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HPE Server & RAID Study Guide: DL Compare, Alletra, Smart Array, Exams of Advanced Education

Johns Hopkins University (JHU)Advanced Education

Master HPE ProLiant servers, RAID levels, and storage solutions. Compare DL series, Alletra arrays, and Smart Array naming conventions.HPE server study guide, DL360 vs DL380, RAID levels explained, HPE ProLiant comparison, Alletra storage, Smart Array naming, RAID 0 1 5 6 10 50 60, server hardware certification, IT infrastructure study aid, data center prep, HPE StoreOnce StoreEasy, hybrid cloud servers, virtualization hardware guide, IT exam prep, server technician study notes, computer hardware engineering

Typology: Exams

2025/2026

Available from 06/03/2026

Lect_Jay
Lect_Jay 🇺🇸

271 documents

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1. Compare h.and h.contrast h.the h.DL h.160 h.and h.the h.DL h.180: h.both h.can h.have h.up h.to
h.two h.processors h.but h.the h.DL h.180 h.is h.2U h.while h.DL h.160 h.is h.1U
2. Compare h.and h.contrast h.the h.DL h.325 h.and h.DL h.345: h.both h.can h.only h.have h.1 h.processor
h.but h.the h.DL h. 345 h.is h.2U
3. compare h.and h.contrast h.DL h.365 h.and h.DL h.385: h.both h.can h.have h.up h.to h.two h.processors
h.the h.DL h.385 h.is h. 2U
4. Compare h.and h.contrast h.DL h.360 h.and h.DL h.380: h.both h.can h.have h.two h.processors
h.but h.the h.DL h.380 h. is h.2U
5. Compare h.and h.contrast h.the h.DL h.560 h.and h.580: h.both h.can h.have h.up h.to h.4
h.processors h.but h.the h.560 h. is h.2U h.and h.the h.580 h. is h.4U
6. What h.servers h.are h.good h.for h.private/hybrid h.cloud h.(large h.I/O h.and h.network):
h.DL h.360 h.and h.DL h.380
7. what h.servers h.are h.goof h.for h.containers h.(large h.memory h.needs): h.DL325,
h.DL385, h.DL360, h.DL380
8. What h.servers h.are h.good h.for h.VDI(very h.high h.memory h.and h.CPU h.needs):
h.DL325 h.and h.DL365
9. What h.servers h.are h.good h.for h.data h.management h.and h.analytics h.(high
h.storage, h.CPU h.,memory, h.network): h.DL345 h.and h.DL h.385
10. What h.server h.is h.good h.for h.transcoding/visualization h.(GPU, h.CPU, h.Memory): h.-
DL380 h.and h.DL h.385
11. Intel h.based h.servers h.end h.in h.a h.?: h.0
12. AMD h.based h.servers h.end h.in: h.5
13. HPE h.storeEasy: h.-NAS h.file h.system
-deduplication h.encryption
14. HPE h.StoreEver: h.-Tape h.storage h.that h.allows h.users h.to h.manage h.tape h.libraries
h.from h.any h.remote h.location h.with h.encryption h.and h.HPe h.pointnext
15. HPE h.StoreOnce: h.-Backup h.and h.recovery h.solution h.for h.HDDs
-Deduplication h.compression h.and h.encryption
16. Alletra h.5k: h.Hybrid h.flash h.HDD h.and h.SSD
17. Alletra h.6K: h.All h.flash h.(SSD)
18. Alletra h.9K: h.2 h.or h.4 h.controllers h.all h.active
19. DL h.160 h.is: h.- h.Performance, h.storage, h.reliability h.and h.efficiency h.in h.dense
h.compact h.chassis
-
reasonably h.priced
20. DL h.180: h.- h.Great h.balance h.of h.expandability h.and h.scalability
-
small h.business
21. DL h.325: h.- h.IO h.intensive h.and h.storage h.intensive h.workloads
-great h.processing h.for h.1U
pf3

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Download HPE Server & RAID Study Guide: DL Compare, Alletra, Smart Array and more Exams Advanced Education in PDF only on Docsity!

1 h./ h.

