EMC Disk Library DL4106 Setup And Cabling Manual

1-508-435-1000 www.EMC.com EMC® Disk Library DL4106 SETUP AND CABLING GUIDE P/N 300-005-921 REV A03

Published May, 2008 EMC believes the information in this publication is accurate as of its publication date. The information is subject to change without notice. THE INFORMATION IN THIS PUBLICATION IS PROVIDED “AS IS.” EMC CORPORATION MAKES NO REPRESENTATIONS OR WARRANTIES OF ANY KIND WITH RESPECT TO THE INFORMATION IN THIS PUBLICATION, AND SPECIFICALLY DISCLAIMS IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. Use, copying, and distribution of any EMC software described in this publication requires an applicable software license. For the most up-to-date regulatory document for your product line, go to the Technical Documentation and Advisories section on EMC Powerlink. For the most up-to-date listing of EMC product names, see EMC Corporation Trademarks on EMC.com. All other trademarks used herein are the property of their respective owners.

where the DL4106 hardware components are rackmounted and cabled, and shipped from the factory in EMC-supplied 40U-60 cabinets. Refer to the Services website (http://www.cs.isus.emc.com/csweb2/dgweb/ DiskLibrary/index.htm) or to the Powerlink® website (http://Powerlink.EMC.com) for the latest EMC Disk Library DL4100, DL4106, DL4200, DL4206, DL 4400, and DL4406 setup and cabling, and service documentation. Only an authorized service provider should perform the procedures in this guide. The Disk Library server (DL server) is also referred to as the DL engine.

Make sure the site where you intend to set up the DL4106 Disk Library has the following: ❒ Adequate network wiring to provide the DL server and each storage-system storage processor (SP) with a management port Ethernet connection. ❒ Appropriate electrical wiring in place to accommodate the cabinet’s power cables. For EMC cabinets, see the Site Preparation Guide for CX3-Series Storage Systems in a 40U-C Cabinet (on the EMC Powerlink website). To support all of the storage system’s high-availability features, the cabinet must receive power from at least two discrete circuits. ❒ A host connected to the same network as the storage system to manage and monitor the storage system. We recommend the following minimum configuration for the management workstation: • Intel compatible 500 MHz computer with at least 512 MB RAM and 50 MB of free disk space. • Video driver resolution set to a minimum of 1024x768 with 256 colors and small fonts. • Network interface controller. • US keyboard and pointing device. • DB-9 COM port connector. • Windows 2000, Windows Server 2003 or Windows XP Professional. • TCP/IP network connection to each storage processor in the CX3-80 storage system that the customer will be managing and monitoring. • Java Runtime Environment (JRE) Standard Edition 1.5.0_06 installed. However, EMC recommends JRE 1.6.0 due to known performance issues with prior versions of the JRE. Optimally, other JREs should be uninstalled and there must be only one JRE installed on the station running the CLARalert® Suite. • Web browser software: Microsoft Internet Explorer version 5.5 or greater, Netscape Navigator version 6.0 or greater, Mozilla 1.1 or greater, or Firefox 1.0 or greater. IMPORTANT Updates, service tools and current documentation require Internet access to a support website.

Prepare your environment ❒ A service laptop or customer workstation to initialize the storage system, set up with the following: • Windows 2000, Windows Server 2003 or Windows XP Professional. However, EMC recommends JRE 1.6.0 due to known performance issues with prior versions of the JRE. Optimally, other JREs should be uninstalled and there must be only one JRE installed on the station running the CLARalert Suite. • Java Runtime Environment (JRE) Standard Edition 1.5.0_06 installed. • Web browser software: Microsoft Internet Explorer version 5.5 or greater, Netscape Navigator version 6.0 or greater, Mozilla 1.1 or greater, or Firefox 1.0 or greater. • Navisphere® Storage System Initialization Utility from the CX3-Series Core Server Support Products CD Version 6.26.X • Service providers can download the latest Management UI from the EMC service website. After you download the Management UI, save it to your desktop. • EMC Navisphere Command Line Interface (CLI) Version 6.26.xx

DL configuration planning worksheet To plan your installation, fill out the information in the following tables. The network administrator should provide most of this information. Table 1: Storage-system management port information Storage-system information Storage-system serial number: Network information SP A management port IP address: SP A name: SP B management port IP address: SP B name: Subnet mask: Gateway: Table 2: DL server management port information Disk Library server information Management IP address of DL server: Subnet mask: Default gateway: (Optional) DNS (up to two): (Optional) Domain name:

