EMC Celerra NS-480 System (Dual Blade) Installation Guide

Transcription

1 EMC Celerra NS-48 System (Dual lade) Installation Guide P/N Rev 4

2 EMC believes the information in this publication is accurate as of its publication date. The information is subject to change without notice. THE INFORMTION IN THIS PULICTION IS PROVIDED S IS. EMC CORPORTION MKES NO REPRESENTTIONS OR WRRNTIES OF NY KIND WITH RESPECT TO THE INFORMTION IN THIS PULICTION, ND SPECIFICLLY DISCLIMS IMPLIED WRRNTIES OF MERCHNTILITY OR FITNESS FOR PRTICULR PURPOSE. Use, copy, or 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 dvisories section on EMC Powerlink. For the most up-to-date listing of EMC product names, see EMC Corporation Trademarks on EMC.com. ll other trademarks used herein are the property of their respective owners. The label, settings, and system cabling information in this document are for your reference. Paste the Control Station label in the provided space. Copyright 8-9 EMC Corporation. ll rights reserved. Published December, 9

3 efore you begin Welcome The system you are about to install comes factory pre-loaded with EMC Celerra Network Server software (DRT) and CLRiiON storage array software (FLRE ). Software upgrade Primary internal network If you bought a software maintenance contract, you are entitled to software upgrades only after the installation, Celerra Startup ssistant (), and registration have successfully completed. Site preparation Complete the site preparation by verifying the following activities before instal lation: Network connections Power requirements Rack space requirements Default IP addresses The system components communicate with each other using a private Internet Protocol (IP) network. y default, this network uses the IP addresses listed in the following table. If your existing IP network uses addresses on these subnets, you are required to change the private network addresses of your Celerra Network Server to different subnets before the installation. Internal system addresses Factory values ackup internal network Netmask IP address of storage processor IP address of storage processor Gateway IP address of storage processor Gateway IP address of storage processor

4 EMC Tutorial Installation overview Installation EMC Celerra NS Step. ssemble and cable the Celerra NS-48 on site. Installation P/N nnn-nnn-nnn-n EMC Celerra NS System Tutorial Installation P/N nnn-nnn-nnn-n ack Next Cancel This CD contains the intellectual property of EMC Corporation or is licensed to EMC Corporation from third parties. Use of this CD and the intellectual property contained herein is expressly limited to the terms and conditions of the License greement. Step. Install using the Celerra Startup ssistant. Step. Order the Celerra NS-48 and prepare the site. Implementation Step 4. Register with the service provider. Step 5. Configure for production. CNS-77 4

5 Installation overview steps Installation steps:. Review and complete the Celerra worksheet, pages 9-, and verify that the site is properly prepared for the installation of your Celerra NS-48. bout minutes.. If your Celerra NS-48 is to be installed in a customer-supplied rack, use this document to unpack the system from the mini-rack shipping container, remove the reusable rails, and install the system in your available rack. bout 4 minutes. Note: If your Celerra NS-48 system arrived at your site in a pre-installed cabinet and is previously cabled, verify the cabling before you begin the use of your system. Cable your system according to the instructions and illustrations contained in this document. Ensure that all of your cables are seated securely. bout 45 minutes.. When you install your Celerra NS-48, use the Celerra Startup ssistant () to pre-confi gure your system. The latest version of the can be downloaded from the Celerra Tools section on Powerlink. The is also on the Celerra pplications & Tools CD. bout 5 minutes. 4. Register your system with the service provider. If you do not register your system now, using the Celerra Startup ssistant, your request for support from your service provider will be delayed. You can also register your Celerra NS-48 by downloading the Registration Wizard on Powerlink. bout 5 minutes. Implementation step: 5. fter you have registered your Celerra NS-48 system, you must confi gure the system for production. You can use the Provisioning Wizard in the, one of the several pre-packaged implementation confi gurations based on common usages, or your own implementation using Celerra Manager to confi gure your system. t the end of each one of these confi gurations, your system will be ready for production. Note: If your Celerra NS-48 system has the Fibre Channel-enabled option use Navisphere Manager to provision storage for use by other Hosts. 5

