification on Writes", then press [Enter]. Move the cursor bar to an item, then press [Enter]. Choose Yes in the dialog box that followed to confirm the setting. (Refer to Chapter 3 section “Verify- after- Write” for more information.
User’s Guide 178 Controller Parameters Controller Name Choose "Controller Parameters", then press [Enter]. The current controller name will be displayed. Press [Enter]. Enter the new controller name in the dialog box that followed, then press [Enter].
Chapter 8 RS-232C Terminal Interface 179 System Functions Choose "System Functions" in the Main Menu, then press [Enter]. The System Functions menu will appear.
User’s Guide 180 When the controller’s beeper has been activated, choose "Mute beeper", then press [Enter]. Choose "Yes" and press [Enter] in the next dialog box to turn the beeper off temporarily. The beeper will still activate on the next event.
Chapter 8 RS-232C Terminal Interface 181 Changing the Password To set or change the controller password, move the cursor bar to "Change Password", then press [Enter]. If a password has previously been set, the controller will ask for the old password first.
User’s Guide 182 The new password will now become the controller’s password. Providing the correct password is necessary when entering the Main Menu from the Initial screen. Disabling the Password To disable or delete the password, press [Enter] only in the password column that is used for entering a new password.
Chapter 8 RS-232C Terminal Interface 183 Viewing S ystem Information To view the system’s information, move the cursor bar to "View System Information", then press [Enter]. A list of information will appear. Item Description CPU Type The type of CPU installed in the RAID controller.
.
Chapter 9 Redundant Controller 185 Chapter 9 Redundant Controller Before You Begin... What Is Redundant Controller? Why The Need For Redundant Controller? Redundant controller is using two or more RAID controllers in the same RAID system.
User’s Guide 186 What are Primary controller and Secondary controller? The Primary and Secondary controllers are used to serve the host computer’s I/O requests. Take note that the configurations and settings can only be done on the Primary controller.
Chapter 9 Redundant Controller 187 Quick Start To set up the redundancy function of the controllers, you must perform a few basic steps. These steps will be described later in this chapter. 1. Cable connections • Redundant Controller Cable • RS-232C Cable (for Terminal Interface Operation * ) • SCSI Cables 2.
User’s Guide 188 Setting Up Redundant Controllers Example of Redundant Controllers Here is a sample illustration of the redundant controller’s operation: Secondary Primary Host LD 0 LD 1 LD 0 LD 1 LD 1 LD 0 LD 0 LD 0 LD 1 LD 1 Normal Route Redundant Route The host computer is connected to both the primary and secondary controllers.
Chapter 9 Redundant Controller 189 Cables and Connections The following items will be used in this example: • Two AA-3102RS series controllers (Both use the same firmware version) • AA-9011 Null Modem • AA-9012 RS-232C extension cable • AA-9013 Redundant controller cable • AA-9015 Dual RS-232C cable • AA-9016 RS-232C cable (two pcs.
User’s Guide 190 Connecting the Controllers to the Terminal Interface Primary Controller Secondary Controller Dual RS-232C cable RS-232C extension cable • Male DB-9 Dual RS-232C cable Female DB-9 .
Chapter 9 Redundant Controller 191 • The channel selected as the Host Channel of the controllers must be similar. For example: If you connected the Host Channel of controller 1 to channel 0, you must also connect the Host Channel of controller 2 to channel 0.
User’s Guide 192 Setting the Controllers using the Front Panel Redundant Configuration using Automatic Setting Power-on Controller 1. Make sure Controller 2 is powered-off. Press ENT for two seconds on the front panel of Controller 1 to enter the Main Menu.
Chapter 9 Redundant Controller 193 The message "Redundant Ctlr Autocfg Inactive" will appear. Power-off Controller 1, and then power- on Controller 2. Set Controller 2 to " Autocfg " as described in the above steps. Power-off Controller 2.
User’s Guide 194 Choose "Redundant Ctlr Function___", and then press ENT . (Note: The current setting will be displayed on the LCD. If this controller has never been set as a redundant controller before, the default setting of the redundant controller function is Disabled.
