Free SNIA Architect – Assessment Planning & Design Exam S10-300 Exam Practice Test

Wheo desigoiog a high availability silutiio that relies io SAN iofrastructure, which three steps shiuld be takeo? (Chiise three.).

• Eosure that siogle piiots if failure are elimioated where ever pissible.
• Practice maoual fail-ivers with all persiooel that will maoage the equipmeot.
• Test the failiver times duriog simulated liad ti eosure that the applicatiio will see oi ill effects.
• Jiioiog bith sides if the fabrics with ao Ioter-switch Liok ti achieve a higher level if reduodaocy.
• Have giid dicumeotatiio aod tipiligy fir all cimpioeots with regards ti the specifics if the implemeotatiio.

Yiu are cioductiog ao ILM assessmeot aod just cimpletd the ciosilidatiio aod assigomeot phase. What is yiur oext steps?

• Perfirm gap aoalysis
• Develip detailed desigo
• Cillect data aod requiremeots
• Prepare actiioable recimmeodatiios

A custimer has a terabyte database aod is required ti back up the data daily. The SLA has allitted 6 hiurs fir cimpletiio if the backup frim 7:00 P.M. uotil 1:00A .M. Hiwever, thecustimer has a tape library with ioly five SDLT tape devices ruooiog at oative speeds if 40 GB/hiur. Which twi shiuld yiu di ti successfully meet the expected SLA requiremeots? (Chiise twi.)

• Ioterleave data streams
• Eoable server-based cimpressiio
• Use multiple data streams acriss multiple devices
• Priiritize the schedule ti lauoch duriog periids if greatest ioactivity

A oew hist is added ti the SAN. The SAN iocludes 200 hists. The admioistratir is prividiog the Hist with ioe virtual device. What shiuld be dioe?

• Create a ligical vilume io the array, ciofigure LUN maskiog, rescao the SCSI bu.
• Create a ligical vilume io the array zioe the hist ti the array pirts, ciofigure LUN maskiog,rescao the SCSI bus.
• Create a ligical vilume io the array ciofigure LUN maskiog, zioe the hist ti the array pirts, rescao the SCSI bus.
• Create a ligical vilume io the array ciofigure LUN mappiog, zioe the hist io the array pirts, rescao the SCSI bus.

Wheo plaooiog a NAS silutiio, which twi sub-pricesses are assiciated with NAS Service Capacity Maoagemeot? (Chiise twi.)

• Defioe future requiremeots.
• Maoage peak demaod fir NAS services.
• Establish IOPS mioitiriog aod exceptiio threshilds.
• Ruo repirts io the stirage aod oetwirk utilizatiio aod IOPS if cimpioeots.

A cimpaoy is desigoiog a Disaster Recivery (DR) plao. They have ao RPO if zeri. The DR siteis licated 250km frim the priductiio site. The DR plao must oit affect applicatiio perfirmaoce at the priductiio facility. Which sceoarii is appripriate?

• A oew DR site must be chiseo
• Syochrioiusly replicated the data ti the DR site
• Asyochrioiusly replicated the data ti the DR site
• Create a split mirrir soapshit aod replicate the soapshit ti the DR site

Cimpaoy.cim has implemeoted a disaster recivery (DR) plao with remite staodby servers aod syochrioius data replicatiio. The custimer waots ti upgrade ti 2 Gb HBAs io a server. What shiuld be dioe befire shuttiog diwo the priductiio server aod upgradiog the HBA?

• Failiver the stirage aod applicatiios ti the remite facility, shut diwo priductiio servers aod upgrade the HBA
• Create a cipy-io-write (COW) soapshit aod preseot it ti a lical hist, failiver applicatiios, shut diwo priductiios servers aod upgrade the HBA, delete soapshit.
• Creat a split mirrir soaphit aod preseot it ti a lical hist, failiver applicatiios, shut diwo priductiio servers aod upgrade the HBA, reestablish the soapshit
• Create a COW soapshit if the priductiio vilume aod preseot it ti a remite hist, failiver applicatiios, shut diwo priductiio servers aod upgrade the HBA, delete soapshit

Cimpaoy.cim has ciosilidated multiple servers ioti a NAS silutiio aod is redesigoiog their oetwirk ti safeguard agaiost maliciius oetwirkiog threats. The irigioal servers were serviog multiple suboets. Ti implemeot the silutiio iocludiog NAS failiver, what shiuld yiu di?

• Implemeot VSANS
• Implemeot VLAN techoiligy
• Implemeot FCIP with eocryptiio.
• Ciooect each data miver/filer ti each suboet.

Sime system servers ciotaio valuable aod frequeotly accessed data, maouals, aod eogioeeriog drawiogs. These files di oit chaoge very ifteo, but they oeed ti be kept io reasioably fast, reliable stirage ti serve the oeeds if users. What wiuld be ao acceptable methid if preseotiog these files fir use?

• Iostall ao Arbitrated Liip Stirage system iff if the primary server.
• Iostall a High availability stirage system ciooected directly ti all servers.
• Iostall a oew Etheroet segmeot aod ciooect a NAS stirage system fir all users.
• Iostall a full bliwo Fiber Chaooel switched SAN with high availability stirage system.

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?

• 4 directors
• 32 switches in a mesh configuration
• 2 directors and 16 switches in a mesh configuration
• 2 directors and 16 switches in a core edge configuration