The following DL4106 Disk Library components are rackmounted and cabled in the EMC-supplied 40U-60 cabinet(s): ❒ One CX3-80 storage processor enclosure (SPE) with: ❒ Two storage processors (SPs) each with two I/O modules ❒ Two management modules ❒ Two power supplies ❒ Four blower modules ❒ Two standby power supplies (SPSs) ❒ One 4-gigabit disk-array enclosure (DAE3P) with six Fibre Channel (FC) boot disk drives and one FC hot spare disk drive A B C D ! ! ! ! ! ! + - + - Blower modules Power supply A Power supply B Rear I/O module 0, SP B I/O module 1, SP B Management module B Management module A Filler panel Front I/O module 0, SP A I/O module 1, SP A EMC3432 SPS A SPS B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B Power LED (green) Fault LED (amber) Power/cooling module B Link control card B Fault LED (amber) Disk activity LED (green) Power/cooling module A Link control card A EMC3437

Verify the parts ❒ One disk-array enclosure (DAE3P) with fifteen 4-gigabit SATA (Serial Advanced Technology Attachment) disk drives ❒ Optional additional disk-array enclosures (DAE3Ps) with 4-gigabit SATA drives (DL4106 can have a maximum of 32 DAE3Ps including the first DAE3P with boot drives) ❒ One Disk Library server (DL engine) A B C D DVD ROM I D I D 2 ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B NIC 1 NIC 2 I O I O I I O I O I ! ! ! ! ! ! + - + - CL3747 Front Rear DL Engine CX3-80 SPE DL Engine CX3-80 SPE Disk Drives DAE3P SPS A SPS B

Verify the parts The following cables ship in an accessory box, or are customer-provided as indicated: ❒ Ethernet LAN RJ45 cable (one per SP and a maximum of four for the DL server) for storage-system management (customer-provided) ❒ One LAN 10/100BaseT crossover cable for configuration with the service laptop ❒ Power cords – one per power supply ❒ A maximum of ten 5-meter copper Fibre Channel HSSDC2-HSSDC2 cables for back-end connection between cabinets for a full DL4106 configuration with three cabinets ❒ A maximum of eight Fibre Channel optical cables for DL4106 host/switch connections (customer-provided) ❒ EMC Disk Library Console and Software Documentation CD (P/N 053-001-785) ❒ CX3-Series Core Server Support Products CD (P/N 053-001-725)

Use the information below and the illustration on the following page to verify the bus (loop) cabling between the SPE and the DAE3Ps. Make sure you connect the back-end cabling between the cabinets. The illustration depicts a complete DL4106 configuration with three cabinets. The cabinet with the CX3-80 storage system and the DL engine is in the middle with the first spillover cabinet on the left, and the second spillover cabinet on the right. A DL4106 configuration with fewer DAE3Ps looks different from the illustration shown on the following page. The CX3-80 SPE2 supports four redundant Fibre Channel back-end buses: 0, 1, 2 and 3 from SP A and 0, 1, 2, and 3 from SP B. On each bus the two independent loops from SP A and SP B are paired, and share access to the same dual-port disk drives. Each CX3-80 storage processor has four back-end (BE) ports that connect to the corresponding primary (PRI) ports on the first disk enclosure in each bus. The disk- array enclosure expansion (EXP) ports connect to the next PRI ports in their loops. For the system to boot and operate, the first DAE3P – connected to BE 0 on both SPs – must have enclosure address (EA) 0. A DAE3P with boot disks and the CX3-80 operating system is always assigned enclosure address 0 prior to shipment. Each DAE3P in a bus requires a unique EA. The first DAE3P has an EA of 0, since it is the first EA on the bus (bus 0). A second DAE3P (the first on bus 1) also has an EA of 0; a DAE3P connected to BE 2 or BE 3 is also EA 0 on that bus. Numbering sequentially, the second EA on each bus is 1, the third 2, the fourth 3, and so on.

