1. Ingeniería

Nuevos anuncios en IBM Flex Systems
7 de Octubre de 2014
 Carlos Etchart - @carlosetc
 IBM Client Technical Sales Specialist
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System X, BladeCenter & PureFlex Systems
© 2014 IBM Corporation
Infraestructura Convergente:
BladeCenter
Flex System
Para agregar capacidad
protegiendo la inversion
en implementaciones
existentes de BladeCenter
El máximo valor por cada
$ invertido es Flex:
máxima capacidad de
procesador, memoria y
networking
“Blade 1.0”
PROTEGER
INVERSIÓN
“Blade 2.0”
ESTADO DEL ARTE
AL MEJOR PRECIO
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PureFlex
Para clientes que buscan
pre-integración de
infraestructura en planta
“Sistemas
Integrados”
LLAVE EN MANO
© 2014 IBM Corporation
El acuerdo IBM - Lenovo
Lenovo está adquiriendo el negocio de servers x86 de IBM completo y se ha
comprometido ha seguir el roadmap de producto x86, incluyendo Flex y x86-based
PureFlex integrated systems, y continuará innovando alrededor de estos productos.
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© 2014 IBM Corporation
IBM y Lenovo se asocian
para brindar valor de largo plazo a sus clientes
x86
x86
Power / Hybrid
Management
(licensed by IBM)
Management
x86 Compute
Power / Hybrid
Compute (OEM in
x86 from Lenovo)
Networking
Networking
(OEM in from
Lenovo)
Storage (OEM in
from IBM)
Storage
Customer Service and maintenance
(delivered by IBM on Lenovo‟s behalf for 5yrs)
 Lenovo provee a IBM componentes
de infraestructura x86
– Flex System chasis
– Integrated Networking
– Otras partes necesarias para que
IBM provea Power-based Flex
System, PureFlex Power e Híbridos
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Power / Hybrid
IBM Customer Service and maintenance
 IBM autoriza a Lenovo a revender Flex System
storage y software seleccionados
– FlexSystem V7000, SmartCloud Entry, Flex System Manager
 IBM le ofrece a Lenovo el derecho de usar el nombre
PureFlex por un período de 3 años
 Luego que se cierre la venta, IBM continuará
proveyendo delivery de mantenimiento en nombre de
Lenovo por un período extendido, de acuerdo a los
términos de un acuerdo de 5 años con IBM
© 2014 IBM Corporation
La línea de tiempo de Flex System
Hoy
PureSystems
Announce
April 2012
Dense node:
Flex System x222
intro
Focus on
Flex System
August 2013
5
5
High performance
scale-up: Flex
System X6 intro
High performance
dense: Flex
System x440 intro
x440 Refresh
x240 E5 v3
Flex System
Interconnect
Fabric intro
© 2014 IBM Corporation
Chasis Integrado Empresarial Flex
Frente
10U chassis
14 bays
Standard and full
Storage (SOD)
•
•
•
•
•
Alta densidad física
Positional awareness
Virtual FC and NIC address
Soporte de Power y x86
Hot add, hot swap
Parte trasera
4 switch modules
Redundant CMMs
Redundant power
Redundant
cooling
• Simplicidad de cableado
• Ease of insertion and removal
• High bandwidth, low latency
networking
• Integrated management Ethernet
• Diseñado para soportar el futuro de I/T
SOD = Planned Statement of Direction. IBM plans subject to change.
