[Chaco] Optimización del área de TI con Servidores POWER y System x – Gabriel Simona
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Transcript of [Chaco] Optimización del área de TI con Servidores POWER y System x – Gabriel Simona
Optimización del área de ITcon servidores POWER y System xGabriel Simona
© 2012 IBM Corporation2
Enfoque en la Carga de Trabajo
Pooles de Recursos Compartidos
Escalamiento de Recursos Independientes
Manejo Automático de la Cargas de Trabajo
Nueva Concepción
Integración del Hardware, Aplicaciones, Gestión Librados al Usuario
Escalamiento a Nivel de Cajas
Recursos de Servidor, Storage y Red Independientes
Enfoque en el Servidor Físico
Viejos Paradigmas de IT
La nueva forma de pensar a IT
© 2012 IBM Corporation3 IBM Power Systems
IBM System x
IBM System z
IBM BladeCenter
IBM System Storage
IBM System x iDataPlex
IBM System Networking
Familia de Sistemas de IBM
© 2012 IBM Corporation4
IBM System StorageIBM System zIBM Power Systems
Facilidad de uso
Tecnologías estándares de la
industria
Disponibilidad
ConfiabilidadEficiencia
Diseñado para introducir capacidad enterprise probada de IBM a la línea de productos estándares de la industria
Escalabilidad
Virtualización
IBM System x
IBM System x iDataPlex
IBM BladeCenter
Familia de Sistemas de IBM
© 2012 IBM Corporation5
IBM BladeCenter¿Por qué?
© 2012 IBM Corporation6
Cable sueltoVarios mouses y una caja de algoTeléfono ergonómicoPost-it's y clipsTapita de server caída en el pisoMonitor y teclado spareAgujerito en la paredVaso térmico con caféBase con ruedas
Papelito con password de admin o root
Por qué IBM BladeCenter
© 2012 IBM Corporation7
FileServers
WebServers
SecurityGateway
WebSphere ApplicationServers
NetworkServers
ApplicationServers
SecurityServers
ApplicationServers
Diferentes necesidades Diferentes aplicaciones Diferentes procesadores Diferentes herramientas
Muchas necesidades Muchas aplicaciones Muchos procesadores Mismas herramientas Mismos recursos
Por qué IBM BladeCenter
© 2012 IBM Corporation8
Layer 2 Switches
Storage FibreSwitches
FileServers
WebServers
SecurityGateway
WebSphere ApplicationServers
NetworkServers
ApplicationServers
SecurityServers
ApplicationServers
SAN
Layer 4-7 Switches
Public Internet/Intranet Clients
Routers(L3 Switches)
Firewalls
Por qué IBM BladeCenter
© 2012 IBM Corporation9
Public Internet/Intranet Clients
Routers Firewalls
SAN
Unificación de multiples herramientas de administracion de servidores
Eliminación de cables SAN
Eliminación de cables LAN
Integración en chasis de múltiples switches externos
Switches KVM eliminados
Reducción de Costos de PDU
Reducción de cables de Poder
Minimización de Poder, disipación de calor y uso de espacio físico.
Por qué IBM BladeCenter
© 2012 IBM Corporation10
1. La más amplia variedad de chasis, blades, storage y networking compatibles
2. Disponibilidad sólida con múltiples niveles de redundancia
3. Confiabilidad end-to-end y alineación con las mejores prácticas
4. Excelente eficiencia energética con tecnologías pioneras en potencia y refrigeración
5. Performance de E/S superior y switches basados en tecnología abierta
Por qué IBM BladeCenter
© 2012 IBM Corporation11
Un ecosistema abierto de partners posibilitan la integración perfecta en el centro de datos que tiene hoy…y el que tendrá mañana
La estrategia de E/S no-proprietaria hace de IBM la única opción para elegir conectividad líbremente
El primero con innovaciones en todas las tecnologías de red: Fiber Channel, Ethernet, FCoE, SAS, Infiniband
4 Funciones virtuales por puerto de 10Gb
Virtual Fabric en IBM BladeCenter
Ethernet, HW iSCSI,o FCoE todo-en-uno
Crea y mantienecualquier velocidad entre
1Gb y 10Gb!
