ASRock Rack D1749NTD4U-4Q Installation guide

ASRock Rack
Brand
ASRock Rack
Model
D1749NTD4U-4Q
Type
Installation guide

ASRock Rack D1749NTD4U-4Q is a 1U, 4-node server designed for high-density computing applications. Each node features two Intel® Xeon® Scalable processors, up to 512GB of DDR4 memory, and two 2.5" hot-swappable drive bays. The D1749NTD4U-4Q also includes four Gigabit Ethernet ports, two 10 Gigabit Ethernet ports, and a dedicated IPMI port for remote management.

With its high-density design and powerful processing capabilities, the ASRock Rack D1749NTD4U-4Q is ideal for a variety of applications, including:

  • Virtualization
  • Cloud computing
  • High-performance computing
  • Big data analytics
  • Machine learning

ASRock Rack D1749NTD4U-4Q is a 1U, 4-node server designed for high-density computing applications. Each node features two Intel® Xeon® Scalable processors, up to 512GB of DDR4 memory, and two 2.5" hot-swappable drive bays. The D1749NTD4U-4Q also includes four Gigabit Ethernet ports, two 10 Gigabit Ethernet ports, and a dedicated IPMI port for remote management.

With its high-density design and powerful processing capabilities, the ASRock Rack D1749NTD4U-4Q is ideal for a variety of applications, including:

