System name, IP address, Language | APC SCSI-SATA II specs

3.4.1System name

3.4.1System name

Select “System name” to change system name. Default system name composed by model name and serial number of this system, ex: P120-000001.

Figure 3.4.1.1

3.4.2IP address

Select “IP address” to change IP address for remote administration usage. There are 2 selections, DHCP (Get IP address from DHCP server) or static IP. The default setting is DHCP enabled. User can change the HTTP, HTTPS, and SSH port number when the default port number is not allowed on host/server.

Figure 3.4.2.1

3.4.3Language

Select “Language” is for changing GUI language. There are 3 selections, Auto Detect, English, and Simplified Chinese. The default language is the same with your browser (IE or Firefox) default language.

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APC SCSI-SATA II manual System name, IP address, Language

Contents

Installation Reference Guide iSCSI-SATA II SUBSYSTEMRevision P/N PW0020000000233 Preface About this manualCopyright Trademarks Table of Contents Chapter 1 RAID introductionChapter 2 Getting started Chapter 3 Web GUI guideline Chapter 4 Advanced operation Appendix 1.1 Features Chapter 1 RAID introduction 1.2 Terminology RAID PD VG UDV CV LUN GUI WB RO DS GS DC GC DG S.M.A.R.T WWN HBA MPIO MC/S S.E.S NIC iSCSI LACP MTU CHAP iSNS 1.3 RAID levelsRAID RAID N-way mirror RAID RAID RAID RAID 0+1 RAID RAID RAID RAID JBOD 2.1 Before starting Chapter 2 Getting started2.2 Unpacking the Subsystem 2.3 Identifying Parts of the subsystem 2.3.1 Front View1. HDD status Indicator Parts 5. Smart Function Panel - Function Keys for RAID configuration 2. HDD trays 1 ~ 16 From right to left3. Smart Function Panel - Function Keys PartsFunction 4. LCD display panel 2.3.2 Rear View 1. Power Supply Alarm Reset button2. Uninterrupted Power Supply UPS Port APC Smart UPS only 5. Fan Fail indicator 9. Power Supply Unit 1 ~ 6. Cooling Fan module 2.4 Connecting iSCSI subsystem to Your Network 2.5 Powering-on the Subsystem 2.6 Install Hard Drives 2.7 iSCSI introduction Host initiator NICHost initiator iSCSI HBA IP SAN 2.8 Management methods 2.8.1 Web GUI 2.8.2 Console serial port 2.8.3 Remote control - secure shellHost name 192.168.10.50 Please check your DHCP address for this field 2.9 Enclosure 2.9.1 LCMAlarm Mute Reset/Shutdown 2.9.2 System buzzer Reset to DefaultPage Chapter 3 Web GUI guideline 3.1 IS16GL GUI hierarchySystem Config iSCSI config Logout 3.2 Loginhttp//192.168.10.50 Please check the DHCP address first on LCM 3.3 Quick install Done. You can start to use the system now 3.4 System configuration 3.4.2 IP address 3.4.1 System name3.4.3 Language 3.4.4 Login config 3.4.5 Password 3.4.6 Date 3.4.7 Mail 3.4.8 SNMP 3.4.9 System log server 3. Facility select the facility for event log 3.5 iSCSI config 3.4.10 Event log 3.5.1 Entity property 3.5.2 NIC MTU Maximum Transmission Unit size can be changed by clicking the blue 3.5.3 Node 3.5.4 Session 3.5.5 CHAP account 3.6 Volume configuration 3.6.1 Volume relationship diagram 3.6.2 Physical disk + + + ∙ PD column description Slot WWN Size GB VG Name Status ∙ PD operations description Status Status SpeedFREE DISC GLOBAL SPARES 3.6.3 Volume group ∙ VG column description Name TotalGB FreeGB #PD #UDV Status Status Status Status RAID ∙ VG operations descriptionCREATE