Por qué IBM BladeCenter
© 2012 IBM Corporation12
IBM BladeCenter HT Resistente,
alta performance
IBM BladeCenter E Máxima eficiencia
energética, máxima densidad
IBM BladeCenter H Alta performance
IBM BladeCenter T Resistente
Comparten el mismo set de bladesComparten el mismo set de switches y fabrics de E/S estándaresComparten la misma infraestructura de administración
IBM BladeCenter S Pequeñas oficinas, distribución, fácil de
configurar
Diseño en 7UHasta 14 bladesMidplane hasta 8GbMáxima densidad2002, 2006, 2009
Diseño en 9UHasta 14 bladesMidplane hasta 10GbFlexibilidad de E/S hasta
8 puertos2006, 2010
Diseño en 8UHasta 8 bladesModelos AC o DCCumplimiento NEBS2004, 2006 Diseño en 12U
Hasta 12 bladesModelos AC o DCCumplimiento NEBSMidplane hasta 10GB2007
Diseño en 7UHasta 6 blades110 o 208VStorage interno2007
Familia de Chasis IBM BladeCenter
© 2012 IBM Corporation13
Hot-swap media tray with optical bay, two
USB ports, and Light Path Diagnostics
panel
14 bays for support up to 14
blades
9U
Slot for service reference card
Two bays behind bezel for hot-swap redundant
power supplies with PFA and three replaceable
fans on each
29”
Handles
Front of Light Path Diagnostics Panel
Two bays behind bezel for hot-swap redundant power supplies with PFA and three replaceable fans on each
Weight: 90 poundsUp to 350 pounds (populated)
Chasis IBM BladeCenter H
© 2012 IBM Corporation14
Upper midplane
Lower midplane
Redundant switch modules
Bladeserver
Bladeserver
Ventilation space
Redundant power and I/O connectors on front and rear of each midplane
Chasis IBM BladeCenter H
© 2012 IBM Corporation15
Chasis IBM BladeCenter H
High-speed I/O
connector
I/O connector
Power connector
Ventilation spacesSpace occupied by blade serverUpper midplane
Lower midplane
High-speed I/O
connector
I/O connector
Power connector
© 2012 IBM Corporation16
Redundant power input Redundant power inputHigh-speed switch module bays
Switch module bay 1 (dedicated ethernet)
High-speed switch module bays
Dedicated bridge module slot
Hot-swap redundant blowers with PFA(directly AC powered)
Hot-swap Advanced
Management Module (AMM)
Switch module bay 4 (or bridge
slot)
Switch module bay 3 (or bridge
slot)
Optional hot-swap redundant Advanced
Management Module (AMM)
Switch module bay 2 (dedicated ethernet)
Dedicated bridge module slotLight Path Diagnostics panel
Aggregated serial connector
Chasis IBM BladeCenter H
© 2012 IBM Corporation17
Power Module 1
Power Module 2
Power Module 3
Power Module 4
Power Domain BRight Redundant Pair
Optional for BladeCenter H chassis Operates as N+N redundant pair Load balancing power module Power Module 3 powers blades 8-14,
I/O modules 1, 2, 5, 6, 7, 8, and AMMs Power Module 4 powers blades 8-14,
I/O modules 1, 2, 5, 6, 9, 10, and AMMs
Power Domain ALeft Redundant Pair
Standard in BladeCenter H chassis Operate as N+N redundant pair Load balancing power modules Power Module 1 powers blades 1-7, I/O
modules 1, 2, 3, 4, 7, 8, and AMMs Power Module 2 powers blades 1-7, I/O
modules 1, 2, 3, 4, 9, 10, and AMMs
Front loading for easier service No cable removal for replacement Each power module includes a three pack
of fans Two of three fans needed for operation
IBM BladeCenter H Blower Module IBM BladeCenter H Power Module
Directly powered by AC (Blower 1 via Power Source 1, Blower 2 via Power Source 2)
N+N redundant When a blower is removed, chassis is
designed to prevent air flow issues Blower speed is controlled by AMM
Power Source
1
Power Source
2
I/O Module 7I/O Module 8
I/O Module 9I/O Module 10
I/O M
odule 1I/O
Module 2
I/O M
odule 3I/O
Module 4
I/O M
odule 5I/O
Module 6
AMM
1AM
M 2
Blower Module 1
Blower Module 2
Chasis IBM BladeCenter H
© 2012 IBM Corporation18
¿Cuál solución eligiría para su empresa?
IBM BladeCenter S combina servidores, storages, switches, fuentes de poder, refrigeración y cables en una solución autocontenida fácilmente
manejable para oficinas pequeñas
Chasis IBM BladeCenter S
© 2012 IBM Corporation19
7U
6 blade server bays
Two storage module bays
Hot-swap media tray with optical, two USB ports, Light Path Diagnostics panel, and two battery backup bays
Slot for service reference card
Front of Light Path Diagnostics Panel
Weight: 90 poundsUp to 240 pounds (populated)
29”
Chasis IBM BladeCenter S
© 2012 IBM Corporation20
I/O connector
I/O connector
Power connector
Ventilation spacesSpace occupied by blade serverUpper midplane
Lower midplane
I/O connector
I/O connector
Power connector
Chasis IBM BladeCenter S