Chapter 9 Redundant Controller 195 Starting-up the Redundant Controllers Power-on all hard drives and the two controllers. The message "RC connecting.
User’s Guide 196 The Write-Back mode of the cache memory will automatically be disabled and the cache memory will work in Write-through mode. The settings on the LCD or terminal interface will show that the default Write-back setting has been disabled, and cannot be changed.
Chapter 9 Redundant Controller 197 The message "Redud Ctlr LG Assign Sec Ctlr?" will appear. Press ENT for two seconds to confirm. The logical drive has now been assigned to the Secondary controller. Map the LUN to the Secondary controller. The Secondary controller must have a host SCSI ID created.
User’s Guide 198 When One of the Controller Fails... What will happen when the one of the controllers fails? When one of the controller fails, the other controller will take over in a few seconds (about 8 seconds). The red ATTEN LED will light up, and the message "Redundant Ctlr Failure Detected" will appear on the LCD.
Chapter 9 Redundant Controller 199 When the new controller is connected, it will appear as if it does not exist. Execute the following steps for the new controller to function. Press ENT for 2 seconds on the Primary Controller to enter the Main Menu. Use t or s to choose "View and Edit Peripheral Dev.
.
Chapter 10 Redundant Host, Multiple Host 201 Chapter 10 Redundant Host, Multiple Host Redundant Host CH 0 CH 1 CH 2 CH 4 CH 5 CH 3 ….. Terminator ….. Terminator ….. Terminator ….. Terminator Host A Host B Up to 15 drives Up to 15 drives Up to 15 drives Up to 15 drives Add daughter board for more channels ….
User’s Guide 202 Multiple Host CH 0 CH 1 CH 2 CH 4 CH 5 CH 3 ….. Terminator ….. Terminator ….. Terminator SUN Solaris Windows NT PC Netware Add daughter board for more channels RAID Controller The AA-3102RS RAID controller can connect and serve simultaneously more than one host computers.
Chapter 11 Redundant Host, Multiple Host 203 Chapter 11 Remote Administration The AA-3102RS RAID Controller can be administered remotely. When an event, warning or controller notification occurs, AA-3102RS will dial out to a pager to inform the administrator to take the appropriate measures.
User’s Guide 204 Acer RAID Manager Using SNMP Service LAN WAN Internet Host Computer SNMP Agent for: Windows NT Netware SCO Unix SCO Unixware GUI RAID Manager TCP/IP+SNMP TCP/IP+SNMP RS-232C RAID Controller Connect the AA-3102RS RAID controller to the host computer via the RS-232C interface.
Chapter 11 Redundant Host, Multiple Host 205 Enter the Agent name or the IP address and the Community name of the host computer in the first column. Click on the select button in front of “RS-232 Interface” to select.
User’s Guide 206 Remote Terminal Emulation Using PPP+Telnet LAN WAN Internet (Get IP address from Host computer) Host Computer (Assign IP address to RAID Controller) Telnet terminal (Telnet RAID Controller’s IP address) PPP TCP/IP TCP/IP TCP/IP (RS-232C) RAID Controller Connect AA-3102RS to the host computer.
Chapter 11 Redundant Host, Multiple Host 207 Connect the host computer’s serial port (RS-232C) to AA-3102RS’s COM 1. If the controller is not configured as redundant controller, you may also use COM 2. Terminal emulation data through COM 1 and COM 2 are synchronized.
User’s Guide 208 Enable Terminal Emulation Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Config Parm", then press ENT . Select "Communication Parameters ..", then press ENT . Select "RS-232 Configuration .
Chapter 11 Redundant Host, Multiple Host 209 Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Config Parm", then press ENT . Select "Communication Parameters ..", then press ENT . Select "PPP Configuration .
User’s Guide 210 Data Routing Through PPP, Data Routing Direct to Port There are two options in this column, “Comm Route PPP” (Data Routing Through PPP) and “Comm Route Dir” (Data Routing Direct to Port).