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© 2014 IBM Corporation
El Nuevo Chasis Flex System Enterprise
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© 2014 IBM Corporation
IBM Flex System Enterprise Chassis Vista Trasera
Fans
CMM
10 U
Power Supplies
(6X)
8
8
High Speed
Switch (4X)
© 2014 IBM Corporation
Resumen Energía
• Balanceo Eficiente a través de 3 fases
• Soporta configuraciones N+N y N+1 para
máxima flexibilidad
• Seis fuentes de poder que se pueden ir
agregando a medida que la carga lo requiera
• Fuente 80Plus Platinum con distribución de
energía de alta eficiencia
• Entrada monofásica de 200 – 240 AC de alta
eficiencia. Soporte de trifásica
• Conectores de midplane y power de baja
pérdida
• Amplias capacidades de monitoreo de energía
Fans - 2, 40 mm counter
rotating
Input Power Connector –
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C19, 200 to 208 VAC; 220 to 240 VAC
• Permite administración avanzada de energía y
power capping
• Monitoreo de AC y DC
• Monitoreo de energía de todos los módulos,
incluyendo nodos, switches, fan packs y CMM
292.3
• PDU administrada y monitoreada
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• Monitoreo de energía de cada toma
• Control de on/off remote de cada toma
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Output – 12 VDC
© 2014 IBM Corporation
Ejemplo de alimentación trifásica (Argentina y Uruguay)
Source: http://www-03.ibm.com/support/techdocs/atsmastr.nsf/5cb5ed706d254a8186256c71006d2e0a/c52f86897b78f8ad862579f20053c8d7/$FILE/Flex_Power_Guide_1.2.2.pdf
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© 2014 IBM Corporation
FSM
“Chassis Map” – 6 vistas
“Status Information” – toggle and settings
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“Compliance, Firmware & Notifications” – toggle
“Hardware Access States” – toggle and settings
“Highlight Front Panel LEDs” – toggle and settings
“Component Names and Properties” – toggle and settings
Thermal and Power Metrics – toggle
© 2014 IBM Corporation
Cuatro funciones críticas de Flex System Manager
Configuration Patterns
RAID
I/O Adapter
UEFI
IMM
Flex
Chassis
Bare Metal Deployment
Up to 55 simultaneous
deployments!
VM
Storage Resource Mgmt
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VM
VM
Virtualization Awareness
© 2014 IBM Corporation
IBM Flex System Manager: Punto único de Control para Flex
Servers
Upward Integration
Storage
Virtual
Machine
Lifecycle
Management
Network
Infrastructure
Lifecycle
Management
Virtual Machines
VM
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VM
VM
Hardware
Setup
IBM Flex System
Manager
System
Provisioning
System
Configuratio
n
Integrated Management of Infrastructure at each point in the
© 2014 IBM Corporation
lifecycle
Flex System ofrece diversas opciones de storage
“Hyperconverged”
x240 + SEN
+ hypervisor
Storwize V7000 and
open interoperability
with
x240 + SEN
Or
Internal storage
Dedicated
Storage
Ideal for file storage and
serving workloads
including highperformance needs with
Flash storage
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Software Defined
Storage
Emerging technology:
Ability to scale dedicated
pools of storage into a
single virtual storage
pool
Shared
Storage (SAN)
Ideal for virtualization,
cloud-based workloads,
and business
applications for
enterprise datacenter
© 2014 IBM Corporation
Aplicaciones y Servicio
Computo
Storage
Conectivida
d
Gestión
StorWize
StorWize
Arquitectura de Data Center
v3700
v7000
Storage Terceros
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© 2014 IBM Corporation
Integrated scalable storage
Integrated into
the chassis
Scalable within
chassis
Scalable to external
rack expansion
Chassis
Scalable to 240 HDDs/SSDs, cluster-able to four systems)
Storage ITE –
Dual Controller
Standard Rack Enclosure
Storage ITE –
JBOD
Storage ITE –
JBOD
Storage ITE –
JBOD
Storage ITE
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IBM Confidential until Nov. 13, 2012
© 2014 IBM Corporation
IBM PureFlex System Storage interoperability
Storage
IBM Flex System Chassis
Other storage
Virtualization options
FSM
IBM Flex System Storage Node
 Integrated virtualized IBM Flex System
Storage
IBM Flex System Storage Virtualization
Storwize V7000
System infrastructure
 Virtualize external storage for greater
data center efficiency and utilization
 Available in: Storwize V7000, IBM Flex
System Storage Node, & SVC
IBM Flex System Storage
Interoperability
 Broad set of IBM storage supported with
IBM Flex System
 Interop with 3rd party via virtualization




IBM SVC
Direct Interoperability
or via
Storage Virtualization
IBM Flex System FSM Storage Control
Discovery and Inventory
Monitoring and Alerts
Configuration
Provisioning
Via Storage
Virtualization
IBM Flex System FSM Advanced
 Integrated virtualization management
across server, storage, network
 Image repository and management
Storage provisioning for image creation,
deployment, and cloning
 System Pools
 Integrated management of storage in
lifecycle of defining and managing system
pools
 Virtual Image Cloning
 Integrated storage provisioning and virtual
image placement for new virtual machines
Centralized management reduces costs and
complexity across server and storage
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IBM Flex System
V7000
Storage Node
DS8100,
DS8300,
DS8700,
DS8800
XIV
Storwize V7000
DS3400, DS3500, DS4100, DS4200,
EMC, HP, HDS
DS4300, DS4400, DS4500, DS4700, DS4800,
DS5020, DS5100, DS5300,N3600, N3700, DS6800
Included in Base Director
© 2014 IBM Corporation
Aplicaciones y Servicio
Computo
Storage
Conectividad
Gestión
Arquitectura de Data Center
LAN
SAN
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1G
10G
8G
40G
16G
© 2014 IBM Corporation
Stacking – Management simplificado & mejor uso de recursos
•
Stacking puede hacerse tanto
con puertos de 10Gb o 40Gb.