© 2012 IBM Corporation21
7U
Four hot-swap redundant cooling
fans with PFA
Two optional hot-swap redundant watt power supplies (950W at 110V,
or 1450W at 220V) with PFA
Two standard hot-swap
redundant watt power supplies
(950W at 110V, or 1450W at
220V) with PFA
Hot-swap Advanced Management Module (AMM)
Module Bay for optional Serial Pass-Through
Module
Module Bay 1 for Ethernet Module(via integrated ethernet on blade)
Module Bay 3 for Ethernet, FC, or SAS for DSM(via CFFv or CIOv adapter on blade)
Module Bay 4for Ethernet, FC, or SAS for DSM
(via CFFv or CIOv adapter on blade)
LED panel
Module Bay 2for ethernet use
(via CFFh adapter on blade)
Chasis IBM BladeCenter S
© 2012 IBM Corporation22
11U
Acoustical Module
Lockable doorLockable wheels
Optional console kit
Chasis IBM BladeCenter S
IBM BladeCenter S con el Office Enablement Kit opcional brinda eficiencia
y el silencio de una conversación a la pequeña oficina
© 2012 IBM Corporation23
Status LEDs
Ethernet RJ45
Video DB-15
USB dual stack for mouse and keyboard
Serial port (RJ45)Hot-swap Advanced Management Module
Optionalhot-swap redundant Advanced Management Module
Administración de IBM BladeCenter
Advance Management Module
© 2012 IBM Corporation24
IBM BladeCenter HS22
RedundantMidplane
RedundantMidplane
Ethernet
Integrated 2 x Gb Ethernet
EthernetEthernet
CIO
vC
IOv
Compact I/O “Vertical” (CIOv) Adapter
2 x Gb Ethernet 2 x 4Gb Fibre 2 x 8Gb Fibre 2 x SAS
IBM BladeCenter E
Networking en IBM BladeCenter
© 2012 IBM Corporation25
Ethernet
CIO
v
Compact Form Factor “Horizontal” (CFFh) Adapter
Ethernet
IBM BladeCenter HS22
2 x Gb Ethernet and 2 x 8Gb Fibre 2 x 10Gb Ethernet 4 x 10Gb Ethernet 2 x 10Gb Converged 2 x Virtual Fabric 2 x InfiniBand
RedundantMidplane
RedundantMidplane
CIO
v
Ethernet
CFFh
CFFh
Integrated 2 x Gb Ethernet
IBM BladeCenter H
Compact I/O “Vertical” (CIOv) Adapter
2 x Gb Ethernet 2 x 4Gb Fibre 2 x 8Gb Fibre 2 x SAS
Networking en IBM BladeCenter
© 2012 IBM Corporation26
Cisco Catalyst Switch 3012 Cisco Catalyst Switch 3110G Cisco Catalyst Switch 3110X
Server Connectivity Module Intelligent Copper Pass-Thru Module
Layer 2/3 Gb Copper Ethernet Switch Layer 2/3 Gb Fibre Ethernet Switch Layer 2-7 Gb Etherent Swtich 1/10Gb Uplink Ethernet Switch
Intelligent 8Gb Pass-Thru Module 20 Port 8Gb SAN Switch Module
10 Port 4Gb Fibre Channel Switch 20 Port 4Gb Fibre Channel Switch
10 Port 8Gb SAN Switch 20 Port 8Gb SAN Switch Enterprise 20 Port 8Gb SAN Switch
SAS Connectivity Module BladeCenter S SAS RAID Module BladeCenter S Serial Pass-Thru Module
Virtual Fabric Extension Module (FCoE)
Ethernet Fibre Channel Miscellaneous
Networking en IBM BladeCenter
© 2012 IBM Corporation27
40Gb InfiniBand Switch Module
Multi-Switch Interconnect Module (MSIM)
10Gb Ethernet Pass-Thru Module (FCoE)
Virtual Fabric 10Gb Switch Module (FCoE)
Nexus 4001I Switch Module (FCoE)
Ethernet
InfiniBand
Interconnect
MSIM permite instalar la mayoría de los módulos de switch estándares en bahías
de alta velocidad
MSIM Bay 1 MSIM Bay 2
Converged 10GbE Switch Module (FCoE)
Networking en IBM BladeCenter
© 2012 IBM Corporation28
Virtual Fabric en IBM BladeCenter
Solución de 1Gbtradicional
Solución de 10Gbo CEE/FCoE
1Gb Port
10Gb Port
4 puertos virtuales por puerto físico de 10Gb
Selección entre1Gb and 10Gb!!
Virtual Fabric en IBM BladeCenter
© 2012 IBM Corporation29
Virtual Fabric Adapter
10GbPort
10GbPort
Up to four Virtual NIC ports per 10Gb port
Bandwidth assigned in 100Mb increments
Each is presented as an individual NIC to the operating system
Ability to provide isolation between the vNICs
Planned future virtual converged network adapter (vCNA) with no separate HBA needed
Virtual Fabric 10G Switch
Map vNICs to up to four Virtual Groups per chassis for ease of management
Manage four vGroups per chassis instead of 112 vNICs
Ability to provide isolation between vGroups
vGroup 1
vGroup 2
vGroup 3
vGroup 4
Slice and dice the 10Gb bandwidth any way you want
Multiple virtual ports and protocols from a single physical port
Planned future FCoE upgrade
Ability allocate 100G of uplink bandwidth
Assign virtual groups bandwidths in increments of 10G
VMready can migrate networking characteristics with VM Migration
Management via command line interface, graphical interface, or Open Fabric Manager
FCoE ready
10GbPort
10GbPort
Virtual Fabric en IBM BladeCenter
© 2012 IBM Corporation30
Chasis blade líder de la industria diseñado sin puntos únicos de falla, amplia conectividad de
red, y ergonomía superior.