Chapter 11 Redundant Host, Multiple Host 211 Press t or s to select “Change to PPP”, then press ENT for 2 seconds to set. Establish Connection Between the Host Computer and AA- 3102RS After setting the data routing through PPP, AA-3102RS will now wait for PPP to connect to the host computer.
User’s Guide 212 Connect Telnet to the Controller’s IP from the Client Computer Use any “Telnet” client program from the remote computer, then connect to the IP address of AA-3102RS. The terminal emulation screen will display the client Telnet program, as well as when using terminal emulation locally.
Chapter 11 Redundant Host, Multiple Host 213 Remote Terminal Emulation Using Modem Public Phone System Terminal Emulation Program MODEM MODEM RS-232C RS-232C RAID Controller The controller can be configured and monitored remotely through a modem.
User’s Guide 214 • Always keep the terminal emulation screen on the Initial screen for security checking. The controller’s password will be asked for verification only when entering the Main Menu from the Initial screen. • The terminal emulation screen for both COM 1 and COM 2 connections are synchronized.
Chapter 11 Redundant Host, Multiple Host 215 Configuring the Modem Port Choose “Modem Operation” from the communication parameters menu, then select “Modem Setup” in the next menu. In the Modem Setup menu, choose Configure Modem Port. The current setting of the modem port will be displayed on the screen.
User’s Guide 216 Choose “Yes” to configure the modem on the COM2 port. To delete the configured modem port, press [ Enter ] on the configured modem port item and choose “Deconfigure Modem Port”. Modem Initialization Command In the Modem Setup menu, choose “Modem Initialization”.
Chapter 11 Redundant Host, Multiple Host 217 Sending Default Init command and Custom Init command - “Append to Default” Choose “Modem Operating Modes” in the Mode Setup menu. The current setting will be displayed on the screen. Press [Enter] to see a list of choices.
User’s Guide 218 Baud rate, Data Routing and Enable Terminal Emulation In the Communication Parameter menu, select “RS-232 Port Configuration”. Choose “COM 2 Configuration” to configure the COM 2 port of the AA-3102RS RAID Controller. Set the baud rate of the modem and the client terminal emulation program.
Chapter 11 Redundant Host, Multiple Host 219 Establish the Connection from the Remote Terminal Use a terminal emulation program that supports ANSI or VT-100 terminal emulation modes. From the remote terminal program, dial the phone number of the modem connected to the AA-3102RS RAID controller.
User’s Guide 220 Select "Modem Operation ..", then press ENT . Select "Modem Setup ..", then press ENT . Select "Configure Modem Port ..", then press ENT . The LCD displays “Modem Port Not Configured”, then press ENT .
Chapter 11 Redundant Host, Multiple Host 221 Select "Modem Initialization ..", then press ENT . Enter the AT command, if required, then press ENT for two seconds when finished.
User’s Guide 222 It is a must to enable “Auto answer mode” of the connected Modem in order to answer the dial-in calls and establish the connections automatically. Initializing Modem In the “Modem Operation” menu, press ENT . Select "Modem Functions .
Chapter 11 Redundant Host, Multiple Host 223 How do you know the modem is connected? In the "Communication Parameters .." menu, press ENT . Select "Communication Status ..", then press ENT . Select "Modem Status..", then press ENT .
User’s Guide 224 Dial-out for Event Notifications Public Phone System MODEM RS-232C Pager RAID Controller The controller can be set to dial-out a pager for event notification, or dial-out to a remote computer with terminal emulation program as well as dial-in via a remote computer.
Chapter 11 Redundant Host, Multiple Host 225 • If the controller is dialing-out to a remote administration terminal, the Terminal Emulation of the corresponding COM port must be enabled.
User’s Guide 226 Choose “Dial-out Command” in the Dial-out Function menu. A dialog box will appear showing the current dial-out commands. Enter the new dial-out command in the New Dial-out command column, then press [ Enter ]. The Dial-out command is the only command that will be sent to the modem when dialing-out.