Verify storage-system back-end connections NIC 1 NIC 2 I O I O I I O I O I ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B EA7/Bus 1 EA0/Bus 1 EA1/Bus 1 EA2/Bus 1 EA3/Bus 1 EA4/Bus 1 EA5/Bus 1 EA6/Bus 1 EA0/Bus 2 EA1/Bus 2 EA2/Bus 2 EA3/Bus 2 ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! ! EA0/Bus 0 EA1/Bus 0 EA2/Bus 0 EA3/Bus 0 EA4/Bus 0 EA5/Bus 0 EA6/Bus 0 ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B EA5/Bus 2 EA6/Bus 2 EA7/Bus 2 EA0/Bus 3 EA1/Bus 3 EA2/Bus 3 EA3/Bus 3 EA4/Bus 3 EA5/Bus 3 EA6/Bus 3 EA7/Bus 3 ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B EA4/Bus 2 ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B EA7/Bus 0 SPS A SPS B Bus 2 Bus 2 Bus 2 Bus 2 Bus 1 Bus 1 Bus 0 Bus 0 Bus 0 Bus 0 Bus 3 Bus 3 CL3748

Refer to the table below to verify Fibre Channel cabling from the DL server HBA ports to the data ports on the CX3-80 storage system. NIC 1 NIC 2 I O I O I I O I O I CL3586 SPE Port Number DL Server Port Number DL Server Standby Server DL Server Standby Server SP A SP B FE 0 FE 2 FE 1 FE 3 FE 0 FE 2 FE 1 FE 3 0 10 6 0 10 2 6 2 2 0 3 1 6 4 7 5 8 10 11 9 HBA ports DL Engine (rear)

1. Verify that the cabinet master (power distribution panel) switches are in the off position. 2. Verify that the power switch on each SPS is off. 3. For high availability, verify that A and B power cords on each enclosure are connected to different power strips. 4. Verify that all power connections are correct and fully seated: • Standby power supply A (SPS A) connects to the SPS serial port (marked with a battery symbol) on SP A; SPS B connects to SP B. • The AC power cord for power supply (PS) A connects to SPS A, and for PS B connects to SPS B. • The SPSs connect to separate power distribution units (PDUs) in the cabinet. • Power/cooling module A in the first DAE3P (EA 0, bus 0) in the system connects to SPS A, and power/cooling module B in the first DAE3P connects to SPS B. Subsequent DAE3Ps connect directly to the cabinet’s power distribution units. Make sure power/cooling modules A and B connect to different PDUs. 5. Connect the cabinet AC power cables to the power outlets in the customer’s facility. Connect the power cables on the right and left side of the cabinet to different branch circuits. All active power cables must be connected to an appropriate power source. Connecting to only one power source will degrade the system’s high availability.

Verify power settings and connections ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B EA5/Bus 2 EA6/Bus 2 EA7/Bus 2 EA0/Bus 3 EA1/Bus 3 EA2/Bus 3 EA3/Bus 3 EA4/Bus 3 EA5/Bus 3 EA6/Bus 3 EA7/Bus 3 ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B EA4/Bus 2 NIC 1 NIC 2 I O I O I I O I O I ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! ! EA0/Bus 0 EA1/Bus 0 EA2/Bus 0 EA3/Bus 0 EA4/Bus 0 EA5/Bus 0 EA6/Bus 0 ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B EA7/Bus 0 ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B EA7/Bus 1 EA0/Bus 1 EA1/Bus 1 EA2/Bus 1 EA3/Bus 1 EA4/Bus 1 EA5/Bus 1 EA6/Bus 1 EA0/Bus 2 EA1/Bus 2 EA2/Bus 2 EA3/Bus 2 ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O CL4027 Power source B Power source A Power source B Power source A Power source B Power source A

1. Using CAT 5 or better Ethernet cables, connect each SP to the same subnet as the host from which you will manage the storage system (management host). Connecting the storage system to a shared management LAN 2. Connect the Ethernet ports on the DL server, eth2, eth3, eth4, and eth5 to the 10/ 100/1000 Ethernet switch in the customer’s environment. These ports (bond0 ports) share an IP address and, therefore, must be on the same subnet. Based on the customer’s requirement you can connect more than one port, which will improve throughput. ! ! ! ! ! ! + - + - LAN EMC3435 DL Engine (rear) NIC 1 NIC 2 I O I O I I O I O I 2 4 5 3 bond0 ports eth0 port not used CL3593

1. Verify that all power supplies are connected to AC power. Turn on the power switch for each SPS. 2. Unplug the DL server power cables if they are connected to power. 3. Turn on the master switch/circuit breakers for each cabinet/rack power strip. (In standard EMC cabinets, master switches are on the power distribution panels.) CL NIC 1 NIC 2 I O I O I I O I O I ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # A B A B ! ! ! ! ! ! EA0/Bus 0 EA1/Bus 0 EA2/Bus 0 EA3/Bus 0 EA4/Bus 0 EA5/Bus 0 EA6/Bus 0 ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O ON I OFF O Power source B Power source A ! ! ! ! ! EXP PRI EXP PRI # ! EXP PRI EXP PRI # EA7/Bus 0 Master switch Master switch

Start the storage system The storage system may take several minutes to complete powerup. Amber warning lights will flash during power on self-test (POST) and then go off. The front fault light and the SPS recharge lights commonly stay on for several minutes while the SPS units fully charge. If the amber lights on the front or back of the storage system remain on, make sure the system is correctly cabled and then refer to the “Troubleshooting” section on the CX3 series service page on the EMC Powerlink website (http://Powerlink.EMC.com).