Power Blades x86 Blades
Power and x86 Consolidación de servidores Power Extiende el potencial de UNIX/Power Ejecución de aplicaciones basadas en AIX Introduce la seguridad habitual de UNIX
Extiende el amplio ecosistema x86 Aplicaciones Windows/Linux Consolidación de servidores x86 Explota la capacidad de Windows
Consolidación de servidores Power y x86 Adapta su IT a su negocio, no al revés Proporciona la mejor combinación de aplicaciones
Power con la robustez de UNIX para bases de datos y cargas comerciales x86 con Windows/Linux para web
BladeCenter
Servidores IBM BladeCenter
© 2012 IBM Corporation31
HS22Two Socket
Xeon 5600 Series
HS12Single Socket
Xeon 3000 Series
QS22Two SocketPowerXCell
HS22VTwo Socket
Xeon 5600 Series
HX5Two Socket
Xeon 7500 & 6500 Series
HX5Four Socket
Xeon 7500 Series
PS700Single Socket
Power 7
PS701Single Socket
Power 7
PS702Two Socket
Power 7
PS703Two Socket
Power 7
PS704Four Socket
Power 7
HX5 + MAX5Two Socket
Xeon 7500 & 6500 Series
Servidores IBM BladeCenter
© 2012 IBM Corporation32
Scal
e up
/ SM
P co
mpu
ting
Scale out / distributed computing
x3550 M3
x3650 M3
Clusters, HPC,Virtualization,
Web 2.0& Cloud
High density
x3100 M3
iDataPlex
dx360 M3
x3250 M3
x3400 M3 x3500 M3
x3690 X5
Large symmetrical multiprocessing
(SMP)
x3850 X5
BladeCenterS, E, H, T, HT
HS12/22/22VLS22/42JS12//22/23/43QS21/22
HX5
HS22VHS22
Intelligent Cluster
x3755 M3
x3200 M3
x3630 M3
Enterprise ClassEnterprise Class
Single Socket Dual Socket Multi Socket
x3620 M3
HS12
Flagship ClassFlagship Class
Familia de Servidores IBM x86
© 2012 IBM Corporation33
System x3690 X52U two socket 32 DIMM
System x3850 X54U four socket 64 DIMM
System x3690 X5 + MAX53U two socket 64 DIMM
System x3850 X5 + MAX55U four socket 96 DIMM
Two System x3850 X58U eight socket 128 DIMM
BladeCenter HX52 socket 16 DIMM
BladeCenter HX5 + MAX52 socket 40 DIMM
Two BladeCenter HX54 socket 32 DIMM
Bas
e Sy
stem
MAX
5 M
emor
y Sc
alin
gQ
PI S
calin
g
Servidores IBM x86 Enerprise
Intel Xeon serie E76500 y 7500 para
servidores IBM escalables
© 2012 IBM Corporation34
= New On E5-2600
Up toDDR31600
Up to8.0 GT/s
Más Núcleos
Más Memoria
Más Integración
Más Ancho de Banda
Nuevos Microprocesadores Intel
Intel Xeon serie E5-2600 para los nuevos servidores x86 de IBM
© 2012 IBM Corporation35
Adv
ance
dB
asic
Stan
dard
Intel® Xeon® processor E5-2600 product familySocket-R
8C 130W2.7 GHz8C 115W2.6 GHz
8C 95W2.2 GHz8C 95W2.0 GHz
6C 95W 2.5 GHz6C 95W 2.3 GHz6C 95W 2.0 GHz
4C 80W2.4 GHz
4C 80W1.8 GHz
8C 135W2.9 GHz
8C 115W2.4 GHz
E5-2620
E5-2609
E5-2670
E5-2640
E5-2650
E5-2603
E5-2630
E5-2690
E5-2680
E5-2660
E5-2665
All SKUs, frequencies and features are PRELIMINARY and can change without notice
1.51
Relative SPECint*_rate_base2006 Estimates
1.46
1.60
1.29
1.19
1.08
1.02
0.92
0.61
0.51
1.37
6C 130W 3.46 GHz
6C 95W 3.06 GHz
6C 95W 2.80 GHz
6C 95W 2.66 GHz
6C 80W 2.53 GHz6C 80W 2.40 GHz4C 80W2.40 GHz
4C 80W2.26 GHz
4C 80W2.13 GHz
4C 80W1.60 GHz
X5690
X5675
X5660
X5650
X5649
X5645
X5620
E5607
E5606
E5603
Intel® Xeon® processor 5600 series
1.00
0.95
0.90
0.89
0.79
0.76
0.58
0.42
0.40
0.31
Low Power
6C 60W 2.0 GHz
8C 70W1.8 GHz
6C 60W 2.0 GHz
8C 70W1.8 GHz E5-2450L
E5-2430L
E5-2630L
E5-2650L
.82
.69
.85
.72
Nuevos Microprocesadores Intel
© 2012 IBM Corporation36
Características Claves• Virtual Fabric de 10GbE integrado
para redes de alta velocidad
• Incluye las últimas tecnologías de cómputo, red y almacenamiento
• Despliegue en 0 días con la herramienta IBM FastSetup
• Hasta 18 puertos de red Ethernet, FCoE y iSCSI
• Soporta la infraestructura de chasis actual
Beneficios• Menores costos de networkingHasta 30% de ahorro con VF integrado
• Performance elevada62% más poder de cómputo20% más VMs
• Configuración simpileAcelera el tiempo de puesta en marcha
• Mayor flexibilidad en networkingIntegra múlitples tecnologías
• Protección de la inversiónAgraga más capacidades a la infraestructura
10GbENetworking
62%More Perf
20%More VMs
30%Savings w/
Integrated VF
Servidor IBM BladeCenter HS23
© 2012 IBM Corporation37
Servidor IBM BladeCenter HS23
© 2012 IBM Corporation38
Switch Bays
1GbE8Gb FC
3Gb SAS
CIOv Card
1Gb E8Gb FC
3Gb SAS
High SpeedSwitch Bays
10GbE & FCoE40Gb IB, MSIM
IntegratedVirtual Fabric LOMDual 10GbE/1Gb
FCoE/iSCI
CFFh Card
