exadata x4 hardware overview

8/18/2019 Exadata X4 Hardware Overview

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Copyright © 2013, Oracle and/or its affiliates. All rights reserved.1

Exadata Hardware Overview

Last updated !ov 2", 2013


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Exadata Database Machine

The ultimate platform for all database w

OL#$, %arehousing, &ata'ase as a (ervic

Most advanced hardware

)ully scale*out servers and intelligent stora

nfini-and connectivity and $C flash

Most advanced software &ata'ase optiied copute, storage, and

algoriths draatically iprove perforan

Standardized, optimized, hardened end


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Exadata Hardware


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Copyright © 2013, Oracle and/or its affiliates. All rights reserved.

Exadata !rchitectureCoplete Optiied (tandardied ardened &ata'ase $latfo

Standard Database Servers

45 2*socet servers 162 cores, 2#- or

25 4*socet servers 190 cores, #-

"nified "ltra#ast $etwork 0 :' nfini-and internal connectivity all p

10 :' or 1 :' ;thernet data center connecti

Scaleout %ntelli&ent Stora&e Servers 15 2*socet servers 194 cores in s

194 (A( dis drives 9"2 #- C or


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)rebuilt and Optimized Outofthe*ox

)

e r f o r m a n c e ! c h i e v e m

e n t

)

e r f o r m a n c e ! c h i e v e m

e n t

#ie

>&ays?

#ie

>8onths?

100@

Measure,diagnose,tune and

reconfigure

Test & debug

failure modes

Assembledozens of

components

Multi- vendorfinger

pointing

Custo Configuration


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Standardized and Simple to Deplo'

• !ll Database Machines are the same

‒ &elivered ready*to*run

‒#ested

‒ ighly supporta'le

Deplo' in Da's,

$ot Months

eady

-

to- un

‒ !o uniue config

‒ dentical to confi

'y Oracle ;ngine

• (uns existin& O+T) and D application

‒ )ull 30 years of Oracle &- capa'ilities

‒!o ;5adata certification reuired

• +evera&es Oracle ecos'stem

‒ (ills, no+ledge 'ase, people and partners


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Scalable from Ei&hth(ack to Multi(ac

#ield "p&radeable Supports

Multiple -enerations of

Hardware

Half #ull

Multi(ack

Ei&hth .uarter


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Exadata Database Machine /01 #ull ($re*Configured for ;5tree $erforance

B 4 eon*'ased &ual*processor &ata'ase (ervers 162 cores >2 per server? 204 :- eory e5panda'le to 069 :- >2< per server?

B .4 #- igh (peed )lashB 1 ;5adata (torage (ervers *2

All +ith igh $erforance 12 5 1.2 #- (A( dissO7

All +ith igh Capacity 12 5 #- (A( diss

B 2 (un &atacenter nfini-and (+itch 39 39*port 8anaged D&7 >0:'/s? s+itch

B 1 EAdinF ;thernet s+itchB 7edundant $o+er &istri'utions Gnits >$&Gs?

!dd more racks for additional scalabilit'


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Exadata Database Machine /23 #ull (;5tree $erforance for Consolidation, Large OL#$ and

B 2 eon*'ased ;ight*processor &ata'ase (ervers igh Core, igh 8eory &ata'ase (ervers

190 C$G cores >40 per server? #- eory >2#- per server?

10 :ig; connectivity to &ata Center B 19 5 10:' ;*ports >4 per server?

B .4 #- igh (peed )lashB 1 ;5adata (torage (ervers *2

All +ith igh $erforance 12 5 1.2#- (A( dissO7 All +ith igh Capacity 12 5 #- (A( diss



!dd more racks for additional scalabilit'


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Exadata /01 Memor' Expansion 4it

Optional it for *2 custoers +ho consolidate larg

data'ases and reuire ore eory Changes eory configuration of the *2 data'ase s

:- >19 5 19 :-? to 19 5 32 :-?