Chapter 11 Redundant Host, Multiple Host 227 Choose “Dial-out Timeout” in the Dial-out Function menu. The current setting in this column will appear. Press [ Enter ]. A dialog box will appear to input the Dial-out Timeout. Enter the desired dial-out timeout time (in seconds) in this column.
User’s Guide 228 Choose “Dial-out Retry Interval” in the Dial-out Function menu. The current setting in this column will appear. Press [ Enter ]. A dialog box will appear for entering the Dial-out Retry Interval. Enter the desired dial-out retry interval in this column (in minutes).
Chapter 11 Redundant Host, Multiple Host 229 Setting Dial-out Function Through the Front Panel Press ENT for two seconds to enter the Main Menu. Press t or s to select "View and Edit Config Parm", then press ENT . Select "Communication Parameters .
User’s Guide 230 The Dial-out command is the only command that will be sent to the modem when dialing-out. If it’s dialing to a pager, the pager number and message (if applicable) have to be composed in this column. If it’s dialing to a remote terminal, the phone number of the remote modem has to be entered in this column.
Chapter 11 Redundant Host, Multiple Host 231 Dial-out Retry Count Select "Dial-out Retry Count .." in the Dial-out Functions menu, then press ENT . Enter the Dial-out retry count in this column. Press t or s to change the current character, then press ENT to move the cursor to the next space.
User’s Guide 232 Press t or s to change the setting, then press ENT for two seconds. There are four options in this column: Disabled Disable Critical Events Critical Events Only Critical& Warnin.
Chapter 12 Fault-Bus 233 Chapter 12 Fault-Bus What is Fault-Bus? Why the Need for Fault- Bus? Fault-bus is a proprietary enclosure management interface. It gathers the failure signals from the cooling fans, redundant power supply, enclosure temperature sensor and UPS device.
User’s Guide 234 Fault-bus is actually a signal bus which contains a group of input and output signals. The Fault-bus design is fully open for easy integration.
Chapter 12 Fault-Bus 235 How Does the Fault-Bus Work? Fault-Bus Drive Failure LEDs Signal Output Fan Power Supply Temp. Sensor UPS Power Supply User designed / 3rd party circuit Rise or sink output si.
User’s Guide 236 • Detect the power supply status, and rise up or sink down the “power” signal of the Fault-bus (pin 31 in the left Fault-bus connector) according to the detected information. When a power supply failed, activate the signal. When the power supply is working properly, keep the signal inactive.
Chapter 12 Fault-Bus 237 Fault-Bus Error Alert ATTEN BUSY POWER UPS Power Failure Detected ENT ESC When the Fault-bus function is enabled and a failure signal is detected, an alert message will be shown on the LCD. The ATTEN LED will also light at the same time.
User’s Guide 238 How to Setup the Fault-bus? Hardware 1. Connect all error signal inputs to the 3rd party circuit, then connect the error signals to the Fault-bus. Make sure each signal is active high or active low according to the 3rd party circuit.
Chapter 12 Fault-Bus 239 Press t or s to choose “Slot Number Assignments”, then press ENT . If currently there is a slot number assigned to this SCSI drive, the current slot number will be displayed. Press t or s to select the desired slot number, then press ENT .
User’s Guide 240 Press t or s to select the desired SCSI channel, then press ENT for two seconds. Press t or s to select the desired SCSI ID, then press ENT for two seconds. Delete the Slot Number Choose “View and Edit SCSI Drives” to enter the Main Menu.
Chapter 12 Fault-Bus 241 Press t or s to select “Clear Drive Status”, then press ENT . Press ENT for two seconds to confirm. Set Each Fault-bus Error Signal Input as Active-high or Active- low Choose “View and Edit Periph Parms” to enter the Main Menu, then press ENT .
User’s Guide 242 Press t or s to select “Set Peripheral Devices Entry”, then press ENT . Press t or s to select the desired item: Power Supply, Cooling Fan, Temperature Alert or UPS Power Fail, then press ENT to choose. Press t or s to select an alternative selection.