To initialize the storage system, you must configure the management network interfaces for the storage system’s storage processors (SPs) with the Navisphere Storage System Initialization Utility. Requirements for initialization Make sure you have the following: ❒ FLARE® Operating Environment (OE) software version 03.26.080.5.yyy or higher installed on the storage system. A card that ships with the storage system indicates the FLARE version that is installed. ❒ A host on the same subnet as the storage system’s management ports and running one of the operating systems listed below. This host may also be a server with Fibre Channel connections to the storage system. • Windows 2000 • Windows Server 2003 • Windows XP Professional ❒ The completed CDL configuration planning worksheet on page 4 with the following information: ❒ A static IP address and name for each storage processor in the storage system. ❒ The subnet mask of the LAN to which each storage-system management port and host is connected. ❒ The default gateway address of the LAN to which each storage-system management port is connected. ❒ The security settings information which includes storage-system username and password.

Initialize the storage system ❒ The hardware serial number of the storage system, which is located on a label on the front of the storage system behind the bezel, as shown below: ❒ The CX3-Series Core Server Support Products CD that shipped with the storage system. We recommend that you install and run the storage system initialization utility on a host but you can run this utility from the CX3-Series Core Server Support Products CD. Install the Navisphere Storage System Initialization Utility Use the CX3-Series Core Server Support Products CD and install the storage system initialization utility on a host connected to the same subnet as the storage system. Run the storage system initialization utility on the management host After the storage system is fully powered up for the first time, you must run the Navisphere Storage System Initialization Utility to initialize the storage system. Initialization sets management network parameters and security for the storage system so that you can manage it over the LAN. EMC3400 A B C D Front Serial number

Initialize the storage system 1. Before continuing, make sure that the storage system is powered up, that each SP power light (rear of enclosure) is steady green, and that no amber lights are blinking. 2. Start the initialization utility: From the toolbar, select Start > Programs > EMC > Navisphere > Navisphere Storage System Initialization 3. Read the license agreement, and accept it by clicking I accept and Next. The utility automatically scans the subnet for storage systems. When the discovery operation is complete, the utility lists, by hardware serial number (refer to the picture for the location of the serial number), all uninitialized and initialized CLARiiON® storage systems that it found. If the discovery operation did not find the storage system that you are installing, verify that the storage system’s management ports are properly cabled to the LAN on which the host resides. The storage system and host must both reside on the same subnet. 4. Select the Disk Library storage system to initialize. In the Uninitialized Systems list, select the storage system’s serial number and click Next.

Initialize the storage system 5. Use the completed CDL configuration planning worksheet from the step ”Plan your configuration” on page 4, and enter the following information for the storage-system management ports: The storage-system name cannot exceed 32 characters. For example, if the IP address of SP A is 192.188.121.185, you can enter a name, 4106spA_121_185. Click Next when you finish. 6. Initialize security by specifying the following information: IMPORTANT Make sure you enter the username and password exactly as specified below. Otherwise, the storage system will not function correctly. User name: cdlsupport, Password: wabisabi Confirm the password, and click Next. 7. A summary of the storage-system network settings appears. If the settings are correct, click Finish. The storage system reboots. 8. A message appears indicating that the storage system has initialized successfully. Click OK. Storage processor A IP address: IP address for SP A management port. Name Storageprocessor B IP address: IP address for SP B management port. Name Subnet mask Subnet mask associated with the LAN to which the storage-system management port is connected. Default gateway Default gateway address for the LAN to which the storage-system management port is connected.