Availa'le for *2 )ull, alf, Duarter, and ;ighth 7a


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Exadata Stora&e Expansion /01 #ull ()or additional storage 'acups, historical data, unstructu

Add storage capacity to &ata'ase 8achine online

14 ;5adata (torage (ervers *2

All +ith igh $erforance 12 5 1.2 #- (A( diss

O7

All +ith igh Capacity 12 5 #- (A( diss


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Exadata Database Machine Hardware S3*4 )ull *2 )ull *2 alf *2 D

Database Servers 2 4 2

Database -rid 5ores 190 162 69 4

Database -rid Memor' 6-*7 069 204 >a5 069? 102 >a5 204? a5

%nfini*and switches 2 2 2 2

Ethernet switch 1 1 1 1

Exadata Stora&e Servers 1 1 " 3

Stora&e -rid 5)" 5ores 194 194 4 39

(aw #lash 5apacit' .4 #- .4 #- 22. #- 6.9 #

(aw Stora&e 5apacit'

Hi&h )erf 200 #- 200 #- 100 #- 3.2

Hi&h 5ap 9"2 #- 9"2 #- 339 #- 1

"sable mirrored capacit'Hi&h )erf 60 #- 60 #- < #- 16 #

Hi&h 5ap 300 #- 300 #- 1


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Exadata Stora&e Expansion (ack Sum*2 )ull *2 alf *2 Duarter

%nfini*and switches 3 3 2

Ethernet switch 1 1 1

Exadata Stora&e Servers 14 6

Stora&e -rid 5)" 5ores 219 104 4

(aw #lash 5apacit'


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/01 Database Server !e+ 12*core Evy-ridgeF C$Gs, )aster nfini-and Card, L

$rocessors 1 Twelve5ore %ntel8 /eon8 E91:;< v1 )rocessors 61=)5%e 2=>? *oth )o

5 1:';/10:'; -ase*# ;thernet $orts

2 5 10:'; ;thernet ()$= $orts >1 &ual*port 10:'; $Ce 2'ased on the ntel 42


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/01 Stora&e Server 9*core vy-ridge C$Gs, Larger diss, Larger )lash Cards, )lash

$rocessors 1 Six5ore %ntel8 /eon8 E91:2> v1 )rocessors 61=: -Hz

8eory ;: -* > 5 4:- = 5 19:-? More memor' needed to ma

&iss 12 5 @=1 T* @>4 ()M igh $erforance (A( >hot*s+ap?

O7

12 5 0 T* ".2H 7$8 igh Capacity (A( >hot*s+ap? 3.> -* (un )lash Accelerator #3> $Ce Cards Hardwa

&is Controller &is Controller -A +ith )5%e 2=>? *oth )ort

;'edded :iga'it ;thernet $orts for anageent connectiv

7eote 8anageent 1 ;thernet port >LO8?

$o+er (upplies 7edundant ot*(+appa'le po+er supplies and fans


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/23 Database Server

$rocessors 4 5 #en*Core ntelI eonI ;"*44"0 $rocessors >2.0 :?

8eory 2 #- >124 519 :-?Local &iss 4 5 300:- 10H 7$8 (A( &iss >ot*(+appa'le?

&is Controller &is Controller -A +ith 0:'/s? $orts > &ual*port $C; 2.0 ;8odules?

#+o !et+or ;5press 8odules >!;8?, providing a total of

B 4 5 1:'; ;thernet $ortsB 4 5 10 :'; ;thernet ()$= $orts >via )a'ric ;5pres>);8? 'ased ntel 42


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Operatin& S'stem "pdates in @@=1=2=2=>

Oracle Linu5 distri'ution updated to 2.9.

(ae ernel on data'ase servers >2*soce

4*socet? and the storage servers

Oracle (olaris updated to (11 Gpdate 1 (


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Environmental %nformation


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Exadata /23 Environmental 6H) and H3*4 )ull $ 3*4 )ull C

$o+er8a5 111.< JA?

#ypical 10.10."JA? 10.0 % >10.2 JA?

Cooling

8a5 611.3 gs?