DELETE ∙ UDV column description 3.6.4 User data volumeNo Name SizeGB Status Status Status Status StatusRAID #LUN 3.6.5 Cache volume ATTACH LUNSNAPSHTOT ∙ CV column description 3.6.6 Logical unit number ∙ CV operations description 3.6.7 Examples ∙ LUN operations descriptionATTACH DETACH 1. Select “/ Volume config / Volume group” 1. Select “/ Volume config / User data volume” 1. In “/ Volume config / User data volume”, press 1. Select “/ Volume config / Physical disk” 1. Select a UDV In “/ Volume config / Logical unit” Step 5 Done. They can be used as iSCSI disksDelete UDVs, VG, please follow the steps Step 6 Detach LUN from UDV Figure 3.6.7.7 Slot 5 is set as global spare disk 1. Select LUNs by clicking the checkbox of the row, then click click ““ to free disk Step 10 Done, all volumes have been deleted 1. Select “/ Volume config / Cache volume” 1. Select “/ Volume config / User data volume” Step 4 Attach LUN to UDV Step 6 Done. The PDs can be used as iSCSI disks 3.7 Enclosure management 3.7.1 SES configuration 3.7.2 Hardware monitor 3.7.3 Hard drive S.M.A.R.T. function support 3.7.4 UPS 3.8 System maintenance UPS Type Shutdown Battery LevelBattery Level Shutdown Delay s 3.8.1 Upgrade 3.8.4 Config import & export 3.8.3 Reset to default3.8.2 Info Event log SES config voltemp UPS Physical disk System name IP address iSCSI Login config Password Date Mail SNMPNot available in import function 3.8.5 Shutdown Hard disk auto spindown settingVolume group VG setting with 1 VG name, 2 size, 3 number of 3.9 Logout Chapter 4 Advanced operation 4.1 Rebuild When rebuilding, the status of PD/VG/UDV is “R” and “R%” in UDV will display the ratio in percentage. After complete rebuilding, “R” and “DG” will disappear. VG will become complete one RAID RAID N-way mirror RAID RAID RAID RAID 0+1 RAID RAID 4.2 VG migration and expansion RAID RAID JBOD Figure 4.2.3 A RAID 0 migrates to RAID 5, complete percentage is 12% Degrade VG not allowed Source VG is degraded 4.3 UDV ExtensionMigration operations going Source VG is already in migration 4.4 Snapshot /Rollback 4.4.1 Create snapshot volume These numbers mean “Free snapshot space” and “Total snapshot space” 4.4.2 Auto snapshot 4.5 QCopy remote replication 4.4.3 RollbackRoll back snapshot UDV now? Please dismount the disk in the host side first To do a QCopy task, please follow the below steps 2. Click QCopy icon “” on the selected snapshot UDV Figure 4.5.2 input the target system data port IP address Figure 4.5.1 setup QCopy on selected snapshot UDVFigure 4.5.5 QCopy is copying, and the completed percentage it 24% Sure to QCopy? iqn.2004-08.tw.com.prowaresb-3164-g1a3- 000a0001frefinitiator.001 4.6 Disk roaming 4.7 Support Microsoft MPIO and MC/S Appendix A. Certification list∙ RAM ∙ iSCSI Initiator Software ∙ iSCSI HBA card ∙ GbE Switch∙ NIC B. Event notifications Error∙ SATA hard drive ∙ PD/S.M.A.R.T. events SES events HDD IO events∙ Environmental events ∙ System config events ∙ System maintenance events∙ LVM events VG Created OK Error ∙ Snapshot events C. Known issues∙ QCopy events D. Microsoft iSCSI Initiator 2. Click “Discovery” 4. Click “OK”. Please see Figure D.3 5. Click “Targets”. Please see Figure D.4Figure D.3 Figure D.4 8. Click “OK”. The status would be “Connected”. Please see Figure D.7 9. Done, it can connect to an iSCSI diskFigure D.5 Figure