6 Unpacking the Celerra NS-48 system If your Celerra NS-48 system was purchased and shipped in an EMC 4 Unit cabinet (7 in. in height; unit =.75 in.), start on page 5 of this document and confi rm that the cables are installed correctly and securely; otherwise start unpacking your Celerra NS-48 system from the disposable mini-rack shipping container. CNS-86 6

7 Contents of package Shrink-wrapped Installation Guide, environmental information and notices Disk-array enclosure (DE) Disposable mini-rack Remove this label and paste it on the back of the front cover of this installation guide. ccessory box Control Station () Standby power supply (SPS) Storage processor enclosure (SPE) Ganged rails lade enclosure Ganged rails Front CNS-7 Note: The table represents components that are shipped with Celerra s disposable mini-rack. If additional accessory boxes are necessary, they will be shipped separately. Disposable mini-rack ccessory box Document inventory list Disk-array enclosure Control Station Standby power supply interconnect cable kit Fibre Channel cables Installation guide with storage processor options and cabling diagrams Standby power supply Storage processor enclosure Ganged rails lade enclosures: lade enclosure area empty lade enclosure Power cables Serial cables Crossover cables Ethernet cables for internal network ezels Hardware for non-factory installs Environmental compliance information and notices 7

8 Remove components from shipping container Caution: Two people are required to remove the components. Only remove screws holding the components in place at this time. Do not remove the screws holding the rails in place; this may cause damage to the components. Only remove one component at a time.. Using a Phillips-head screwdriver, remove only 7 screws per side. Keep the removed screws to install the components in your rack. Ganged rails Remove ONLY 7 screws per side. Mini-rack Remove this label and paste it on the back of the front cover of this installation guide. Remove ONLY 7 screws per side. Disk-array enclosure (DE) Control Station () Standby power supply (SPS) 4 Storage processor enclosure (SPE) 5 lade enclosure. Carefully set aside each component as it is removed from the disposable mini-rack shipping container. Front 4. The ganged rails remain in the mini-rack shipping container at this time. 5 Disk-array enclosure Control Station Standby power supply Storage processor lade enclosure CNS-84 8

9 Remove rails Remove the screws holding the rails in place. Keep the screws to install the rails in your rack. Remove the reusable rails from the disposable mini-rack. Disposable mini-rack Remove screws each side. Remove screws each side. Remove ganged rails from mini-rack. Rail slide with extensions Ganged rails Remove ganged rails from mini-rack. Rail slide with extensions Rear of rack Ganged rails CNS-8MOD Front of rack Threaded screw holes 9

10 Install rails into site rack Note: The rails must be aligned carefully, and two people are required to install the components.. Insert the rail slide and seat both rail extensions into the rear channel of your rack. We recommend placing the top rail pin into the hole just above a U marker.. lign the front of the ganged rail as shown. Insert retention screws in the front and retention screws in the back of each rail. See the following illustration.. Do not fully tighten the retention screws at this time. llow some adjustment space for the installation of the components. Install retaining screws on each side of your rack to hold the ganged rails in place. Rail slides fter inserting the rail extensions, install screws on each side of your rack to hold the rails in place. Rail slides DE 4 8 SPS 4 4 DE SP 7 8 Rear of rack E 4 SPS E SP Ganged rails Install the retaining screws E E Threaded screw holes Front customer rack CNS-76

11 Components, latches, and bezels. Install the bottom component, blade enclosure.. Ensure that each component is securely tightened before you install the component above it. When the components are installed, tighten the retention screws.. Install the latches as you install the components. 4. fter all the components and latches are in place, snap on the bezels. Disk-array enclosure (DE) bracket each side Front and sides bezel bracket screws per side Control Station () Standby sower supply (SPS) Storage processor (SP) Front 5 Rail catch screw per side 4 Install the bottom component first. Ensure that each component is secure before you install the component above it. lade enclosure U latch, screws each side Right front side Inside Install the lower screw first with screws on each side. Press Inside The indentation goes toward the inside of the rack. Snap on bezels Press to install the bezel, then release. CNS-7

12 EMC Celerra NS-48 storage processor models Typical NS-48 storage processor (SP) confi gurations. Your particular SP confi guration may differ from the models shown here. NS-48 ase configuration SP SP // // MGMT 4 MGMT 4 NS-48 configuration with additional Fibre Channel module SP SP // // MGMT 4 MGMT 4 NS-48 configuration with additional isi modules SP SP // // MGMT 4 MGMT 4 CNS-7MOD

