SNIA Architect Assessment, Planning & Design Set 2

A host is using only 10 percent of a 64 GB volume. Which solution would enable you to reclaim The wasted disk space?

Which design supports high availability and no single point of failure for storage networks along With performance and scalability?

Company.com is designing a disaster recovery (DR) plan using synchronous array based data replication with Fiber Channel SAN extension technology. The remote site is 125 km from the production facility. Which solution fits their needs?

Company.com has a disk subsystem with eight ports. Each port delivers 200 MB/s. The customer Wants a solution designed which allows access from 32 servers with no single point of failure. Which number of HBAs and the associated throughput provide server access to the subsystem?

What is the Maximum Transmit Unit (MTU) size for IP-based NAS and SAN using Gigabit Ethernet jumbo frames?

Company.com has consolidated multiple servers into a NAS solution and is redesigning their network to safeguard against malicious networking threats. The original servers were serving multiple subnets. To implement the solution including NAS failover, what should you do?

What is the goal of a SAN designed with no single point of failure?

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?

What is the most important factor in determining sustained bandwidth in an IP SAN with high bandwidth with long delays?

An administrator has put the database recovery logs on the same volume group as the data files. The administrator is going to restore the data files from a snapshot. What should be done first?