(hipping %t 2163 l's > 66." gs? 2163 l's > 66." gs?

Acoustics 4.- >operating? 4.- >operating?

Dimensions "4.99F >? 5 23.92F>%? 5 ".2F>&? >1664 >? 5 900 >%? 5 1200 >&??

Operatin& Temperature< MC to 32 MC >1 M) to 46.9 M)?, 10@ to 60@ relative huidity, non*condensing . !ltituda5. a'ient teperature is de*rated 'y 1N C per 300 a'ove 600


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Exadata /01 Environmental 6H5 disks*2 )ull C *2 alf C *2 Duarter C

$o+er8a5 11.2 % >11.JA? 9.2% >9.3 JA? 3.1% >3.2JA?

#ypical ".6 % >4.1JA? .3 % >.JA? 2.2% >2.3JA?

Cooling

8a534,300 -#G/hr 0,00 K/hr

21, 200 -#G/hr 22, 00 K/hr

10,900 -#G/hr 11,200K/hr

#ypical2",000 -#G/hr 24,C)8? 12639.2 gs? 12"3 l's >


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Exadata /01 Environmental 6H) disks*2 )ull $ *2 alf $ *2 Duarter $

$o+er8a5 12.1% >12. JA? 9.9 % >9.4 JA? 3.3 % >3. JA?

#ypical 4.< % >4." JA? ." % >.4 JA? 2. % >2.< JA?

Cooling

8a51,300 -#G/hr 3,900 K/hr

22,439


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Stora&e Expansion /01 Environmental 6H5 d)ull C alf C Dua

$o+er8a5 4.6% >6.1JA? 9.3JA? 3.9 H% >3." JA? 1.6

Cooling

8a5 30,00 -#G/hr 32,100K/hr

1",00 -#G/hr 14,00 K/hr

4,60 6,

#ypical21,200 -#G/hr 22,00 K/hr

12,300 -#G/hr 13,000 K/hr

9,42.2 gs? 1131 l's >operating? ".9-

Dimensions "4.99F >? 5 23.92F>%? 5 ".2F>&? >1664 >? 5 900 >%? 5 1200 >&??

Operatin& Temperature< MC to 32 MC >1 M) to 46.9 M)?, 10@ to 60@ relative huidity, non*condensing . !ltitude a5. a'ient teperature is de*rated 'y 1N C per 300 a'ove 600


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Stora&e Expansion /01 Environmental 6H) d)ull $ alf $ Dua

$o+er8a5 10.0 % >10.2JA? ".1JA? .0 % >.1 JA? 1.6

Cooling

8a5 3,100 -#G/hr 39,000 K/hr

16,100 -#G/hr 20,142.2 gs? 1131 l's >operating? ".9-

Dimensions "4.99F >? 5 23.92F>%? 5 ".2F>&? >1664 >? 5 900 >%? 5 1200 >&??

Operatin& Temperature< MC to 32 MC >1 M) to 46.9 M)?, 10@ to 60@ relative huidity, non*condensing . !ltitude a5. a'ient teperature is de*rated 'y 1N C per 300 a'ove 600


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T'pical Data 5enter Deplo'ment 6!irflo

7ac )ront

Cold Air nlet

7ac 7ear

ot Air Outlet

• Assuing perforated tiles > 00front of the rac for cold air intae

• floor tiles for )ull 7ac

• 3 floor tiles for alf 7ac

• 1 floor tile for Duarter 7ac

• #iles can 'e arranged in any ordrac as long as cold air fro the tthe rac

• nadeuate cold air flo+ could re

inlet teperatures in the servers drecirculation

Each data center has a unique environment,universal optimal deployment is not possible


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)D" 5hoices


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Exadata Database Machine )D"SB ;ach 7ac coes +ith 2 >t+o? redundant $o+er &istri'ution Gnits >$&G

