Free S10-300 Questions for SNIA Snia Storage Architect-Assessment,Planning and Design S10-300 Exam as PDF & Practice Test Engine

A client is consolidating a database server into an existing SAN attached array with 73 GB drives and a default LUN size of 8.8 GB. The server currently uses O/S based volume management on 9 GB LUNs carved from 36 GB drives in a direct attached disk array. The array is connected using two 100 MB/s FC ports. The file systems are set at a default blocksize of 2048. Which would be the most important to address in your design?

An existing SAN has been experiencing numerous faults in the past few months, you have been Tasked with bringing the problems to solution and ensure reliability. Your primary concern is visibility into the SAN and the present lack of monitoring. Which two are true about the existing infrastructure? (Choose two)

Which two statements are correct when designing a core-edge or tired storage network topologies for high availability? (Choose two)

Company.com has implemented a disaster recovery (DR) plan with remote standby servers and synchronous data replication. The customer wants to upgrade to 2 Gb HBAs in a server. What should be done before shutting down the production server and upgrading the HBA?

Company.com is planning to implement a new service, and needs to deploy two servers in a active/passive cluster maintaining a large repository of datA. This data will include three sets of data: SET 1:Stream type data:3MB Files on average :many thousands SET 2:Large file data:200KB Files on average: many millions SET 3:Small file data: 15 KB Files on average:hundereds of millions The application developer is writing code that is specific to an implementation of clustering that requires block level access. Which solution does not degrade performance?

Your SAN currently has eight server ports and eight disk ports on one 16 port switch. Each server port requires 80 MB/s of one-way bandwidth, spread out evenly among the storage devices. The customer would like to add 28 server ports along with 28 disk ports. Each server will evenly distribute its traffic on each disk. Using 16 port 1 Gb switches, which topology should you select to minimize the number of switches and ISLs required?

You are architecting a redundant SAN which will include 100 hosts with dual HBAs, 50 hosts with quad HBAs, and storage arrays which have a total of 48 ports. The SAN implements redundant Fabrics and redundant ISLs. A 128 port director is ten times as expensive as a 16 port switch. Focusing on management, cost, performance, and future expansion, which solution is the most effective?

Which technique is used to ensure that SAN-attached tape devices are represented consistently in a host operating system?

Given point-to-point, bus, loop and Fabric topologies, which solution would be considered a mixed topology approach using three separate but interconnected topologies?