Explanation/Reference:

D:\Documents and Settings\useralbo\Desktop\1.jpg

Explanation/Reference:

AVE 7

D:\Documents and Settings\useralbo\Desktop\1.jpg

AVE 6

D:\Documents and Settings\useralbo\Desktop\1.jpg

Explanation/Reference:

Review Avamar Fundamentals free course on Dell

D:\Documents and Settings\useralbo\Desktop\1.jpg

D:\Documents and Settings\useralbo\Desktop\1.jpg

https://learning.Dell.com/Saba/Web/Customer

D:\Documents and Settings\useralbo\Desktop\1.jpg

Explanation/Reference:

D:\Documents and Settings\useralbo\Desktop\1.jpg

Explanation/Reference:

vamar, has a rather nifty technology called Sticky Byte Factoring which allows it to identify the changed information inside a file by breaking the file into variable length objects, this leads to much greater efficiency than fixed size approaches as changes made early in a fixed length sequence affect all subsequent blocks/chunks/objects/whatever in that sequence. This in turn changes all the fingerprints taken following the changed data which means you end up with a lot of new blocks/chunks/objects/whatever even if the data really hasn ' t changed all that much. Sticky Byte Factoring on the other hand can tell what exactly has changed, not just that things have changed.

Explanation/Reference:

Capacity Threshold Warnings:

80% of user capacity = warning, start planning for expansion or cleanup

95% user capacity is the health check 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