2026 Actual Dell D-AV-DY-23 Dumps, Updated Exam Questions for Guaranteed Pass

D-AV-DY-23 free sample questions and answers

Dell D-AV-DY-23 practice quiz with correct answers for search indexing.

1. Question 1

   Which factor has the most impact on checkpoint overhead for an Dell Avamar server?

   ASystem daily change rate
   

   BRetention policy of the clients
   

   CO/S platform of the clients
   

   DNumber of groups configured
   

   Correct answer: A

   
   

2. Question 2

   Which information must be provided to TrackCustomerMaster@Dell.com after the Avamar software has been installed?

   ACompany name
   

   BParty ID
   

   CAvamar System ID
   

   DAvamar cabinet serial number
   

   Correct answer: A

   
   

3. Question 3

   Based on Dell best practices, what is recommended when creating Avamar schedules?

   AUse a single schedule where possible
   

   BUse a different schedule for each group
   

   CUse multiple schedules to ensure backup jobs do not overlap
   

   DUse a separate schedule for each client
   

   Correct answer: A

   
   

4. Question 4

   What is a characteristic of an Dell AVE?

   AStorage can be provisioned from a DAS
   

   BStorage can be provisioned only from a SAN
   

   CVMware VMotion is not supported on an AVE server
   

   DRaw Device mapping is supported for an AVE server
   

   Correct answer: A

   

   
   

5. Question 5

   The Dell Avamar client needs to backup a file and has performed sticky-byte factoring. This results in the following:

   Seven (7) chunks that will compress at 30%

   Four (4) that will compress at 23%

   Two (2) chunks at 50% compression

   How many chunks will be compressed prior to hashing?

   A4
   

   B7
   

   C9
   

   D13
   

   Correct answer: C

   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.