D.6 The following procedure is to log off iSCSI device A. Click “Details”. Please see Figure D.8B. Check the Identifier, which will be deleted. C. Click “Log off” D. Done, the iSCSI device log off successfully E. Trunking/LACP setup instructions The setup instructions are in the following figuresž Create a VG with RAID 5, using 3 HDDs Figure E.1 Network diagram of Trunking/LACP Figure E.3 ž Create a UDV by using the RAID 5 VGFigure E.4 ž Done, please check the settings ž Select “Trunking”. If LACP is needed, please see Figure E.12Figure E.5 Figure E.6 ž Now, the setting is in Trunking mode ž Select “LACP”. If Trunking is needed, please see Figure E.8Figure E.9 Figure E.10 ž Now, the setting is LACP mode ž Add Target Portals in Microsoft iSCSI initiatorFigure E.12 Figure E.13 Figure E.14 ž Click “Targets” to log onFigure E.15 ž Log on ž Click “Advanced”Figure E.16 Figure E.17 Figure E.18 ž The setting is completedFigure E.19 Figure E.20 Figure E.21 Figure F.1 F. MPIO and MC/S setup instructionsFigure F.2 ž The volume config setting is done Figure F.3Figure F.4 Figure F.5 Figure F.7 Figure F.6Figure F.8 Figure F.9 ž Add second Target Portals on Microsoft iSCSI initiatorFigure F.10 Figure F.11 ž The initiator setting is doneFigure F.12 Figure F.13 ž Enable “Enable multi-path” checkbox. Then click “Advanced”Figure F.14 Figure F.15 ž Log on againFigure F.16 Figure F.17 ž iSCSI device is connected. Click “Details”Figure F.18 ž Click “Device” tab, then click “Advanced” ž Click “MPIO” tab, select “Load Balance Policy” to “Round Robin”Figure F.19 Figure F.20 Figure F.21 ž Click “Apply”Figure F.22 Figure F.23 Figure F.24 ž Then click “Advanced”Figure F.25 Figure F.26 Figure F.27 ž Choose “Round Robin” for Load Balance Policy ž “Add” Source Portal for the iSCSI data portFigure F.28 Figure F.29 Figure F.30 Figure F.31 G. QLogic QLA4010C setup instructions ž The MC/S setting is doneThe following is the step by step setup of Qlogic QLA4010C Figure F.32 Figure G.1 Figure G.2 ž Disable “Immediate Data” and enable “Initial R2T” n Click “Save settings” and click “Yes” on next pagež Click “OK” Figure G.3 ž Check the parameters which “Initial R2T” are enabled ž Click “Refresh” and find a new target with iSCSI nameFigure G.5 Figure G.6 Figure G.7 Figure G.8 Introduction H. Installation Steps for Large Volume TBBefore starting, prepare the following items Step A configure your target 2. Go to \Volume config\User data volume, create a UDV Figure H.9 block size = 512B, for 64bit OS setting Figure H.10 block size = 4K, for 32bit OS settingFigure H.8 a 2793G UDV is created Figure H.11 attach LUN for iSCSI controller Step B configure your host/server 1. User needs to setup software iSCSI initiator or iSCSI HBA firstFigure H.12 attach LUN port Step C Initialize/Format/Mount the disk Figure H.15 Status is “Connected”, the initiator setting is done1. Go to Control Panel \Computer Management\Device Manger\Disk drives Figure H.16 Disk drive status of IS16GL 2. Go to Control Panel \Computer Management\Disk ManagementFigure H.17 New Disk Figure H.18 Initialize disk For more detail about GPT, please visit Figure H.19 Convert to GPT Disk for over 2TB capacityFigure H.20 format disk Figure H.21 format is done Figure H.22 the new disk is ready to go, available size = 2.72TB System information IS16GLSW version 2.2.1 Build