  1. Compare h.and h.contrast h.the h.DL h. 160 h.and h.the h.DL h.180: h. both h.can h.have h.up h.to h.two h.processors h.but h.the h.DL h. 180 h.is h.2U h.while h.DL h. 160 h.is h.1U
  2. Compareh.andh.contrasth.theh.DL h. 325 h.and h.DL h.345: h. bothh.canh.onlyh.haveh. 1 h.processor h.but h.the h.DL h. 345 h.is h.2U
  3. compareh.and h.contrasth.DL h. 365 h.and h.DL h.385: h. bothh.can h.have h.up h.to h.two h.processors h.the h.DL h. 385 h.is h.2U
  4. Compare h.and h.contrast h.DL h. 360 h.and h.DL h.380: h. both h.can h.have h.two h.processors h.but h.the h.DL h. 380 h.is h.2U
  5. Compare h.and h.contrast h.the h.DL h. 560 h.and h.580: h. both h.can h.have h.up h.to h. 4 h.processors h.but h.the h. 560 h.is h.2U h.and h.the h. 580 h.is h.4U
  6. What h.servers h.are h.good h.for h.private/hybrid h.cloud h.(large h.I/O h.and h.network): h. DL h. 360 h.and h.DL h. 380
  7. what h.servers h.are h.goof h.for h.containers h.(large h.memory h.needs): h. DL325, h.DL385, h.DL360, h.DL
  8. What h.servers h.are h.good h.forh.VDI(very h.high h.memoryh.and h.CPU h.needs): h. DL325 h.and h.DL
  9. What h.servers h.are h.good h.for h.data h.management h.and h.analytics h.(high h.storage, h.CPU h.,memory, h.network): h. DL345 h.and h.DL h. 385
  10. What h.server h.is h.good h.for h.transcoding/visualization h.(GPU, h.CPU, h.Memory): h.- DL380 h.and h.DL h. 385
  11. Intel h.based h.servers h.end h.in h.a h.?: h. 0
  12. AMD h.based h.servers h.end h.in: h. 5
  13. HPE h.storeEasy: h. - NAS h.file h.system
  • deduplication h.encryption
  1. HPE h.StoreEver: h. - Tape h.storage h.that h.allows h.users h.to h.manage h.tape h.libraries h.from h.any h.remote h.location h.with h.encryption h.and h.HPe h.pointnext
  2. HPE h.StoreOnce: h. - Backup h.and h.recovery h.solution h.for h.HDDs
  • Deduplication h.compression h.and h.encryption
  1. Alletra h.5k: h. Hybrid h.flash h.HDD h.and h.SSD
  2. Alletra h.6K: h. All h.flash h.(SSD)
  3. Alletra h.9K: h. 2 h.or h. 4 h.controllers h.all h.active
  4. DL h. 160 h.is:h. - h.Performance, h.storage, h.reliability h.and h.efficiency h.in h.dense h.compact h.chassis
  • reasonably h.priced
  1. DL h.180: h. - h.Great h.balance h.of h.expandability h.and h.scalability
  • small h.business
  1. DL h.325: h. - h.IO h.intensive h.and h.storage h.intensive h.workloads
  • great h.processing h.for h.1U

2 h./ h.

  1. DL h.345: h. Data h.intensive h.workloads
  2. DL h.365: h. - ideal h.forh.Vdi
  1. DL h.385: h. Ideal h.for h.big h.data, h.virtualization h.and h.HPC
  2. DL h.360: h. Ideal h.for h.IT h.infrastructure, h.physical h.virtual h.or h.containerized
  3. DL h.380: h. Adaptable h.for h.diverse h.workload h.environments
  4. DL h.560: h. Business h.critical h.workloads, h.virtualization, h.consolidation, h.business h.pro- h.cessing
  5. DL h.580: h. Graphic/compute h.intensive h.workloads
  6. what h.is h.the h.function h.of h.raid h.0: h. stripping h.across h.separate h.Disk
  7. how h.many h.disk h.does h.Raid h. 0 h.need: h. minimum h. 1 h.Disk
  8. what h.are h.the h.limitations h.to h.Raid h.0: h. The h.entire h.array h.will h.fail h.if h.one h.drive h.fails
  9. What h.is h.Raid h.1: h. Mirroring, h.identical h.data h.written h.to h.two h.or h.more h.drives
  10. Raid h. 1 h.is h.good h.for h.a h.?: h. Boot h.device
  11. the h.limitations h.of h.Raid h. 1 h.are: h. 50% h.of h.capacity h.is h.dedicated h.to h.fault h.protection h.for h.a h.two h.drive h.mirror
  12. how h.many h.disk h.does h.Raid h. 1 h.need: h. minimum h. 2 h.disk
  13. what h.is h.Raid h. 1 h.ADM: h. advanced h.data h.mirroring h.provides h. 3 h.copies h.of h.the h.same h.data
  14. what h.is h.the h.limitations h.of h.Raid h. 1 h.ADM: h. 66% h.of h.capacity h.dedicated h.to h.fault h.protection
  15. how h.many h.disk h.does h.Raid h. 1 h.ADM h.need: h. minimum h. 3 h.disk
  16. what h.is h.RAID h.1+0: h. stripped h.mirrored h.disk
  17. RAID h.1+0 h.is h.good h.for?: h. database h.applications h.requiring h.high h.performance h.and h.fault h.tolerance
  18. the h.limitations h.of h.RAID h.1+0: h. 50% h.of h.capacity h.dedicated h.to h.fault h.protection h.doubles h.the h.number h.of h.drives h.required
  19. how h.many h.disk h.does h.RAID h.1+0 h.need: h. minimum h. 2
  20. what h.is h.RAID h.5: h. one h.set h.of h.parity h.data h.is h.striped h.across h.all h.drives
  21. how h.many h.disk h.does h.Raid h. 5 h.have?: h. at h.least h. 3
  22. what h.are h.the h.limitations h.of h.raid h.5: h. can h.only h.with h.stand h.the h.lost h.of h.one h.drive h.without h.total h.array h.failure
  23. what h.is h.Raid h.6: h. two h.sets h.of h.parity h.data h.are h.distributed h.across h.all h.drives
  24. how h.many h.drives h.can h.fail h.in h.RAID h.6: h. two
  25. how h.many h.Disk h.does h.RAID h. 6 h.need: h. minimum h. 4
  26. raid h. 6 h.ish.good h.for?: h. 24x7 h.operations h.that h.require h.higherh.level h.tolerance h.thanh.raid h. 6