B )our choices for the ;5adata &ata'ase 8achine *2 and ;5adata (tor

7acs *2

* Lo+ Joltage 1e5cluding Kapan / #ai+a

* igh Joltage 1< JA #hree $hase ;8;A / A$AC >e5cluding Kapan / #ai+an

B )our choices for the ;5adata &ata'ase 8achine 3*4 >different fro the

(torage ;5pansion 7ac?* Lo+ Joltage 22 JA (ingle $hase Aericas / Kapan / #ai+an

* Lo+ Joltage 2 JA #hree $hase Aericas / Kapan / #ai+an

* igh Joltage 22 JA (ingle $hase ;8;A / A$AC >e5cluding Kapan / #ai+a

* igh Joltage 2 JA #hree $hase ;8;A / A$AC >e5cluding Kapan / #ai+an


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/01 and Stora&e Expansion (ack /01 +ow Bolta&e Sin&le )hase )D" >Aericas / Kapan/ #ai+an?

2 >#+o? "2Ap 1(i5? $o+er $lugs >3 5 30Ap $lugs per $&G?

200 20JAC

&ata Center 7eceptacle #ype * !;8A L9*307

/0 1 d St E i ( k /0 1


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/01 and Stora&e Expansion (ack /01+ow Bolta&e Three )hase )D" >Aericas / Kapan/ #ai+an?

2 >#+o? 96Ap 1#+o? $o+er $lugs >1 5 90Ap $lug per $&G?

200 204JAC 3ph

&ata Center 7eceptacle #ype * ;C306*3$%*$9" 90A 2u''ell euivalent is -L9076%?

/0 1 d S E i ( k /0 1


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/01 and Stora&e Expansion (ack /01 Hi&h Bolta&e Sin&le )hase )D";8;A / A$AC >e5cluding Kapan/ #ai+an?

2 >#+o? "2 Ap 1(i5? $o+er $lugs >3 5 2< Ap $lugs per $&G?

220 20JAC

&ata Center 7eceptacle #ype * ;C306*2$3%*$ 32A 2<

>u''ell euivalent is -L33279%?

/0 1 d St E i ( k /0


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/01 and Stora&e Expansion (ack /0Hi&h Bolta&e Three )hase )D";8;A / A$AC >e5cluding Kapan/#ai+an?

2 >#+o? 92."Ap 1#+o? $o+er $lugs >1 5 2


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/23 +ow Bolta&e Sin&le )hase )D">Aericas / Kapan/ #ai+an?

2 >#+o? 110. Ap 22JA $&Gs #otal of 9 $o+er $lugs >3 5 39.4 Ap $lugs per $&G?

200 20JAC

&ata Center 7eceptacle #ype * u''ell C(429


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/23 +ow Bolta&e Three )hase )D">Aericas / Kapan/ #ai+an?

2 >#+o? 120Ap 2JA $&Gs

#otal of >)our? $o+er $lugs >2 5 90Ap $lug per $&G? 200 204JAC 3ph

&ata Center 7eceptacle #ype * ;C306*3$%*$9" 90A 2u''ell euivalent is -L9076%?

/2 3 Hi h B lt Si l )h )D"


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/23 Hi&h Bolta&e Sin&le )hase )D";8;A / A$AC >e5cluding Kapan/ #ai+an?

2 >#+o? 69 Ap 22JA $&Gs

#otal of 9 >(i5? $o+er $lugs >3 5 32 Ap $lugs per $&G?

220 20JAC

&ata Center 7eceptacle #ype * ;C306*2$3%*$ 32A 2<

>u''ell euivalent is -L33279%?

/2 3 Hi&h Bolta&e Three )hase )D"


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/23 Hi&h Bolta&e Three )hase )D";8;A / A$AC >e5cluding Kapan/#ai+an?

2 >#+o? 106Ap 2JA $&Gs

#otal of >)our? $o+er $lugs >2 5 2


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%nfini*and $etwork

%nfini*and $etwork


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%nfini*and $etwork Gnified nfini-and !et+or

(torage !et+or

7AC nterconnect

;5ternal Connectivity >optional?

igh $erforance, Lo+ Latency !et+or 40 :'/s 'and+idth per lin >0 :'/s each direction?