10Gb E & FCoE40Gb IB
1GbE / 8Gb FC Combo
1GbE Switch Bays
Servidor IBM BladeCenter HS23
© 2012 IBM Corporation39
Características Soportadas
Reducción de Tiempo
Automatización con plantillas
Actualización de versión seleccionable
Descubrimiento automático
Operación bare metal
Independencia de OS
Habilidad para actualizar switches
Servidor IBM BladeCenter HS23
IBM FastSetup
© 2012 IBM Corporation40
System x3620 M3
System x3630 M3
System x3250 M4
System x3755 M3
iDataPlex dx360 M4
System x3550 M4
System x3650 M4
General Business
High Performance
Value 2-socket
Entry 1-socket
System x3500 M4
System x3100 M4
System x3400 M3
Entry priced Up to 32GB of memory
Up to 6 cores per CPU Up to 192GB of memory Maximum storage capacity Upgradable networking
Up to 8 cores per CPU Up to 768GB of memory 10Gb networking Flexible RAID design
Optimized for HPC Up to 4 CPUs per 2U
Servidores x86 Individuales IBM
© 2012 IBM Corporation41
Servidor IBM System x3650 M4
• Opciones de networking enriquecidas• Diseño flexible en RAID• Soporte de procesadores Intel Xeon E5-2600• Optimizado para flexibilidad y performance• Tecnología IBM eXFlash para grandes IOPS
System x3650 M4 Processors Sandy Bridge EP up to 8 cores
#Socket 2
Form factor 2U Rack
Memory SlotsMax Memory
24 slots (UDIMM/RDIMM)Up to 768GB
Media bays Optional DVD and Tape Bay
Disk Drive type SAS/SATA/SSD
HDD bays 16x 2.5” or 6x 3.5” HDDs
RAID RAID on Motherboard
NIC/TPM 4x 1Gb (std.) + 2x 10Gb (slotless opt.) /TPM
PCIe (x16/x8) 3-6 PCIe ports (2/2, 1/4 or 0/6) or4 PCI-X or 2 Double Width PCIe supportw/ Slotless 10 Gb NIC and RAID
Power AC 750W/900W550W, DC 750WUp to 80 plus Platinum
USB portsVGA ports
2 front/4 back/2 internal1 front/1 back
Fan Design 4x Hot swap redundant fans
Light Path Light Path panel in front
System MGMT IMMv2, dedicated LAN port
Warranty 3 years (parts/labor)
© 2012 IBM Corporation42
Tape
USB
Light Path PanelVGA
Slim ODD
16- 2
.5” H
DD
/SS
D6-
3.5
” HD
D
2 FH/FL PCI Card
1 FH/HL PCI Card
1 FH/FL PCI Card
2 FH/HL PCI Card
GbE x4MGMT COM 10GbE USB
x4
2x PSUVGA
Tape
USB
Light Path PanelVGA
Slim ODD
Servidor IBM System x3650 M4
© 2012 IBM Corporation43
System x3550 M4 Processors Sandy Bridge EP up to 8 cores
#Socket 2
Form factor 1U Rack
Memory SlotsMax Memory
24 slots (UDIMM/RDIMM)Up to 768GB
Media bays DVD Bay (Optional w/ 2.5” HDDs)
Disk Drive type SAS/SATA/SSD
HDD bays 8x 2.5” or 3x 3.5” HDDs
RAID Slotless RAID
NIC/TPM 4x 1Gb (std.) + 2x 10Gb (slotless opt.) /TPM
PCIe (x16/x8) 2 PCIe ports (1/1 or 2/0)+ Slotless 10 Gb NIC and RAID
Power AC 550W/750W, DC 750WUp to 80 plus Platinum
USB portsVGA ports
2 front/4 back/2 internal1 front/1 back
Fan Design 6x Hot swap redundant fans
Light Path Light Path panel in front
System MGMT IMMv2, dedicated LAN port
Warranty 3 years (parts/labor)
• Opciones de networking enriquecidas• Soporte de procesadores Intel Xeon E5-2600• Optimizado para densidad y performance
Servidor IBM System x3550 M4
© 2012 IBM Corporation44
FHHL PCI Card Low Profile PCI Card
10G x 2(via mezz card)
VGA port COM port USB x 4
1GbE x 2 PSUx2 NMI
2 USB Operator Panel
VGA
ODD
2.5” HDD Bay
3 USB Operator Panel
VGA3.5” HDD Bay
1GbE x 2
8x 2
.5” H
DD
/SS
D6x
3.5
” HD
D
Servidor IBM System x3550 M4
© 2012 IBM Corporation45
System x3500 M4 Processors Sandy Bridge EP up to 8 cores
#Socket 2
Form factor Tower (5U rack option)
Memory SlotsMax Memory
24 slots (UDIMM/RDIMM)Up to 768GB
Media bays Standard DVD-ROM and Tape Bay
Disk Drive type 2.5” SAS/SATA or 3.5” SATA
HDD bays Up to 32x 2.5” or 8x 3.5” HDDs
RAID 6Gb Cache RAID: M5115 or M5125 RAID 0,1,10,5,50 optional 6,60
NIC/TPM 4x 1Gb + 2x 10Gb(opt.) /TPM Std.
PCIe Up to 8 PCI slotsFrom Proc. 1: 1 PCIe Gen2 x16 (Up to 225W), 4 PCIe Gen2 x8 (2 with Elec x4), 1 PCIe Gen2 x8 (Elec x4)From Processor 2: 2 PCIe Gen2 x 16 (Up to 225W)Optional: 1 PCI-X (by interposer card)
Power Redundant 750W/900W, 80 plus
I/O Ports USB: 2 front/4 back/2 internal1 Serial port, 1 VGA port
Fan Design 3+3 Simple swap redundant fans
Light Path Front Light Path Diagnostic
System Mgmt. IMM v2 with dedicated port
Warranty 3 years (parts/labor)
Una solución de negocio todo-en-uno que se puede colocar bajo el escritorio. El x3500 servidor de dos-sockets diseñado para satisfacer las necesidades más demandantes.
