EMC Avamar Virtual Edition 7.2 Installation – Part 2

Network configuration of EMC Avamar Virutal Edition

1. After open the AVE then login in root and default password is “changeme“. At the command prompt, type the following command: yast2
2. Press Enter.
avaIn YaST2, pressing Ctrl-H backspaces over data to delete existing data.
The YaST2 Control Center dialog box appears.
3. Select Network Devices and press Enter.
The Network Devices dialog box appears.
4. From Network Devices, select Network Settings and press Enter.
5. From Network Settings use the Tab key to access the Edit option and press Enter.
6. From the Network Card Setup use the Tab key to access and select Statically assigned
IP Address (select using the spacebar). Tab to IP Address and type in the IP
Address, the Subnet Mask, and the Hostname of the AVE virtual machine.
7. Use the Tab key to select Next and press Enter.
8. FromNetwork Settings, use the Tab key to select Overview. Use the right-arrow key to
select Hostname/DNS. Use the Tab key to specify the following fields:
a. Hostname
b. Domain Name
c. Name Server 1
d. Name Server 2
e. Domain Search


EMC Avamar Virtual Edition 7.2 Installation – Part 1


EMC Avamar Virtual Edition (AVE) is a single-node non-RAIN (Redundant Array of
Independent Nodes) Avamar server that runs as a virtual machine in a VMware® ESXi
5.1/5.5/5.5u2/6.0 environment. AVE integrates the latest version of Avamar software
with SUSE Linux as a VMware virtual machine.

AVE is similar to single-node Avamar servers in the following ways:
– Runs autonomously as a target for all Avamar client backups
– Performs replication to a physical Avamar system or another AVE
AVE is available in four configurations: 0.5 TB, 1 TB, 2 TB, and 4 TB licensed capacity. AVE is not scalable to a multi-node Avamar server and resizing the virtual machine is not
supported. You can increase storage capacity by deploying additional AVE virtual
machines, and then divide backups among them. Or you can replicate the data to
another Avamar server, delete the smaller virtual machine, create a larger virtual
machine, and replicate the data back to the larger virtual machine.

Installation procedure

1. Download the AVE virtual appliance (7z.file) at http://support.emc.com
2. Extract the compressed .7z file.
3. Start a VMware vSphere Client and connect to the vCenter Server or to the ESXi host that will host the AVE virtual machine.
4. Log in with administrative rights.
5. Select File > Deploy OVF Template. The Source page appears.
6. Select Deploy from a file or URL and browse to the AVE virtual machine file (OVF extension) and click Next.
7. Type in the AVE name, select the inventory location, and then click Next.
8 . The Storage page appears. Select the storage for AVE and click Next.
9. The Disk Format page appears. Select Thick Provision Lazy Zeroed format and click Next.
10. The Network Mapping page appears. Select the destination network and click Next.
11. The Ready to Complete page appears.Confirm the deployment settings are correct and click Finish.
PS: The installation may take several minutes. A Deployment Completed Successfully message appears when the installation is complete.
12.Click Close.
13.Right-click the AVE virtual machine and select Edit Settings.
14.On the Hardware tab, select Memory and set Memory Size based on the size of the
AVE license:
– For 0.5 TB AVE, specify 6 GB
– For 1 TB AVE, specify 8 GB
– For 2 TB AVE, specify 16 GB
– For 4 TB AVE, specify 36 GB
15.On the Hardware tab, select CPUs and change the number of virtual CPUs based on the size of the AVE license:
– For 0.5 TB AVE, specify 2 CPUs.
– For 1 TB AVE, specify 2 CPUs.
– For 2 TB AVE, specify 2 CPUs.
– For 4 TB AVE, specify 4 CPUs.
16.On the Hardware tab, select Network adapter 1, choose the Network Connection (Network label), and then select the correct network.
17.Create additional virtual hard disks (VMDKs) for the AVE virtual machine based on the specifications from AVE virtual disk requirements on following table.
AVE configuration Number of virtual disks
– 0.5 TB 3 storage partitions (250 GB each)
– 1 TB 6 storage partitions (250 GB each)
– 2 TB 3 storage partitions (1000 GB each)
– 4 TB 6 storage partitions (1000 GB each
PS: Disk Provisioning select Thick Provision Lazy Zeroed format.
18. After add the additonal virutal hard disk, then power on the AVE appliance.
19. Open the Virtual Console to monitor installation progress.

VMware Virtual SAN 6.2 – What’s New

Deduplication and Compression for Space Efficiency
Nearline deduplication and compression per disk group level.
Space Efficiency enabled on a cluster level.
Deduplicated when de-staging from cache tier to capacity tier.
Compressed after deduplication.


Erasure Coding (RAID 5)
Sometimes RAID 5 and RAID 6 over the network is also referred as erasure coding. In this case RAID-5 requires 4 hosts at a minimum as it uses a 3+1 logic. With 4 hosts 1 can fail without data loss. This results in a significant reduction of required disk capacity. Normally a 20GB disk would require 40GB of disk capacity, but in the case of RAID-5 over the network the requirement is only ~27GB. There is another option if higher availability is desired


Erasure Coding (RAID 6)
With RAID-6 two host failures can be tolerated, similar to FTT=2 using RAID-1. In the traditional scenario for a 20GB disk the required disk capacity would be 60GB, but with RAID-6 over the network this is just 30GB. Note that the parity is distributed across all hosts and there is no dedicated parity host or anything like that. Again, this is sometimes by others referred to as erasure coding. In this case a 4+2 configuration is used, which means that 6 hosts is the minimum to be able to use this configuration.


Virtual SAN Quality of Service


Enhanced Virtual SAN Management with New Health Service

Performance Monitoring


Capacity Monitoring


Virtual SAN – Usability & Manageability : Health Check
SNMP support, custom scripts, emails via VC alarms
Performance Monitoring – Web client integrated
Cluster wide summary of VM availability
Event based alarm triggers
Detailed Space Reporting (account for dedup etc)
Proactive rebalance from UI (Health and actions)
Alarms on performance threshold breach
Integrate performance data in support bundle


Software Checksum


Client Cache
Write through read memory cache
Local to the virtual Machine
Low overhead, big impact

Sparse Swap
Reclaim Space used by memory swap
Host advanced option enables setting policy for swap to no space reservation.

New book – vSphere High Performance Essentials


If you’re a system administrator who has some experience with VMware vSphere but would like a quick guide to be able to identify and fix performance issues in your vSphere systems, then this book is for you.

  • Choose the right hardware and server components suitable for high-performance scenarios
  • Adopt availability and automatic load-balancing in your virtual infrastructure
  • Understand and monitor CPU and memory resources
  • Monitor performance on the vCenter, ESXi, and virtual machine levels
  • Configure storage resources to achieve greater performance
  • Incorporate latency and performance sensible networking
  • Tune and tweak common guest operating systems


New book – Learning VMware NSX


This book is for those who want to learn to install, manage, and configure the VMware NSX Network Virtualization platform. If you want to explore, understand, or deploy VMware NSX in your environment, this book is for you. Also, this book can assist you to prepare for VMware NSX certification. Knowledge of basic networking concepts and VMware components such as vCenter and vSphere is required.

  • Explore the foundational components of VMware NSX
  • Install and configure NSX manager and its components using best practices
  • Deploy and configure VXLAN-enabled logical switches
  • Secure your environment using Distributed Firewall and Data Security
  • Configure third-party services in NSX
  • Manage, configure, and deploy edge gateway services
  • Understand software-defined networks


Blog at WordPress.com.

Up ↑