(A!*lie ;fficiency >Pero copy, 'uffer reservation?

(iple anagea'ility lie $ net+or

$rotocols Pero*copy Pero*loss &atagra $rotocol >P&$ 7&(v3?

Lo+ C$G overhead >#ransfer 3 :-/s +ith 2@ C$G usage?

nternet $rotocol over nfini-and >$o-?

Loos lie noral ;thernet to host soft+are >tcp/ip, udp, http, s

%nfini*and $etwork


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%nfini*and $etwork Gses (un &atacenter 39*port 8anaged D&7 >0:'/s? nfini

7uns su'net anager and autoatically discovers net+or topology

Only one su'net anager active at a tie

2 EleafF s+itches to connect individual server - ports 1 EspineF s+itch needed in each rac to scale out to additional 7acs

&ata'ase (erver and ;5adata (ervers ;ach server has &ual*port D&7 >0:'/s? - CA >3*4 data'ase serv

D&7 ;5press odules ?

Active*Active -onding Assign t+o $ addresses per dual*port CA for

and *2 storage servers 3*4 &ata'ase servers continue +ith Active*$assive as it is still $C

Connect one port fro the CA to one leaf s+itch and the other port to s+itch for redundancy

Connections pre*+ired in the )actory

/0 1 #ull (ack Server to +eaf Switch


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/01 #ull (ack ? Server to +eaf Switch

B ;ach (erver C'oth leaf s+itche

B )ull -and+idthfails

B Connections pre

B alf, Duarter, afollo+ sae ca'le5cept they have

DB Servers (1,2,3,4)

Exadata Servers (1,2,..,7)

L1 L2

11


Exadata Servers (8,9,..14)





11

11

11

$ort 1 $ort 1

$ort 2 $ort 2

Leaf s+itchLeaf s+itch 7

/2 3 #ull (ack Server to +eaf Switch


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/23 #ull (ack ? Server to +eaf Switch


B )ull -and+idth fails

B Connections pre

DB Server1 (EM 1,2,3,4)


L1 L2

11

DB Server2 (EM 1, 2, 3, 4)


DB Server2 (EM 1, 2, 3, 4)


DB Server1 (EM 1,2,3,4)


11

11

11

$ort 1 $ort 1

$ort 2 $ort 2


Stora&e Expansion (ack? Server to +e


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Stora&e Expansion (ack? Server to +e


B Active R $assiv'et+een leaf s+it

B )ull -and+idth fails

B Connections pre

B alf and Duarterac follo+ saeethodology e5cfe+er servers


L1 L2

9


Exadata Servers (10,11,.,18)


9

9

9

$ort 1 $ort 1

$ort 2 $ort 2


Multirack cablin&


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Multirack cablin&

!eed to purchase - spine s+itches >;5pansion (+itch Hconnecting *2 and 3*4 racs

;5cept for uarter rac in ost cases

!eed to purchase - ca'les as spares its no longer cont

ca'les

(ae ulti*rac ca'ling ethodology as 'efore (ae fat*tree topology to connect ultiple racs

Can no+ connect ore than 2 Dtr racs 'y siply purchasin

s+itches for the Duarter racs

Multirack 5ablin& ? #at Tree Topolo&'


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Multirack 5ablin& ? #at Tree Topolo&'

(ingle nfini-and !et+or

(+itch to a E)at #reeF #opology

Jalid up to 14 7acs +ith no e5ternal s+itches Can go to 39 racs +ith 2 e5ternal s+itches

;very EleafF s+itch inter*connected +ith every EspineF s+itc

ELeafF s+itches not connected +ith other EleafF s+itches

E(pineF s+itches not connected +ith other EspineF s+itches

&ata'ase and ;5adata (erver ca'ling unchanged. nter*rac ca'ling done at installation tie

7efer to the &ata'ase 8achine O+nerSs :uide for e5act appings

Two (ack 5ase ? #at Tree Topolo&'


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p &'

L1L2

L1

( (

Rack 1 Rack 2

4

4

44 4

4

4

B nstall (pine (+itch in each rac, if no spine s+itch e5istsB 7eove inter*s+itch lins 'et+een leaf s+itches >L1,L2? in eB Connect each leaf s+itch to 'oth the spine s+itches > lins

Multiple (ack 5ase ? "p to 3 (acks


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Multiple (ack 5ase "p to 3 (acks

RackRack 1

!