Chapter 12 Fault-Bus 243 Viewing the Status of Each Fault-bus Error Signal Input Choose “View and Edit Periph Parms” in the Main Menu, then press ENT . Press t or s to select “View Peripheral Devices Status”, then press ENT . Press t or s to view the desired item: Power Supply, Cooling Fan, Temperature Alert or UPS Power Fail.
User’s Guide 244 Configuring on the Controller through the RS-232C Terminal Interface Assign Each SCSI Drive or Canister a Slot Number Choose “View and Edit SCSI Drives” in the Main Menu, then press [ Enter ]. A list of the connected SCSI drives will appear.
Chapter 12 Fault-Bus 245 Assign a Slot Number to an Empty Canister When there is an empty drive canister which currently does not contain any drive, the corresponding SCSI channel/ID will not appear in the drive information list. Assign a slot number to this empty canister and add a drive entry in order to use it later when a drive is installed.
User’s Guide 246 Move the cursor bar on the empty drive entry and press [ Enter ]. Choose “Set Slot Number” in the menu, then press [ Enter ]. Enter the slot number of this empty canister so as to use it later when a drive is installed.
Chapter 12 Fault-Bus 247 Remove Empty Drive Entry Before an empty drive entry can be removed, the slot number has to be deleted first. Please refer to the above paragraph on how to delete the slot number. Move the cursor on the empty drive entry, then press [Enter].
User’s Guide 248 Set Each Fault-bus Error Signal Input as Active-high or Active- low Choose “View and Edit Peripheral Devices” in the Main Menu, then press [ Enter ]. Select “Define Peripheral Device Active Signal”, then press [ Enter ]. Move the cursor to the item you wish to change, then press [ Enter ].
Chapter 12 Fault-Bus 249 Enable Each Fault-bus Error Signal Input Each item of the error signal input can be individually enabled or disabled. Choose “View and Edit Peripheral Devices” in the Main Menu, then press [Enter]. Select “Set Peripheral Device Entry”, then press [ Enter ].
User’s Guide 250 Choose the desired SCSI drive or empty drive entry from the drive information list, and press [ Enter ]. Choose “Toggle Failure Signal” in the menu, then press [ Enter ] to toggle the drive failure signal. The drive failure LED should light on or off followed with the toggle.
Appendix A Front Panel Navigation Map A- 1 Appendix A Front Panel Navigation Map Start Initializing Create Logical Drive Initializing Modify Logical Drive To Page A-2 Quick Installation NRAID RAID 0 R.
User’s Guide A- 2 To Page A-3 From Page A-1 Host LUN Mapping Delete Host LUN No Drive Entry Edit Drive View and Edit Host LUN Host Channel Selection SCSI ID Selection LUN Selection Logical Drive Sel.
Appendix A Front Panel Navigation Map A- 3 To Page A-4 From Page A-2 Host Channel Drive Channel View and Edit SCSI Channel Channel Mode Channel Terminator Transfer Speed Transfer Wide Support View and.
User’s Guide A- 4 To Page A-5 From Page A-3 Redundant Controller Power Supply Temperature UPS Power Force Primary Controller Fail Force Secondary Controller Fail Deassert Reset on Failed Controller .
Appendix A Front Panel Navigation Map A- 5 To Page A-6 From Page A-4 View and Edit Configuration Parameters Communication Parameters Communication Status RS-232 Configuration PPP Configuration Modem O.
User’s Guide A- 6 To Page A-7 From Page A-5 Caching Parameters Host Side Parameters From Page A-5 Drive Side Parameters Disk Array Parameters Controller Parameters Write-Back Cache I/O Optimization .
Appendix A Front Panel Navigation Map A- 7 End From Page A-6 System Functions Mute Beeper Set/Change Password Reset Controller Controller Maintenance Download Bootrecord and Firmware Download Firmware.
.
Appendix B SCSI Cable Specifications B- 1 Appendix B SCSI Cable Specifications The recommended SCSI cable for an Ultra W ide SCSI-2 operating at a transfer rate of 40 Mbytes/sec. is described below. • Maximum length 1.5 meters • Impedance Between 90 Ω to 132 Ω • Signal Attenuation 0.