Un dispositivo lógico
8 switches físicos
1 file de configuración
1 dirección IP
EN4093/R
EN4093/R
Más rendimiento de aplicación y red
•
Fast fail-over times
•
Scale out with no additional configuratio
•
Larger resource pool – más puertos, más
ancho de banda
EN4093/R
Tráfico Server - server
permancece local al
stack
-Performance mejorada
-Mejor seguridad
-Menor latencia
EN4093 soporta:
–FCoE con stacking
–vNIC FCoE stacking
–Qbg stacking
–Qbg + FCoE stacking
EN4093/R
EN4093/R
EN4093/R
EN4093/R
EN4093/R
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*Requiere 7.4 software code or posterior
100% más
server throughput:
active-active NIC teaming
© 2014 IBM Corporation
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© 2014 IBM Corporation
Aplicaciones y Servicio
Computo
Storage
Conectividad
Gestión
Arquitectura de Data Center
LAN
Convergencia
10G
SAN
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© 2014 IBM Corporation
IBM Flex System Fabric CN4093 10Gb Converged Scalable
Switch
–
–
–
Ethernet ports
FCoE ports
Fiber Channel ports
Hasta 64 puertos
–
–
–
3 x 14 = 42 internal 10 Gb ports
14 external 10 Gb ports
Two 40 Gb ports that can be used as eight 10 Gb ports
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12 x 10GbE omni ports
Exceptional Performance - < 1 µs latency, up to 1.28Tbps
Scalable pay-as-you-grow design (base + 2 upgrades)
Built in FCF to split FCoE packets in the chassis.
12 omni ports programmable to run either 1 or 10 Gb
Ethernet or 4 or 8 Gb Fibre Channel
 Virtual Fabric – carve up virtual NIC’s and pipes
 Seamless interoperability with other vendors switches
 Warranty is 1 year or will match the chassis warranty
(Includes software upgrades)




2X10Gb SFP+ 2x40GbE
Switch convergente L2/L3
© 2014 IBM Corporation
Ejemplo de arquitectura de E/S – reduce la complejidad
LOM Connector
Example Server (X240)
I/O Mezzanine Connector
Management Connector
10Gb Ethernet
10Gb Ethernet
Scalable Switch Modules
1
3
2
4
Server
10Gb Ethernet
4 p LOM
Eth
10Gb Ethernet
Optional
Ethernet/FC/Infiniband
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Scalable Switch
Elements (4X)
© 2014 IBM Corporation
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© 2014 IBM Corporation
IBM Flex System Interconnect Fabric
vPC
Domain
SAN A
G8264CS A
Master Controller
Flex System
Interconnect
Fabric Links
SI4093 A
SAN B
G8264CS B
Backup
Controller
SI4093 A
SI4093 B
½ Wide ITE-1
SI4093 B
½ Wide ITE-1
Max 9 Chassis
½ Wide ITE-14
½ Wide ITE-14
Chassis 1
Chassis 9
Pure Flex System
Uplink port for „SAN-A‟
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Uplink port for
LAN
Uplink port for „SAN-B‟
© 2014 IBM Corporation
IBM Flex System tiene menor latencia
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© 2014 IBM Corporation
Network Switching and Why it Matters
The Problem:
The Flex System Difference:
Blade to blade communication flows northsouth through the TOR, causing latency from
request / response traffic. Added network
latency will impact the overall workload the
servers can support.
Do more with your servers and reduce
network delays. Node to Node
communication happens within the
chassis.