Q

L1L2

(

Rack 2

L1L2

(

L1

(

B nstall (pine (+itch in each rac, if no spine s+itch e5istsB 7eove inter*s+itch lins 'et+een leaf s+itches >L1,L2? in each raB &istri'ute 4 lins fro every EleafF s+itch to every EspineF s+itch

B ;5aple rac case 2 lins fro each leaf to each spine

Multiple (ack 5ase ? ; to @3 (acks


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Multiple (ack 5ase ; to @3 (acks

RackRack 1

!Q

L1L2

(

Rack 8

L1L2

(

L1

B nstall (pine (+itch in 1st eight racs, if no spine s+itch e5istsB 7eove inter*s+itch lins 'et+een leaf s+itches >L1,L2? in each raB &istri'ute 4 lins fro every EleafF s+itch to EspineF s+itch in 1st 4 r

Q

Scalin& Out to 2: (acks


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Scalin& Out to 2: (acks (ingle nfini-and !et+or

7euire 2 Ee5ternal spineF 39*port nfini-and s+itches

Add another level to the )at #ree topology

&ivide 7acs into groups each having 2*4 racs

:roup related racs together for e5aple, racs that run a codata'ase or are part of a coon cluster

nter*connect racs +ithin each group using the t+o level )at #

nter*connect the groups via the t+o Ee5ternal spineF s+itche

Connect each Einternal spineF s+itch in each rac to the t+o Ees+itches

-and+idth fro/to each group is 40 :'/s T nu'er of racs

Can 'e done online

Multiple (ack 5ase ? ; to 2: (acks


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Multiple (ack 5ase ; to 2: (acks

"r#$% (2 t# 8 "r#$% 1 (2 t# 8 racks)

!

!!

;5ternal (pine s+itches

%nterconnectin& .uarter (acks


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%nter connectin& .uarter (acks Allo+ liited situations +here a Duarter 7ac can 'e inter*

+ith other rac +ithout reuiring a spine s+itch in the Duar

Case 1 * Connect t+o Duarter 7acs

B #he pre*reuisite is that at least ports reserved for e5ternaare open on each leaf s+itch

Case 2 Connect one Duarter 7ac +ith one other alf o

B #he pre*reuisite is that at least ports reserved for e5ternaare open on each leaf s+itch

Case 3 Connect one Duarter 7ac to t+o or ore racs are either ;5adata alf or )ull 7acs?

5ase @ ? Two .uarter (acks


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.

nter*connect the leaf s+itches 'et+een racs +ith 2 lins ea

B Gse the ports reserved for e5ternal connectivity

L1

L2

L1

L2

&$arter Rack 1 &$arter Rac

7 7

2

2

2 2

5ase 1 ?.uarter (ack with One Half or


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Copyright © 2013, Oracle and/or its affiliates. All rights reserved.i.e connecting s+it

the sae rac?

ust 'e opti

Any ulti*rac involving or ore racs +ill definitely reuire

longer optical ca'les

10 ca'les typically sufficient if inter*connecting up to 4 phys

racs in the sae aisle +ith raised floor

%hen in dou't easureY

Sourcin& cables for multirack situatio


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Copyright © 2013, Oracle and/or its affiliates. All rights reserved.copper? 2121A*optical? "1024"0 \es, >2 5

