Emc unisphere remote installation guide

VNXe arrays use the first 4 drives to store configuration information and critical system data, these are known as the system or vault drives and run from DPE Disk 0 through to DPE Disk 3. The system drives can be added to storage pools however usable capacity of system drives is reduced, therefore storage pools utilising system drives should use a smaller RAID width.

For larger configurations with high drive counts EMC does not recommend using the system drives as heavy client workload may slow down management operations does not apply to all-flash.

The snap-in method is the most commonly used rail set and the one we will use here. Locate the left and right markings on each rail. Align the 2U key tabs with the U-space in the rear rack channel. Push the key tabs and adaptors into the rear mounting holes until the spring clips snap into place. Round the front push in the spring clip and release once the rail is lined up with the mounting holes. Secure the rear of the rail using 1 x M5 screw on each side. Slide the DPE into the rails until they click into the rear tabs on each rail.

The tabs secure and support the rear of the enclosure, the front is secured using 2 x M5 screws on each side. Repeat the process for any additional DAEs. Next plug in the cables for your chosen front end connectivity, i.

Fibre Channel or Ethernet. Front end ports need to be connected and configured symmetrically across both storage processors to facilitate high availability. Furthermore you should use all front-end ports that are installed in the system, so that workload is spread across as many resources as possible. NAS ports should also be configured with LACP grouped per storage processor, to provide path redundancy and performance improvements. Once the array has power it will take approximately 10 — 15 minutes to power up.

Finally, clip the front bezels into place and secure with the key included. To access the web UI for setup we have a couple of options for automatic or manual IP addressing. The Connection Utility gives you two options; automatically detect unconfigured storage systems in the same subnet as your Windows client, or manually configure an IP in a configuration file for use with a USB flash drive which the array automatically reads.

Depending on how IP addressing has been assigned open a browser and enter the IP address manually configured, or the DNS entry serialnumber. It is a logically single entity which replicates and protects data between all sites in one RecoverPoint installation. RecoverPoint supports concurrent local and remote replications over any distance, sync or async. Unisphere Service Manager USM Utility :- The Unisphere Service Manager USM is a collection of tools that help you update, install, and maintain your system hardware and software as well as provide contact and system information to your service provider.

Recoverpoint Introduction. Skip to content Advertisements. Enter the IP address. Accept Always. Enter VNX Credentials. Henry Flores. A short summary of this paper. Download Download PDF. Translate PDF. All rights reserved. Published in USA. Published February , 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. All other trademarks used herein are the property of their respective owners. Contact your sales representative to take advantage of these service offerings. Shipping Methods One of two shipping methods is possible for your order.

The product is shipped either: l Completely equipped and cabled in an EMC cabinet or l In multiple boxes for installation in a customer-provided cabinet Overview of installing an EMC cabinet If your system was shipped in an EMC cabinet, the installation process involves the following steps: Procedure 1. Read and complete the prerequisite tasks listed in Prepare your system on page 9. Unpack the shipping boxes and verify the shipping contents from the packing instructions on the outside of the box as described in Unpack your system on page Verify the cabling and connect the system to your network as described in Cable your system on page Power up your system and verify that the system powered up correctly by checking the LEDs of the system components.

This is described in Power up on page Complete the tasks listed in Setup on page Overview of installing in a customer cabinet If your system was shipped to be installed into a customer's cabinet, the installation process involves the following steps: Procedure 1.

Unpack the shipping boxes and verify the shipping contents as described in Unpack your system on page Assemble the components in your cabinet as described in Assemble components in your cabinet on page Cable your system as described in Cable your system on page Power up your system by connecting power cables, and then verify that the system components powered up correctly by checking the LEDs of the system as described in Power up on page Install and power up all additional disk-array enclosures DAE into your cabinet as described in Add additional storage on page Note Ensure that you have the latest version of the install guide and any other associated documentation.

Procedure 1. Set up a product support account. You will need a support account for access to the latest documentation and troubleshooting information, online chat, installation and maintenance videos, utilities, and wizards. Complete the planning worksheet provided at the end of this document. Prepare the site. For resource requirements, go to Table 1 on page Download and print the VNX planned power down and power up procedures.

Planned power down of VNX systems use Unisphere. Download additional VNX installation documentation when appropriate. Consult VNX documentation optional. The power requirements for the system depend upon the power supply installed in the system. See the DPE label. For further information, see your system's hardware information guide. Space Cabinet vertical space: l 3U unit [5.

Network information The management port and login information in the Planning Worksheets of this install guide. This information includes: l A static IP address for each storage processor in the system for example, Other storage optional DAEs will be unpacked, assembled, and cabled later.

For damaged or missing components, notify your Sales associate immediately for replacements. Procedure l If your system was shipped fully assembled and cabled in an EMC cabinet: a. Follow the unpacking instructions on the outside of the box. Go directly to Cable your system on page 25 of this installation guide to verify the cabling.

Verify that you have received all of the DPE components, including cables, bezel, rail kit, and mounting screws. Table 2 on page 14 shows the shipping contents. X4 X4! Service cable 1 Bezel 1 Documentation kit Environmental information Cable label sheets b. Start the unpacking and assembly process with Detaching the DPE from the shipping material on page Follow this process to remove the DPE from the shipping material. Using a Phillips blade screwdriver, unscrew the first of the six chassis screws to detach the DPE from the container.

Note If the [horizontal] chassis screws do not unscrew easily, do not force them; instead, loosen the [vertical] pallet bolts first and try to loosen the chassis screws again. Repeat this process to remove the remaining chassis screws. Lift or slide the chassis carefully to remove the component from the board. You have detached the DPE from the shipping container. Otherwise, go to Cable your system on page 25 to verify your cabling in an EMC rack.

Assembling the components includes the following: l About installing your storage-system hardware The DPE contains dual storage processors as well as the vault drives for the system. It can also contain additional disks. Note All rails must be aligned level, front to back and with the companion rail, left to right.

The left adjustable rail has a connector protruding from the front which goes through a hole in the front channel of the cabinet and will connect to light the bezel. Refer to Figure 3 on page 20 while performing the procedure that follows. Insert the adjustable 3U rail slide and seat both alignment pins into the rear channel of your cabinet.

Extend the rail and align the front of the rails and ensure the connector extends through a hole in the front channel. Insert two retention screws in the two holes indicated in the front of each rail. Insert two retention screws in the back of each rail.

If needed, use an appropriate lifting device mechanical lift. Install the components in the appropriate order. The front and rear view of the DPE are shown in Figure 4 on page Use two people to lift the DPE on each side. Refer to Figure 6 on page 23 while performing the procedure that follows. Record this number to use when you register the product during system setup steps. Slide the disk processor enclosure DPE into the rails in the cabinet all the way into the cabinet until the rail stops or tabs in the back seat the enclosure at the correct depth, and the front of the enclosure is flush with the front of the cabinet or rack posts.

Note Be careful when you slide the enclosure into the rails.