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E20-598 PDF DEMO:

QUESTION NO: 1
Which processes are started automatically during an EMC Avamar Windows client installation?
A. avagent and avscc only
B. avtar and avagent only
C. avtar, avagent, and avscc
D. avscc and avtar only
Answer: A

QUESTION NO: 2
What is the maximum number of 1.0 TB EMC AVE servers that can be installed on a single ESX server?
A. 1
B. 2
C. 3
D. 4
Answer: B

QUESTION NO: 3
During a backup, which EMC Avamar server process communicates with the avtar process on the client?
A. EMS
B. MCS
C. GSAN
D. avagent
Answer: C
Explanation:
Are next type of node is theStorage Node, which run a process called gsan. This service communicates with the avtar command on the individual backup clients. Avtar communicates with a storage nodes gsan process, then that storage node spreads the data across the available data nodes.
Avamar Node Types and Processes
There are several different types of Nodes within an Avamar Server. The Utility node is the identity of the Avamar Server and provides the bulk of the internal Avamar server processes such as:
Avamar Administrator (used tomanage the Avamar Server from a gui), cron jobs, DNS, NTP, external authentication, web access, MCS and EMS.
MCS (Management Console Server) provides centralized management including scheduling of backups, restore of backups, monitoring and reporting.
EMS(Enterprise Manager Server) provides web based management for multiple Avamar Servers as well as monitoring and configuration for Avamar Replication.
Web Access provides access to documentation, backup plug-ins as well as remote File System restore accessto end users.
Are next type of node is the Storage Node, which run a process called gsan. This service communicates with the avtar command on the individual backup clients. Avtar communicateswith a storage nodes gsan process, then that storage node spreads the data across the available data nodes.
A Spare Node is an active node that is present in a multi-node RAIN (Redundant Array of
Independent Nodes) grid. The interesting thing about the Spare Node is that it is NOT a hotspare.
There is a procedure in place that needs to be followed when a failed Storage Node occurs. In fact, the Avamar Server doesn't even care if the Spare Node is powered on, so if you are a
"Green" conscience company, feel free to leave the Spare Node powered down. EMC Best
Practice isto leave the Spare Node up and active though. Avamar Backups clients can be installed with
2 different types of client plug-ins: File System and Databases. The Avamar client uses 2 processes in the backup and restore process: Avtar and Avagent. The Avagent process listens for backup/restore work orders from the MCS service on the Utility Node using port 28002 and executes the avtar command that handles the backup/restore processes and communicates with the gsan service on the storage nodes. This process isdepicted in the included picture above.
Lastly, in a previous blog, I discussed the 2 different licensable options for Avamar and how the disks are comprised in each Storage Nodes type. These are depicted in the picture above as well as a breakdown of howthe disks are structured.
http://whughgriffin.wordpress.com/2009/06/03/avamar-system-overview/

QUESTION NO: 4
What happens when a new storage node is deployed in the event of a storage node failure?
A. A spare storage node must be deployed manually
B. A spare storage node will be deployed automatically
C. The utility node is automatically promoted to a storage node
D. The utility node needs to be deployed manually
Answer: A

QUESTION NO: 5
An EMC Avamar server is configured to use the default settings. What is the maximum allowable O/S capacity utilization after which HFS checks will not run?
A. 65%
B. 85%
C. 90%
D. 95%
Answer: C
Explanation:
Capacity Threshold Warnings:
80% of user capacity = warning, start planning for expansion or cleanup
95% user capacity is the healthcheck warning, new backups are suspended
100% user capacity makes the Avamar read-only, can still restore from server
85% of OS capacity = Garbage collection stops running, utilization increases rapidly
90% OS capacity = HFS checks stop running
96% OS capacity = no more checkpoints

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Updated: May 28, 2022