Servidor IBM System x3500 M4
© 2012 IBM Corporation46
Servidor IBM System x3500 M4
Side door key LockOne locking mechanisium to have both the front bezel and side door cove secured
x3500 M4 Base Models with 8 x 2.5”
x3500 M4 Base Models with 8 x 3.5”
Side door handles To help customers to easily pull the system out of a cabinit
8 x 3.5" SS/HS SAS/SATA HDD Support
8 x 2.5" HS SAS/SATA HDD Support
Space for additional 24 x 2.5” HDDs
Power button
Standard HH DVD-ROM
Additional one 5 ¼ inch bay for tape drives
© 2012 IBM Corporation47
Power your Planet
Virtualization without LimitsDrive higher utilizationDynamically scale per demand
Resiliency without DowntimeRoadmap to continuous
availabilityHigh availability systems
& scaling
Intelligent Energy OptimizationEnergy cost reduction EnergyScale™ technologies
Workload-Optimizing Systems
AIX® - The Future of UNIXTotal Integration with IBM i
Scalable Linux® ready for x86 Consolidation
+
Tecnología IBM POWER
© 2012 IBM Corporation48
En lavasecarropas con acceso Web que en universidades y secundarios permitirán que los alumnos paguen pasando su tarjeta de identificación.
En teléfonos Motorola
En containers de carga, usando controladores integrados sellados antirrobo para seguir la carga
En cámaras digitales Kodak
En el acelerador de particulas más poderoso del mundo en el laboratorio de física del CERN, y en muchos otros productos.
En grabadoras de DVD Sony
En router CISCO; tan poderoso como para que la población mundial (6400 millones) pueda mantener una conversación telefónica simultánea usando Voz sobre IP
En la Microsoft Xbox 360 – Chip Power con 3 cores, a 3,2 GHz Sony PS3,
chip de 9 cores
En los Symmetrix de
EMC
En GPSs, como el Garmin, TomTom, ALK
Nintendo Wii
Procesadores IBM POWER
© 2012 IBM Corporation49
Procesadores IBM POWER
L2
1.4MB
Memory
Mem Ctl
L332MB
L3Cntrl
POWER4Core
POWER4Core
GXBus
DistributedSwitch
POWER4
2001
POWER5Core
MemCtl
L3
36MBL3Ctl
EnhancedDistributed Switch
GXBus
L2
1.9MB
POWER5Core
Memory
POWER5
2004
POWER6
Memory+
GX+ Bridge
Memory+
GX Bus Cntrl
Mem
ory
Cnt
rl
Mem
ory
Cnt
rlFabric BusController
CoreAltiVec
L3Ctrl
L3L3
CtrlL3
CoreAltiVec
4 MB L2
4 MB L2
2007
Core
L2
Core
L2
Memory Interface
Core
L2
Core
L2
Core
L2
Core
L2
Core
L2
Core
L2
GX
SMP
FABRIC
POWER
BUS
POWER7
Memory++
L3 Cache
Memory++
2010
© 2012 IBM Corporation50 2001
Dual Core Chip Multi Processing Distributed Switch Shared L2 Dynamic LPARs (32)
2004
Dual CoreEnhanced ScalingSMTDistributed Switch +Core Parallelism +FP Performance +Memory bandwidth +Virtualization
2007
Dual Core High Frequencies Virtualization + Memory Subsystem + Altivec Instruction Retry Dyn Energy Mgmt SMT + Protection Keys
2010
Multi Core On-Chip eDRAM Power Optimized Cores Mem Subsystem ++ SMT++ Reliability + VSM & VSX (AltiVec) Protection Keys+
POWER8™
Concept Phase
POWER4™180 nm
POWER5™130 nm
POWER6®65 nm
POWER7 ™45 nm
Procesadores IBM POWER
© 2012 IBM Corporation51
Power 770
Power 750
PS 700, 701, 702, 703, 704
Power 710/730
Power 780
Power 720/740Power 775
Power 755
Enterprise Servers
Express Servers
Blades
High Performance Computing
Servidores IBM Power Systems
Power 795
© 2012 IBM Corporation52
Power 750 Express
BladeCenter PS700, PS701, PS702,PS703, PS704 Express blades
Power 710 Express
1 to 4 Socket Blades
1 Socket 2 Socket
4 Socket
Power 730 Express
Power 740 ExpressPower 720 Express
Servidores IBM Power Systems
© 2012 IBM Corporation53
Major Component or Function
PS700 PS701 PS702 PS703 PS704
Processor 1 x P7 (4 Core)=4 Cores
SCM 3.0 GHz
1 x P7 (8 Core)=8 Cores
SCM 3.0 GHz
2 x P7 (8 Core)=16 Cores
SCM 3.0 GHz
2 x P7 (8 Core)=16 Cores
SCM 2.4 GHz
4 x P7 (8 Core)=32 Cores
SCM 2.4 GHz
L3 4 MB per core 4 MB per core 4 MB per core 4 MB per core 4 MB per core
Memory Channel 4 4 8 8 16
Memory 8 DIMMs 4 GB, 8 GB @ 1066
MHz 64 GB max