  • Virtualization
  • Cloud computing
  • High-performance computing
  • Big data analytics
  • Machine learning
1
Guide to SATA Hard Disks
Installation and RAID Conguration
1. Guide to SATA Hard Disks Installation ..............................2
1.1 Serial ATA (SATA) Hard Disks Installation ................2
2. GuidetoRAIDCongurations ...........................................3
2.1 Introduction of RAID .................................................3
2.2 RAIDCongurationPrecautions ..............................6
2.3 InstallingWindows®OSWithRAIDFunctions .........7
2.4 ConguringaRAIDarrayUsingIntelRAIDBIOS ....8
2
1. Guide to SATA Hard Disks Installation
1.1 Serial ATA (SATA) Hard Disks Installation
IntelchipsetsupportsSerialATA(SATA)harddiskswithRAID
functions,includingRAID0,RAID1,RAID5,RAID10andIntel
RapidStorage.PleasereadtheRAIDcongurationsinthis
guidecarefullyaccordingtotheIntelsouthbridgechipsetthat
yourmotherboardadopts.YoumayinstallSATAharddiskson
thismotherboardforinternalstoragedevices.Thissectionwill
guideyouhowtocreateRAIDonSATAports.
3
2. GuidetoRAIDCongurations
2.1 Introduction of RAID
ThismotherboardadoptsIntelsouthbridgechipsetthatinte-
gratesRAIDcontrollersupportingRAID0/RAID1/IntelRapid
Storage/RAID10/RAID5functionwithfourindependentSe-
rialATA(SATA)channels.Thissectionwillintroducethebasic
knowledgeofRAID,andtheguidetocongureRAID0/RAID
1/IntelRapidStorage/RAID10/RAID5settings.
RAID
Theterm“RAID”standsfor“RedundantArrayofIndependent
Disks”,whichisamethodcombiningtwoormoreharddisk
drivesintoonelogicalunit.Foroptimalperformance,please
installidenticaldrivesofthesamemodelandcapacitywhen
creatingaRAIDset.
RAID 0 (Data Striping)
RAID0iscalleddatastripingthatoptimizestwo
identicalharddiskdrivestoreadandwritedata
inparallel,interleavedstacks.Itwillimprovedata
accessandstoragesinceitwilldoublethedata
transferrateofasinglediskalonewhilethetwo
harddisksperformthesameworkasasingle
drivebutatasustaineddatatransferrate.
WARNING!!
AlthoughRAID0functioncanimprovetheaccessperformance,
it does not provide any fault tolerance. Hot-Plug any HDDs of
theRAID0Diskwillcausedatadamageordataloss.
RAID 1 (Data Mirroring)
RAID1iscalleddatamirroringthatcopiesand
maintainsanidenticalimageofdatafromone
drivetoaseconddrive.Itprovidesdataprotection
andincreasesfaulttolerancetotheentiresystem
sincethediskarraymanagementsoftwarewill
directallapplicationstothesurvivingdriveasit
4
Intel Rapid Storage
TheIntelRapidStoragetechnologysupportedallowsyouto
createaRAID0andRAID1setusingonlytwoidenticalhard
diskdrives.TheIntelRapidStoragetechnologycreatestwo
partitionsoneachharddiskdrivetocreateavirtualRAID0
andRAID1sets.Thistechnologyalsoallowsyoutochange
theharddiskdrivepartitionsizewithoutlosinganydata.
RAID 10
RAID10isastripedcongurationwithRAID1segments
whosesegmentsareRAID1arrays.Thiscongurationhasthe
samefaulttoleranceasRAID1,andhasthesameoverhead
forfault-toleranceasmirroringalone.RAID10achieveshigh
input/outputratesbystripingRAID1segments.Insome
instances,aRAID10congurationcansustainmultiplesimul-
taneousdrivefailure.Aminimumoffourharddiskdrivesis
requiredforthissetup.
5
RAID 5
RAID5stripesbothdataandparityinformationacrossthreeor
moreharddiskdrives.AmongtheadvantagesofRAID5con-
gurationincludebetterHDDperformance,faulttolerance,and
higherstoragecapacity.TheRAID5congurationisbestsui-
tedfortransactionprocessing,relationaldatabaseapplications,
enterpriseresourceplanning,andotherbusinesssystems.Use
aminimumofthreeidenticalharddiskdrivesforthissetup.
6
2.2 RAID Congurations Precautions
1. PleaseusetwonewdrivesifyouarecreatingaRAID
0(striping)arrayforperformance.Itisrecommended
tousetwoSATAdrivesofthesamesize.Ifyouuse
twodrivesofdifferentsizes,thesmallercapacityhard
diskwillbethebasestoragesizeforeachdrive.For
example,ifoneharddiskhasan80GBstoragecapa-
cityandtheotherharddiskhas60GB,themaximum
storagecapacityforthe80GB-drivebecomes60GB,
andthetotalstoragecapacityforthisRAID0setis
120GB.
2. Youmayusetwonewdrives,oruseanexistingdrive
andanewdrivetocreateaRAID1(mirroring)array
fordataprotection(thenewdrivemustbeofthe
samesizeorlargerthantheexistingdrive).Ifyou
usetwodrivesofdifferentsizes,thesmallercapacity
harddiskwillbethebasestoragesize.Forexample,
ifoneharddiskhasan80GBstoragecapacityand
theotherharddiskhas60GB,themaximumstorage
capacityfortheRAID1setis60GB.
3. Pleaseverifythestatusofyourharddisksbeforeyou
setupyournewRAIDarray.
WARNING!!
  PleasebackupyourdatarstbeforeyoucreateRAIDfunctions.
  IntheprocessyoucreateRAID,thesystemwillaskifyouwant
  to“ClearDiskData”ornot.Itisrecommendedtoselect“Yes”,
  andthenyourfuturedatabuildingwilloperateunderaclean
  environment.
7
2.3 Installing Windows® OS With RAID Functions
IfyouwanttoinstallWindows®OSonyourSATAHDDswith
RAIDfunctions,pleasefollowtheproceduresbelow.
STEP 1: Set up UEFI.
A.EnterUEFISETUPUTILITYAdvancedscreen
StorageConguration.
 B.Set“SATAModeSelection”to[RAID].
STEP 2: Set RAID conguration.
Pleaserefertop.8-11ofthisdocumentforinstructionsonhow
tosetRAIDconguration.
STEP 3: Install Windows® OS on your system.
8
2.4 Configuring a RAID array Using Intel RAID
BIOS
Reboot your computer. Wait until you see the RAID software
promptingyoutopress<Ctrl+I>.
 Press<Ctrl+I>.Then,theIntelRAIDUtility-Create RAID
Volumewindowappears.
 IntheCreateVolumeMenu,underNameitem,pleasekey-ina
uniquenamewith1-16lettersforyourRAIDvolumethenpress
<Enter>.
9
Use the up or down arrow keys to select your desired RAID
Level.YoumayselectRAID0(Stripe),RAID1(Mirror),RAID
5orRAID10foryourRAIDlevel.Press<Enter>,andthenyou
can select Strip Size.
If you selected RAID 0 (Stripe), use the up or down keys to
selectthestripesizeforyourRAID0arraythenpress<Enter>.
Theavailablevaluesrange from 8KBto128 KB.Thedefault
selection is 128 KB. The strip value should be chosen based
ontheplanneddriveusage.
•8/16KB-lowdiskusage
•64KB-typicaldiskusage
•128KB-performancediskusage
 Afteryousetdiskblocksize,press<Enter>tosetdisk
Capacity.
10
 AftersettingupCapacity,pleasepress<Enter>.
Press<Enter>undertheCreate Volumeitem.Theutility
promptsaconrmationmessageasbelow.
11
 Press<Y>tocompletethesetupofRAID.
Afterthecompletion,youwillseethedetailedinformationabout
theRAIDthatyousetup.
 PleasenotethatyouareonlyallowedtocreateoneRAID
partitionatatimeunderBIOS RAID environment. Ifyouwant
to create an extra RAID partition, please use the RAID utility
underWindowsenvironmenttocongureRAIDfunctionsafter
youinstallOS.
 Ifyouwant todeleteaRAIDvolume,pleaseselecttheoption
Delete RAID Volume,press<Enter>,andthenfollowthe
instructionsonthescreen.
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ASRock Rack D1749NTD4U-4Q Installation guide

ASRock Rack
Brand
ASRock Rack
Model
D1749NTD4U-4Q
Type
Installation guide

ASRock Rack D1749NTD4U-4Q is a 1U, 4-node server designed for high-density computing applications. Each node features two Intel® Xeon® Scalable processors, up to 512GB of DDR4 memory, and two 2.5" hot-swappable drive bays. The D1749NTD4U-4Q also includes four Gigabit Ethernet ports, two 10 Gigabit Ethernet ports, and a dedicated IPMI port for remote management.

With its high-density design and powerful processing capabilities, the ASRock Rack D1749NTD4U-4Q is ideal for a variety of applications, including:

  • Virtualization
  • Cloud computing
  • High-performance computing
  • Big data analytics
  • Machine learning
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