Perform the following steps within Navisphere: 1. Create a Disk Library domain, where you assign the master node (”Creating a Disk Library domain” on page 20). 2. Set up a customer account with monitor privileges (”Creating a customer account” on page 21). Creating a Disk Library domain To create or modify a domain, you must be logged in to a global administrator account. All storage systems that you want to add to (or remove from) the domain must be running the storage management server software. Selecting or changing a master node Before configuring a domain, you should select a master node for it. The master node (the SP you designate) holds the master copy of all global information in the domain. This information will be copied to all member nodes in the domain. If there is any discrepancy between node information, the information on the master is considered the correct version. If a master node already exists, and you define a new one, the old master node will be automatically demoted. 1. On the computer that has the supported browser and Java Runtime Environment (JRE), open the browser, and enter the IP address of a storage system SP. The software displays a login dialog box that requests your username, password, and scope (local or global). 2. Log in using the username cdlsupport, password wabisabi, and scope global. A message appears indicating that a domain has not been configured for the storage system. Click OK.

Configure the Navisphere domain 3. The Select Master window displays Master Node IP Address. Click OK to assign this node as the master node. Click Yes and OK in the confirmation screens. Creating a customer account To add, modify, or delete an account, you must be logged in as an administrator. For global accounts, you must be logged in as a global administrator. When you create or modify a global account, all storage systems in the domain should be online, so that changes can be applied to all of them. To add a customer account, follow these steps: 1. In the Enterprise Storage window, select Tools > Security > User Management. The User Management window opens. 2. In the User Management window, click Add. The Add User window opens. 3. In the Add User window, enter the following information: Username – type monitor in lowercase letters Role – monitor Global/Local – global When you use the global option, the system copies this user account information to all DL series systems in the domain. This allows a person with knowledge of this username and password to use the account on any storage system in the domain. The account will be displayed as a user account on all storage systems in the domain. Password – type password in lowercase letters Confirm the password by typing the password again, and then press ENTER. 4. Click OK. The software creates the account and the user can now log in to this domain through an Internet browser using the username, password, and scope that you specified. NOTE You can give the customer the monitor account details but not the CDL support account details.

The management station on which you install the Disk Library Console must have a LAN port that is connected to the network to which the DL server is connected. This enables communication between the DL server and the management station. The Disk Library Console uses TCP port 11576 to communicate with the DL server, and port 11577 for remote copy operations. If you plan to have the Disk Library Console and the DL server communicate through a firewall, you must open both ports. To install the Disk Library Console: 1. Insert the EMC Disk Library Console and Software Documentation CD into the CD-ROM drive. The CD automatically launches a menu screen. If the CD does not automatically launch a menu screen, navigate to the CD-ROM drive in an Explorer window, and select the Launch.exe file. 2. Select Software. A software window is displayed. 3. Follow the instructions on the Software window to install the Disk Library Console.

NOTE Make sure you connect each DL server power cable to a different power strip to ensure high availability. The DL server should be powered on before you perform the procedures in this section. The Disk Library Console communicates with the Disk Library through the Disk Library server. The DL server in a DL4106 configuration has a factory-specified default IP address of 192.168.1.2. For the DL server to be available on the Disk Library Console, the Windows workstation (running the Disk Library Console) must be able to access the default IP address subnet 192.168.1.0 of the DL servers. The three methods for doing this are: • If the customer will allow reconfiguration of the Windows network properties, follow the procedure below. This procedure lets you add an IP address to the Windows workstation network configuration that is on the same subnet as the default DL server IP address. a. Log in to the Windows workstation that is running the Disk Library Console as a user with administrator privileges. b. To add an IP address to a Windows 2000 workstation, select Start > Settings > Network and Dial-up Connections > Local Area Connection > Properties > Internet Protocol (TCP/IP) > Properties > Advanced > Add. The TCP/IP Address window appears. c. Enter the IP address and subnet mask; for example, use the IP address 192.168.1.10, subnet mask 255.255.255.0. Click OK to close all the open pop-up windows. OR • If the customer will not allow reconfiguration of the Windows workstation network properties, use the service laptop with a serial cable connected to the DL server. Use HyperTerminal or other terminal emulation software with a serial port at 19.2K baud. Hyper terminal settings are 19.2K Speed/8 Data Bits/1 Stop bit/ Parity None. a. Log in as dlroot. Refer to the note below for dlroot login information. NOTE Use the username dlroot and password !4CustUse to log in to the DL server as Hyper terminal. For DL Console login; use username dlroot and password !4CustUse. Do not share this password with the customer.