optical? "102 5

!ote * \ou need 2 D()$ (7 transceivers >212A*!? for each optic

%nfini*and $etwork !ddresses


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8anageent net+or

1 port fro EAdinF ;thernet s+itch

2 fro the $&Gs

&ata'ase / Client / Application Access

!eed to connect a iniu of 1 :'; or 1 10:'; port per &a

*2 &ata'ase (erver

3 5 1:'; / 10 :'; -ase*# ;thernet ports availa'le

2 5 10:'; ;thernet ()$= ports availa'le 3*4 &ata'ase (erver

" 5 1:'; ;thernet ports availa'le

4 5 10:'; ;thernet ()$= ports availa'le

!dditional Ethernet $etwork (euirem


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Additional ;thernet $ addresses needed if ultiple cluste

deployed on the &ata'ase 8achine )ull 7ac, alf 7ac,

7ac 3 $ addresses per additional cluster for (CA! addresses

(tatic $ addressing only >no &C$?

All ;thernet $ addresses ust 'e registered in &!(

Ethernet $etwork !ddresses *2 3*4 (torage


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g

)ull alf Dtr ;ighth )ull )ull

LO8 for &ata'ase (ervers 4 2 2 2 *

LO8 for ;5adata Cells 1 " 3 3 1 14

;th0 >gt? for &- (ervers 4 2 2 2 *

;th0 >gt? for ;5adata Cells 1 " 3 3 1 14

8gt port for - s+itches 2 2 2 2 3 3

$ address for ;thernet (+itch 1 1 1 1 1 1

$ address for $&Gs 2 2 2 2 2 2

M&mt Subnet Total 0; 1< @9 @9 23 01

Client Access &ata'ase (ervers 4 2 2 2 *

J$s for &ata'ase (ervers 4 2 2 2 *

(CA! Addresses >per Cluster? 3 3 3 3 3 *

5lient !ccess Total @; @@ < < <

Total :3 23 11 11 09 01

Exadata Database Machine


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The ultimate platform for all database w

OL#$, %arehousing, &ata'ase as a (ervic

Most advanced hardware

)ully scale*out servers and intelligent stora

nfini-and connectivity and $C flash

Most advanced software

&ata'ase optiied copute, storage, andalgoriths draatically iprove perforan

Standardized, optimized, hardened end


64/70



65/70


Exadata Database Machine /01 Half ($re*Configured for ;5tree $erforance


66/70


$re*Configured for ;5tree $erforance

B eon*'ased &ual*processor &ata'ase (ervers 69 cores >2 per server?

102 :- eory e5panda'le to 204 :- >2< per server?

B 22. #- igh (peed )lashB " ;5adata (torage (ervers *2


O7 All +ith igh Capacity 12 5 #- (A( diss



"p&radable to #ull (ack

Exadata Database Machine /01 .uarte$re*Configured for ;5tree $erforance


67/70


$re Configured for ;5tree $erforance

B 2 eon*'ased &ual*processor &ata'ase (ervers 4 cores >2 per server?


68/70


t y e e Co gu at o

B 2 eon*'ased &ual*processor &ata'ase (ervers 2 cores >12 per server?


69/70


)or additional storage 'acups, historical data, unstructu

Gpgrada'le to )ull 7ac

6 ;5adata (torage (ervers *2

All +ith igh $erforance 12 5 1.2 #- (A(

dissO7

All +ith igh Capacity 12 5#- (A( diss

24.4 #- igh (peed )lash

3 (un &atacenter nfini-and (+itch 39

39*port 8anaged D&7 >0:'/s? s+itch

1 EAdinF ;thernet s+itch

7edundant $o+er &istri'utions Gnits >$&Gs?

Exadata Stora&e Expansion /01 .uart)or additional storage 'acups, historical data, unstructu


70/70

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)or additional storage 'acups, historical data, unstructu

Gpgrada'le to Duarter 7ac

;5adata (torage (ervers *2


O7 All +ith igh Capacity 12 5 #- (A( diss

12.4 #- igh (peed )lash

2 (un &atacenter nfini-and (+itch 39

39*port 8anaged D&7 >0:'/s? s+itch

1 EAdinF ;thernet s+itch 7edundant $o+er &istri'utions Gnits >$&Gs?

exadata x4 hardware overview

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