13 EMC Celerra NS-48 blade types The three blade types shown are for the NS-48. The blade enclosure contains two blades of the same type. 4 ports copper Ethernet / / lade lade enclosure Or ports GbE optical and ports copper / fge fge / fge fge 46--7_ 46--7_ lade lade enclosure Or ports GbE optical and ports copper / / fxg fxg fxg fxg 46--7_ lade 46--7_ lade enclosure CNS-69

14 Disk-array enclosure EMC Celerra NS-48 confi guration NS-48 rear view stackup. LCC EXP EXP PRI PRI 4Gb Gb PRI EXP PRI EXP LCC Control Station MODEM plug VG socket MGMT Serial Console Standby power supply Storage processor enclosure // // MGMT 4 MGMT 4 / / This space indicates the unit space between the SP enclosure and blade enclosure. E E _ E E _ lade enclosure / / E E _ E E _ lade CNS-8 4

15 Cabling the EMC Celerra NS-48 system Storage processor cabling for blades and. Storage processor enclosure // // MGMT 4 MGMT 4 E SP Port E SP Port lade E SP Port 4 lade E SP Port Storage processor enclosure 4 SP SP Port SP Port SP Port SP Port MGMT 4 MGMT 4 SP E E lade E E E E Fibre E E E lade lade enclosure lade E E E CNS-7 Note: The blades in your Celerra system may have four Ethernet copper ports, two -GbE optical ports and two copper ports, or two -GbE optical ports and two copper ports shown on page. 5

16 Cabling the EMC Celerra NS-48 system Cable the NS-48 serial cables. Modem SP MGMT SPS SP MGMT SPS Modem Control Station Standby power supply (SPS) SPS SP Storage processor enclosure SPS SPS SPS SP SP MGMT SP MGMT lade enclosure CNS-85 Note: The blades in your Celerra system may have four Ethernet copper ports, two -GbE optical ports and two copper ports, or two -GbE optical ports and two copper ports shown on page. 6

17 Cabling the EMC Celerra NS-48 system Cable the NS-48 internal network cables. SP MGMT lade 4 lade SP MGMT Control Station Standby power supply Storage processor enclosure SP MGMT SP MGMT 4 lade lade enclosure lade lade CNS-78 Note: The blades in your Celerra system may have four Ethernet copper ports, two -GbE optical ports and two copper ports, or two -GbE optical ports and two copper ports shown on page. 7

18 Cabling the EMC Celerra NS-48 system Cable the NS-48 public local area network (LN) cables. MGMT To public LN To public LN (customer supplied) To public LN (customer supplied) To public LN Control Station Standby power supply MGMT Storage processor enclosure cge cge cge cge cge cge cge cge lade To public LN To public LN CNS-8 Note: ttach the customer-provided Ethernet cables from your public LN starting with blade, cge port. Populate the cge ports as needed. Note: The blades in your system may have four Ethernet copper ports or two -GbE optical ports and two copper ports or two -GbE optical ports and two copper ports. 8

19 Cabling the EMC Celerra NS-48 system Cable the NS-48 disk-array enclosure (DE) cables. Storage processor (SP) latch down (bottom SP) Link control card (LCC) PRI EXP LCC PRI PRI connector SP Port Pull/release tab Storage processor (SP) latch up (top SP) Link control card (LCC) Pull/release tab LCC PRI SP Port EXP PRI PRI connector PRI connector Latch side up LCC PRI connector Latch side down LCC Disk-array enclosure (DE) LCC PRI LCC EXP # PRI PRI PRI EXP # LCC LCC Control Station () PRI Standby power supply (SPS) Storage processor enclosure (SPE) Pull/release tab FC-FC lade enclosure SP Port SP Port Pull/release tab CNS-68 9