8 DIMMs 4 GB, 8 GB @ 1066 MHz 128 GB
max
16 DIMMs 4 GB, 8 GB @ 1066 MHz 256 GB
max
16 DIMMs 4 GB, 8 GB @ 1066 MHz 128 GB
max
32 DIMMs 4 GB, 8 GB @ 1066
MHz 256 GB max
I/O Hub 1 P5IOC2 I/O PCIe Gen 1
1 P5IOC2 I/O PCIe Gen 1
2 P5IOC2 I/O PCIe Gen 1
1 P7IOC I/O PCIe Gen 2
2 P7IOC I/O PCIe Gen 2
Embedded SAS Controller Yes Yes Yes Yes Yes
2.5” SAS Drive HDD option 0 - 2 0 - 1 0 - 2 0 - 1 0 - 2
SATA 1.8” SDD option 0 0 0 0 - 2 0 - 4
RAID functions RAID 0,10 Raid 0 Raid 0,10 RAID 0,10 RAID 0,10,5,6
Integrated 1GB Ethernet ports 2 (P5IOC2 HEAs)
2 (P5IOC2 HEAs)
4 (2 x P5IOC HEAs
)
2 (BCM5709S)
4 (2 x BCM5709S)
1Xe (PCIe) 1 1 2 1 2
High Speed Expansion card 1 1 2 1 2
PCIX No No No No No
FSP1 Service Processor Yes Yes Yes Yes Yes
Graphics No No No No No
USB Ports 2 2 4 2 4
Smart Card (VPD Info) Yes Yes Yes (base) Yes Yes (base)
Servidores IBM Power Systems
© 2012 IBM Corporation54
Power 710 Power 720 Power 730 Power 740 Power 750Footprint, packaging 2U rack 4U rack, tower 2U rack 4U rack, tower 4U rackNumber of processor sockets 1 1 2 1 or 2 1 to 4
Number of cores 4, 6, 8 4, 6, 8 8, 12, 16 4, 6, 8, 12, 16 4, 6, 8, 12, 16, 18, 24, 32
GHz clock 3.0, 3.7, 3.55 3.0 3.0, 3.7, 3.55 3.3, 3.7, 3.55 3.2, 3.6, 3.7
Max GB memory 64GB 64 (4-core)128 (6/8-core) 128 256 512GB
Max disk storage in system unit 1.8TB 2.4TB 1.8TB 2.4TB 2.4TB
PCI slots in system unit PCIe: 4 PCIe: 4+4LP PCIe: 4 PCIe: 4+4LP 5 (3PCie, 2PCI-X)
LPARs 80 80 160 160 320
12X I/O Drawers No 4-core No6/8-core Yes No Yes Yes
Disk-only I/O drawers (#5886)
4-core No6/8-core Yes
4-core No6/8-core Yes Yes Yes Yes
Power requirements 100-240VAC 100-240VAC 200-240VAC 200-240VAC 200-240VACWarranty 3 year 3 year 3 year 3 year 1 year
Primary UseInfrastructure
and application server
Distributed application
server or all in one business
solution
Infrastructure consolidation
Small to mid-size DB server,
application consolidation
server
Mid-size DB server, application
consolidation server
Key differentiatorsDense form factor, 1-socket performance
Flexible, reliable and secure
Density, high performance and energy efficient
Memory capacity and configurability
Performance, scalability, energy efficiency and hot swap PCI
Servidores IBM Power Systems
© 2012 IBM Corporation55
0
20,000
40,000
60,000
80,000
100,000
120,000
Una vez más Power System prueba ser el servidor más poderoso en SAP SD 2-tier
SAP SDUsers
Power 750POWER4/32/128
# 2010004
Sun X4470Xeon; SD-Parallel4 servers @ 4/32/64
#2010039
Power 780POWER8/64/256
# 2010013
Sun M9000SPARC
64/256/512# 2008042-1
126,063 SAP SD UsersPower 795 with DB2®
#1
#1Overall
8-socket
Power 795POWER16/128/512# 2010042
HP DL980G7Xeon
8/64/128# 2010040
4-socket
#1
#1
16-socket
Power 795POWER
32/256/1024# 2010046
HP Integrity SD64BXeon
64/128/256# 2006089
Servidores IBM Power Systems
© 2012 IBM Corporation56
15%
20%
25%
30%
35%
40%
45%
50%
Q200Q30
0Q40
0Q10
1Q20
1Q30
1Q40
1Q10
2Q20
2Q30
2Q40
2Q10
3Q20
3Q30
3Q40
3Q10
4Q20
4Q30
4Q40
4Q10
5Q20
5Q30
5Q40
5Q10
6Q20
6Q30
6Q40
6Q10
7Q20
7Q30
7Q40
7Q10
8Q20
8Q30
8Q40
8Q10
9Q20
9Q30
9Q40
9Q11
0Q21
0Q31
0Q41
0Q11
1Q21
1
HP Sun/Oracle IBM
Source: IDC Quarterly Server Tracker Q211 release, August 2011
UNIX® Server Rolling Four Quarter Average Revenue Share
IBM continúa extendiendo su liderazgo en UNIX entregando más innovación
Servidores IBM Power Systems
© 2012 IBM Corporation57
PowerVM nunca ha tenido una sola vulnerabilidad reportada
Source: National Vulnerability Database, http://nvd.nist.gov/
119
61
22
2 1 0
0
20
40
60
80
100
120
Number of reported security vulnerabilities
VMWare Xen KVM Sun LDoms Hyper-V PowerVMVmware Xen KVM Sun Hyper-V PowerVM LDoms
Num
ber o
f rep
orte
d se
curit
y vu
lner
abilit
ies
“Making sure our website can’t get hacked into is a key issue. With IBM, we
have been able to keep it tightly locked up and prevent unauthorized
access.”