User’s Guide B- 2 SCSI Bus Width and Maximum Throughput Bus Width SCSI Bus Sync. Frequency Max. Bus Throughput SCSI-1 8-bit Asynchronous 5 MB/Sec (Fast) SCSI-2 8-bit 10 Mhz 10 MB/Sec (Fast) Wide SCS.
Appendix C Upgrading the Firmware C- 1 Appendix C Upgrading the Firm ware The AA-3102RS controller’s firmware resides in the Flash Memory that can be updated through the COM ports or In-band SCSI.
User’s Guide C- 2 Upgrading firmware using In-band SCSI + Acer RAID Manager The In-band SCSI connection and the ability to upgrade the firmware via In-band SCSI are supported in Acer RAID Manager , version 1.61A and later versions. This version of the Acer RAID Manager is for use with the firmware 2.
Appendix C Upgrading the Firmware C- 3 1. Double click on the controller panel to get the menu appears. Choose "Controller Maintenance" > "Advanced Maintenance" -> "Download Boot Record and Firmware".
User’s Guide C- 4 2. Provide the firmware filename to the Acer RAID Manager . It will start to download the firmware to the controller. 3. Shutdown the system which is accessing the RAID, then reset the controller in order to use the new downloaded firmware.
Appendix C Upgrading the Firmware C- 5 1. From the Main Menu, scroll down to "System Functions." 2. Go to "Controller Maintenance." 3. Choose "Advanced Maintenance." 4. Select "Download Boot Record and Firmware." 5.
User’s Guide C- 6 Upgrading the Firmware Binary Only 1. From the Main Menu, scroll down to "System Functions." 2. Go to "Controller Maintenance." 3. Choose "Download Firmware." 4. Set ZMODEM as the file transfer protocol of your terminal emulation software.
Appendix D Sync. Clock Period & Sync. Clock Frequency D- 1 Appendix D Sync. Clock Period & Sync. Clock Frequency Changes to the SCSI Synchronous Clock Period of each SCSI target is a low-level control of the SCSI controller chip. There is no other selectable option.
User’s Guide D- 2 Synchronous Clock Period Synchronous Clock Frequency Synchronous Clock Period Synchronous Clock Frequency 31 8.0 110 2.2 37 6.7 120 2.
Appendix E Troubleshooting Guide E- 1 Appendix E Troubleshooting Guide The following is a checklist of the common problems encountered during installation. For failures that occur during operation, refer to the failure recovery procedure in the “Disk Failure Management” section PROBLEM CHECK LCD is off 1.
User’s Gui de E- 2 PROBLEM CHECK Cannot detect SCSI drive 1. Check drive power connections. 2. Check drive SCSI cable connections. 3. Check ID numbers (must be unique for each devi c e on the same SCSI channel). Host cannot detect AA-3102RS 1. Check host SCSI cable connections.
Appendix E Troubleshooting Guide E- 3 PROBLEM CHECK The logical drive states “INVALID”. 1. “Optimization for .... I/O”, when creating the logical drive in Cache Parameter, is different from the current setting. 2. Change “Optimization for ..
.
Appendix F Pin Assignments F- 1 Appendix F Pin Assignments 486DX2-66 Infortrend 500127-S10 Infortrend 500126-S10 SIMM-2 SIMM-1 JP18 JP16 1 COM 1 RS-232C COM 2 Redundant Controller Port SCSI Channel 1 .
User’s Guide F- 2 Redundant Controller Port Pin Descriptions Pin Descriptions 1 DCD2 6 DSR2 2 RXD2 7 RTS2 3 TXD2 8 CTS2 4 DTR2 9 RS232 RESET 5 GND 10 N/C Fault-bus Port (Main Board) Pin Descriptions.
Appendix F Pin Assignments F- 3 Fault-bus Port (Daughter Board) Pin Descriptions Pin Descriptions 1 Slot 21 2 Slot 25 3 Slot 22 4 Slot 26 5 Slot 23 6 Slot 27 7 Slot 24 8 N/C 9 GND 10 GND 11 Slot 28 12.