20 Powering the EMC Celerra NS-48 system Power Up procedure for NS-48 Note: If there are no other components in the cabinet, verify that the cabinet circuit breakers are in the ON position. If you are installing the NS-48 into an existing cabinet that contains other components, do not turn off the cabinet circuit breakers. Ensure that the switches on SPS and SPS are in the OFF position. Connect the power cables as follows: # yellow circle with a number indicates the power cable number.. Connect power supply on the fi rst disk-array enclosure (DE) to standby power supply (SPS).. Connect the power supply on the DE to SPS.. Connect storage processor (SP) power cable on the SP enclosure to SPS. 4. Connect SP power cable on the SP enclosure to SPS Connect SPS cable to the right PDP Connect SPS cable to the left PDP. Turn SPS and SPS switches ON Connect the power cables for the blade enclosure to the PDP Connect the Control Station to the left PDP. 9

21 Cabling the EMC Celerra NS-48 system Power distribution panel (PDP) SPS SPS SP SP Power Up procedure cabling for the dual blade and SPS NS-48 system. Disk-array enclosure (DE) PDP lade 8 7 lade enclosure SPS switch SPS switch CNS-8 Note: The blades in your Celerra system may have four Ethernet copper ports, two -GbE optical ports and two copper ports, or two -GbE optical ports and two copper ports shown on page.

22 Disk-array enclosure NS-48 system LEDs links green when booting. LCC LCC Storage processor lue when cabled. lue when cabled. SP SP Control Station links green when booting. MGMT Standby power supply links when booting. On when working. SPS links green when booting. SPS MGMT 4 MGMT 4 / / This space indicates the unit space between the SP enclosure and blade enclosure. lade 5 lade 4 lade enclosure / links amber when booting. Off when working. ctivity / Link lade Green when booted. CNS-64 Note: If the amber LEDs on the front or back of the storage system remain on for more than minutes, make sure that the system is properly cabled. The blades in your Celerra system may have four Ethernet copper ports, two -GbE optical ports and two copper ports, or two -GbE optical ports and two copper ports shown on page. lue when cabled.

23 Cabling MPFS hosts over Fibre Channel Note: If your Celerra does not use MPFS, proceed to page 6. If you have Fibre Channel ports available for host attach, you have the option of confi guring Multi-Path File System (MPFS) on your Celerra. This confi guration supports connecting directly to the MPFS clients, or connecting to the MPFS clients through a switch. To connect directly to MPFS clients, connect each client to the corresponding Fibre Channel ports on the I/O modules. For example, a client connected to port in slot should also be connected to port on slot. Clients Storage processor // // MGMT 4 MGMT 4 CNS-74MOD

24 Cabling MPFS host over Fibre Channel Note: If your Celerra does not use MPFS, proceed to page 6. To connect to MPFS clients through a switch, connect the clients to the switch, and connect the Fibre Channel ports on the I/O modules to the switch. Clients Switch Storage processor // // MGMT 4 MGMT 4 CNS-75MOD 4

25 Cabling MPFS hosts over isi Note: If your Celerra does not use MPFS, proceed to page 6. If you have isi ports available for host attach, you have the option of confi guring Multi-Path File System (MPFS) over isi on your Celerra. The isi confi guration supports connecting to the MPFS clients through a switch. To connect to MPFS clients through a switch, connect the clients to the switch, and connect the isi ports on the I/O modules in slots,, 4,,, and 4. Number of clients Switch SP Port SP Port SP Port SP Port SP 4 Port SP 4 Port SP Port SP Port SP Port SP Port SP 4 Port SP 4 Port // // MGMT 4 MGMT 4 Storage processor CNS-79MOD 5

26 SP MGMT NS-48 cabling diagram copper ports NS-48 cabling diagram with copper ports. LCC PRI LCC PRI DE LCC LCC CONTROL STTION MGMT 4 4 / / lade SPS SPS MGMT SPS SPS SP Port SP MGMT SP Port SP MGMT SP SP MGMT SP MGMT MGMT SP Port SP Port SP Port SP Port This space indicates the unit space between the SP enclosure and blade enclosure. lade lade E lade E E lade E CNS-66 6

27 SP MGMT NS-48 cabling diagram -GbE ports NS-48 cabling diagram with GbE optical ports. LCC PRI LCC PRI DE LCC LCC CONTROL STTION MGMT 4 4 / fge fge / fge fge lade SPS SPS MGMT SPS SPS SP Port SP MGMT SP Port SP MGMT SP SP MGMT SP MGMT MGMT SP Port SP Port SP Port SP Port This space indicates the unit space between the SP enclosure and blade enclosure. lade lade E lade E E lade E CNS-67 7