— Dr. Chris Yates, CIO Tennis Australia
Virtualización con IBM Power Systems
© 2012 IBM Corporation58
IBM invents Hypervisor that would
become VM on the
mainframe
First machines
with Physical
Partitioning
IBM delivers
LPARs on the
mainframe
1967 1974 1988
LPARs on
POWER4
POWER Hypervisor
on
POWER5
20042001
PowerVM™ Builds on Over 40 Years of IBM Innovation
Extreme scalability and robustness
Fine-grained dynamic sharing of processors, memory, and I/O
Virtual or direct resources Integrated firmware hypervisor Virtual I/O Server Hardware-enforced isolation Integrates LPARs and WPARs Lx86 cross-platform virtualization Capacity on Demand Live Partition Mobility
Partition Mobility
on POWER6
2007
Active Memory Sharing
on
POWER7
2010
Virtualización con IBM Power Systems
© 2012 IBM Corporation59
POWER POWER HypervisorHypervisor
FirmwareFirmware
Processors Processors
Networks and Network StorageNetworks and Network Storage
ServiceProcessor
Memory Memory
Expansion SlotsExpansion Slots
Local Devices and StorageLocal Devices and Storage
Unassigned Unassigned
on demandon demand
resourcesresources
VIOS
Shared Processor PoolShared Processor Pool
VIOS
Virtual NetworksVirtual NetworksVirtual ProcessorsVirtual Processors Virtual StorageVirtual Storage
HMCHMC
Virtualización con IBM Power Systems
Arquitectura de virtualización con IBM PowerVM
© 2012 IBM Corporation60
¿Qué es? Firmware-based hypervisor derived from
mainframes
Virtualized operating system instances within a single chassis
Operating system can be AIX, IBM i, or Linux
I/O devices can be directly attached to the LPAR or virtualized through Virtual I/O Server
LPAR can add and remove CPU, memory, and I/O resources without rebooting
LPARs are managed through a Hardware Management Console (HMC)
PowerVM™ HypervisorPowerVM™ Hypervisor
VirtualI/O
Server
Ethernet
Storage
0.5 cores 4 cores8 cores 4 cores2 cores 1 core
Storage
2GB 8GB 8GB 2GB4GB16GB
Virtualización con IBM Power Systems
Particiones Lógicas de IBM (LPAR)
© 2012 IBM Corporation61
¿Qué es? Each partition still needs a boot disk and Ethernet
network connection, but now they can be virtual instead of physical
Allows partitions to share Fibre Channel, disk and Ethernet network adapters, with max of 254 partitions (P5 or P6) and 1,000 partitions (P7)
Installed as a special purpose AIX based LPAR, which uses AIX LVM and attaches to traditional storage subsystems
Inter-partition communication (client-server model) provided via Hypervisor
Provides hosting facilities for virtualized resources for clients and has a restricted shell with unique virtualization command set
HypervisorHypervisor
VirtualI/O
Server
Ethernet
StorageStorage
Shared Processor PoolShared Processor Pool4 cores
4GB 4GB
4GB 2GB 1GB0.5 cores
4GB4 cores
Virtualización con IBM Power Systems
PowerVM: Virtual I/O server (VIOS)
© 2012 IBM Corporation62
¿Qué es? Relocate an entire LPAR between
physical chassis
Requires POWER6™ or better
LPARs continue to run and provide services to clients, who are completely unaware of the migration
Final suspension and resumption of LPAR is guaranteed to be less than 2 seconds
PowerVM™PowerVM™
HypervisorHypervisor
Ethernet
StorageStorage
VIOS
PowerVM™PowerVM™
HypervisorHypervisor
VIOS
4GB 4GB 4GB 4GB4GB
192.9.200.1
Virtualización con IBM Power Systems
PowerVM: Live Partition Mobility (LPM)
© 2012 IBM Corporation63
¿Qué es? On-the fly compression of an LPAR’s
physical memory gives an LPAR the illusion of having more memory
Requires POWER7™ or better
Effectiveness depends on the compressibility of the LPAR’s memory space
Compressed pool size changes dynamically with the LPAR’s load
Pages from uncompressed pool will be paged out to paging (swap) devicePowerVM™ HypervisorPowerVM™ Hypervisor
Compressed
Pool
Swap
Uncompressed
Pool
Uncompressed
Pool
Compressed
PoolCompressDecompress
20 G
B
30 GB
LPAR’s ActualMemory
What theLPAR Sees
Virtualización con IBM Power Systems
Active Memory Expansion
© 2012 IBM Corporation64
IBM PureFlex y
PureApplication
Systems Solutions
IBM PureSystems
Sistemas Expertos Integrados: La próxima escala tecnológica de IBM
“Generating Higher Value at IBM” includes selected references to certain non-GAAP financial measures that are made to facilitate a comparative view of the company's ongoing operational performance. For information about the company's financial results related to (i) free cash flow excluding Global Financing Receivables and (ii) operating (non-GAAP) earnings, which are in each case non-GAAP measures, see the company's Form 8-K submitted to the SEC on January 18, 2011(Attachment II-Non-GAAP Supplementary Materials).