User’s Guide F- 4 AA-9012 RS-232C Extension Cable Extend the cable length only, no wire swap. AA-9013 Redundant Controller Cable Swap pin-2 and pin-3 Swap pin-4 and pin-6 Swap pin-7 and pin-8.
Appendix G Specifications G- 1 Appendix G Specifications RAID level 0, 1, 3, 5 (or non-RAID disk spanning) Failure management Bad sector reassignment, hot-swapping, spare drive operation (Global and L.
User’s Guide G- 2.
Appendix H Record the Settings H- 1 Appendix H Record the Settings View and Edit Logical Drives Logical Drive Information LG RAID Level #On-Line (DRV=) #STB (SB=) Logical Drive Name Partition Informat.
User’s Guide H- 2 LG Partition Size (MB) LG Partition Size (MB) View and Edit Host LUNs LUN Mappings Host Channel Pri. / Sec. Controller SCSI ID LUN Logical Drive Partition Size View and Edit SCSI D.
Appendix H Record the Settings H- 3 Slot Chl ID Size (MB) Ultra? (Y/N) Wide? (Y/N) LG DRV? Global Spare? Local Spare? Vendor & Product ID LG LG LG LG LG LG LG LG View and Edit SCSI Channels Chl Mo.
User’s Guide H- 4 View and Edit Configuration Parameters Communication Parameters RS-232 PORT CONFIGURATION COM 1 (RS-232 Port) Baud Rate ÿ 2400 ÿ 4800 ÿ 9600 ÿ 19200 ÿ 38400 Data Routing ÿ Di.
Appendix H Record the Settings H- 5 Initialization Dial-out Timeout _____ Seconds Dial-out Retry Count Retry _____ times Dial-out Retry Interval _____ Minutes Dial-out on Event Condition ÿ Disabled .
User’s Guide H- 6 Disk Array Parameters Rebuild Priority ÿ Low ÿ Normal ÿ Improved ÿ High Verifications on Writes Verifications on LD Initialization Writes ÿ Enabled ÿ Disabled Verifications o.
Appendix H Record the Settings H- 7 Signal Drive Failure Outputs ÿ Active High ÿ Active Low View System Information Total Cache Size ÿ EDO DRAM ÿ Normal DRAM _________ MB Firmware Version Bootreco.
Un point important après l'achat de l'appareil (ou même avant l'achat) est de lire le manuel d'utilisation. Nous devons le faire pour quelques raisons simples:
Si vous n'avez pas encore acheté Acer 3102RS c'est un bon moment pour vous familiariser avec les données de base sur le produit. Consulter d'abord les pages initiales du manuel d'utilisation, que vous trouverez ci-dessus. Vous devriez y trouver les données techniques les plus importants du Acer 3102RS - de cette manière, vous pouvez vérifier si l'équipement répond à vos besoins. Explorant les pages suivantes du manuel d'utilisation Acer 3102RS, vous apprendrez toutes les caractéristiques du produit et des informations sur son fonctionnement. Les informations sur le Acer 3102RS va certainement vous aider à prendre une décision concernant l'achat.
Dans une situation où vous avez déjà le Acer 3102RS, mais vous avez pas encore lu le manuel d'utilisation, vous devez le faire pour les raisons décrites ci-dessus,. Vous saurez alors si vous avez correctement utilisé les fonctions disponibles, et si vous avez commis des erreurs qui peuvent réduire la durée de vie du Acer 3102RS.
Cependant, l'un des rôles les plus importants pour l'utilisateur joués par les manuels d'utilisateur est d'aider à résoudre les problèmes concernant le Acer 3102RS. Presque toujours, vous y trouverez Troubleshooting, soit les pannes et les défaillances les plus fréquentes de l'apparei Acer 3102RS ainsi que les instructions sur la façon de les résoudre. Même si vous ne parvenez pas à résoudre le problème, le manuel d‘utilisation va vous montrer le chemin d'une nouvelle procédure – le contact avec le centre de service à la clientèle ou le service le plus proche.