28 SP MGMT NS-48 cabling diagram -GbE ports NS-48 cabling diagram with GbE optical ports. LCC PRI LCC PRI DE LCC LCC CONTROL STTION MGMT SP SPS SPS MGMT SPS SPS SP MGMT SP Port SP Port SP MGMT SP MGMT SP MGMT 4 MGMT 4 SP Port SP Port SP Port SP Port / / fge fge fge fge This space indicates the unit space between the SP enclosure and blade enclosure. lade lade enclosure- lade / / fxg fxg fxg fxg lade E lade E E lade E CNS-89 8

29 Celerra Startup ssistant worksheet Verify that the site is properly prepared for your Celerra System. Complete the worksheets and use the information to verify the values when you run the Celerra Startup ssistant (). Note: The pre-populates values based on auto-discovery from your Windows client. Shaded areas are values that will be auto-discovered based on your system and network environment; if auto-discovery fails, you need to provide the information manually.. Record the external network settings for the Control Station. Control Station hostname Control Station static IP address Netmask Gateway DNS domain Primary DNS server Secondary DNS server NTP server TimeZone. The passwords for the root user/system backend administrator and NS administrator are default values. These default values should be changed as soon as possible for security reasons. root_password (default value = nasadmin) NS administrator (default value = nasadmin). The appropriate blade external network settings are auto-discovered. lade DNS domain lade primary DNS server lade secondary DNS server lade NTP server 9

30 Celerra Startup ssistant worksheet 4. Record the storage processor external network IP addresses. Note: Public IP addresses for your storage processors are required to use the Navisphere Service Taskbar for routine array maintenance. The IP addresses must be on the same subnet as the Control Station. Storage processor IP address Storage processor IP address 5. If applicable, confi gure service provider/customer notifi cation information. Note: The dial-in modem number is the phone number for the line that connects to the modem. This is the local number that is used by the service provider to dial into your system. Note: will not work without a DNS server. Service provider/ customer notifi cation Site information server (recommended) Recipient addresses (optional) Site ID (optional) (party name) Dial-in modem no. (optional) 6. Record the licenses that you have purchased. CIFS (Windows) NFS (Linux) isi

31 Install the Celerra Startup ssistant () Celerra Startup ssistant efore installing the, verify the following requirements: ccess to the Powerlink website (preferred) or the Celerra Network Server pplications and Tools CD is available. Windows-based client computer is on the same subnet (customer network) as the Celerra Management Control Station. The computer must have at least M of free space. Internet connectivity is recommended. To obtain and install the, perform the following numbered steps: Note: On your computer, disable any fi rewall software, pop-up blockers, virtual private network (VPN) interfaces, and VMware network interfaces before running the.. Download the from a link on the Celerra Tools page of the Powerlink website. If you do not have access to the Powerlink website, insert the Celerra Network Server pplications and Tools CD into your computer.. In the EMC Product Installation window, click Celerra Startup ssistant to install the on your computer. Network Load the pps & Tools CD in either a laptop or PC tower. EMC Celerra NS4 System Tutorial CD Installation P/N nnn-nnn-nnn-n Copyright nnn EMC Corporation ll Rights Reserved This CD contains the intellectual property of EMC Corporation or is licensed to EMC Corporation from third parties. Use of this CD and the intellectual property contained herein is expressly limited to the terms and conditions of the License greement. CNS-6

32 Celerra Startup ssistant Run the Celerra Startup ssistant () To run the :. Double-click the Celerra Startup ssistant shortcut on the desktop or go to C:\ProgramFiles\EMC\\startup\launch.bat. 4. Click Install. The Celerra Startup ssistant guides you through the remaining steps. 5. Then confi gure your system as described in Step 5. Confi gure for Production. Step 5. Configure for Production Now that the pre-configuration is complete, you must configure the system for production. You can use the Provisioning Wizard in the, one of several pre-packaged implementation configurations based on common usages, or your own implementation using Celerra Manager to configure your system. t the end of each of these configurations, your system will be ready for production. Common implementations include: Create CIFS shares Create isi LUNs Create NFS exports Set up MPFS dd additional hosts for Fibre Channel-enabled systems Perform Common Post- tasks Go to the Celerra Tools page for the NS-48 on Powerlink and select Step 5: Configure for Production for more information.

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