Initialize the DL server b. Type the following commands, where xxx.xxx.xxx.xxx is the IP address of the DL server, yyy.yyy.yyy.yyy is the netmask (typically 255.255.255.0), and zzz.zzz.zzz.zzz is the default gateway of the DL server (as specified by the customer). For example: ifconfig bond0 xxx.xxx.xxx.xxx netmask yyy.yyy.yyy.yyy route add default gw zzz.zzz.zzz.zzz These commands change the network settings temporarily; they revert to the default setting after the DL server reboots. OR • Configure the network settings by connecting a monitor and a keyboard directly to the DL server: a. Log in as dlroot. Refer to the note on page 23 for dlroot login information. b. Type the following commands, where xxx.xxx.xxx.xxx is the IP address of the DL server, yyy.yyy.yyy.yyy is the netmask (typically 255.255.255.0), and zzz.zzz.zzz.zzz is the default gateway of the DL server (as specified by the customer). For example: ifconfig bond0 xxx.xxx.xxx.xxx netmask yyy.yyy.yyy.yyy route add default gw zzz.zzz.zzz.zzz These commands change the network settings temporarily; they revert to the default setting after the DL server reboots. Adding the Disk Library server to the Console 1. Open the Disk Library Console program.

Initialize the DL server 2. If the Disk Library Console already has an entry for the original DL server, delete the server entry as follows: a. Right-click the DL server and select Disconnect. b. Right-click the DL server and select Delete. 3. Use one of the following methods to add the DL server to the Console: Before you log in as dlroot, select Tools > Console Options, and clear the Remember password for session option. • Right-click EMC Disk Libraries and select Add. The EMC Disk Library User Login window opens. Enter the following information in the appropriate text boxes, and then click OK: Disk Library Server IP Address – xxx.xxx.xxx.xxx where x is the IP address of the Disk Library server. User Name and Password – Log in as dlroot. Refer to the note on page 23 for dlroot login information. OR • Right-click EMC Disk Libraries and select Discover. Enter the IP address and the subnet mask of the required DL server. The Disk Library Console locates your DL server, and adds an entry for the DL server under EMC Disk Libraries. When you connect for the first time to the DL server from the Disk Library Console (right-click the DL server and select Connect), background verify operations will begin on all the Disk Library LUNs. For background verify to run, the storage system must be available on the DL server network. The background verify operations may take couple of hours to complete. Until the background verify operations have completed, the DL should not be used for performance testing.

Initialize the DL server Setting up the network configuration for a DL4106 Once the DL server is available on the network, you can set the network configuration from the Disk Library Console. 1. Right-click the new DL server. 2. Select System Maintenance > Network Configuration. 3. In the Network Configuration window, set the network configuration properties for the DL server: • Domain name (optional) • Append suffix to DNS Lookup (optional) • DNS servers (optional) • Default gateway address (optional) • NIC – Click the Config NIC button and click Edit to modify the IP address and Subnet mask. This window also displays the default Duplex Mode with the Auto, Full, or Half checkbox selected. • Enable SSH – This option allows remote SSH connections to the DL server. Click OK when you finish setting up the network properties in the Network Configuration window. Setting the time, NTP, and hostname 1. Double-click the system time at the bottom right corner of the Console window. This opens the Date and Time Properties window. 2. Click the Time Zone tab and enter the time zone. 3. Click the Date & Time tab and enter the date and time details. 4. (Optional) To configure NTP (network time protocol), click the NTP tab and select Add to add a time server to the server list. 5. To set the hostname, select System Maintenance > Set Hostname, which opens the Set Hostname window. Enter a new hostname and click OK.

In a default DL4106 configuration, the DL server FC ports 1, 3, 7, and 11 are available for storage area network (SAN) connections (target mode). The DL4106 default configuration also provides four FC ports (4, 5, 8 and 9) for physical tape library connections (initiator mode, which supports only SAN attached tape). Ports 1, 3, 7 and 11 and ports 4, 5, 8 and 9 are flexible-use ports that you can interchange and use as target ports for SAN connections or initiator ports for connection to the physical tape libraries. For information on host-connectivity, refer to the EMC Disk Library 4000-Series Service Guide. To change a flexible-use port from target mode to initiator mode: 1. In the Disk Library Console, select Physical Resources > Storage HBAs and right-click QLogic Adapter.x (where x is 1, 3, 7, or 11). 2. Select Disable Target Mode, and click OK. To change a flexible-use port from initiator mode to target mode: 1. In the Disk Library Console, select Physical Resources > Storage HBAs and right-click QLogic Adapter.x (where x is 4, 5, 8, or 9). 2. Select Enable Target Mode, and click OK.