Communication
is contained
within chassis
running at
10GB Ethernet
Communication
between blades
requires traffic
to TOR
Why this matters:
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 Reduces switch latency
 Additional servers needed to overcome
performance loss in network delays
 Low latency, web-serving, and
database apps create significant server
to server chatter and stress on the
network
© 2014 IBM Corporation
Tolly Group Points to Strong Flex Network Advantages
https://www14.software.ibm.com/webapp/iwm/web/signup.do?source=stgweb&S_PKG=ov23137
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© 2014 IBM Corporation
Cisco Nexus B22 Fabric Extender (FEX) para IBM Flex System
Cisco Nexus B22 Fabric Extender for IBM Flex System
• Simplifica la conectividad a infraestructura Cisco Nexus
• Conecta todos los puertos de hojas dentro del chasis con conexión
transparente al switch Nexus upstream
• Centraliza network management y seguridad en el switch Cisco Nexus
Top Of Rack
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© 2014 IBM Corporation
x240 Intel Node Details
Power Connector
2x IO Mezzanine
Cards
2x Intel E5 2600
Processors
Power Button
24x LP DIMMs
Keyboard, Mouse,
Video Dongle
connector
Front
2x Hot Swap, Small
Form Factor HDDs
Release latch
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© 2014 IBM Corporation
Storage Expansion Node – 12 discos SAS ó SSD
Chassis Management /
Power Interface
RAID Card option
LSI SAS
Controller
Cable Arm Assembly
Cardinal ETE Bridge
PCIe from x86 Compute
Node
Mechanical Slide
12 – 2.5” Drive Bays
SEN Facia
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IBM Confidential until Nov. 13, 2012
© 2014 IBM Corporation
4S EP Compute Node Details
48x LP DIMMs
Front
4x IO Mezzanine
Cards
2x Hot Swap, Small
Form Factor HDDs
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4x Intel E5 4600
Processors
© 2014 IBM Corporation
X222 Vista Interior
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© 2014 IBM Corporation
Flex System x222 achieve 71% chassis consolidation
Example)
x222 infrastructure vs. Cisco UCS – equivalent workload and capacity
Flex System with x222
224 Processor Sockets
Requires 4x circuits
24 Power Supplies
4 Chassis taking up 40U
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(112 Server
Cisco UCS
224 Processor Sockets
Requires 20x circuits
56 Power Supplies
14 Chassis taking 84U
© 2014 IBM Corporation
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Flex System X6 permite escalar fácilmente en función de las necesidades del negocio
3x
Application
performance
 Industry leading scalability up to 8
sockets in blade architecture
 Highest performance x86 systems with
unique flash capabilities to accelerate
applications
 Enterprise class availability features to
handle mission critical workloads
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© 2014 IBM Corporation
El Portfolio de Nodos Flex System X6
x880 X6
x480 X6
x280 X6
Ideal para workloads tales
como VMs grandes que
requieren más memoria por
VM
•Scalable to 2 sockets
•2 x Intel E7 2800 v2
•3TB memory (48 DIMMs)
•Up to 4 networking adapters
•2 x 2.5” HDD / SSD or
8 x 1.8” SSD with RAID 5
Ideal para workloads tales
como VMs grandes, analytics
y DBs que requieren más
cores y más memoria por
sistema o por VM
•Scalable up to 4 sockets
•4 x Intel E7 4800 v2
•6TB memory (96 DIMMs)
•Up to 8 networking adapters
•4 x 2.5” HDD / SSD or
16 x 1.8” SSD with RAID 5
Primer blade
Intel 8-socket
Intel de la
Industria!
Ideal para workloads que
demanden los mayores
niveles de performance tales
como analytics y databases
que requieren más cores y
más memoria por sistema
•Scalable up to 8 sockets
•8 x Intel E7 8800 v2
•12TB memory* (192 DIMMs)
•Up to 16 networking adapters
•8 x 2.5” HDD / SSD or
32 x 1.8” SSD with RAID 5
* 64GB DIMM available on 8 socket x880 in 4Q14. Contact IBM rep for interoperability help with specific configurations.
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© 2014 IBM Corporation
Video
Demo de escalabilidad de de Nodos Flex System x480/x880
https://www.youtube.com/watch?feature=player_detailpage&v=pwyrsKG58Xk
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© 2014 IBM Corporation
IBM Cloud Manager with OpenStack: Beneficios para el Usuario
 Simple de acceder, Simple de usar, Service Request Catalog
 Esconde la infraestructura subyacente del usuario, cambia el foco a los
servicios que se proveen
 Habilita la provisión estandarizada y los servicios de bajo costo
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© 2014 IBM Corporation
IBM Cloud Manager with OpenStack: Beneficios para el
Administrador de Cloud
 Opciones de workloads a medida para usuarios y grupos
 Monitoreo de utilización con workload metering
 Provee customización a nivel de proyecto
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© 2014 IBM Corporation
Thai
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Traditional
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Thank you
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Obrigado
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Brazilian
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Danke
Grazie
German
Italian
Merci
French
Multume
sc
Romanian
Simplified
Chinese
Korean
Japanese
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© 2014 IBM Corporation
Thank You
Carlos Etchart
PureSystems
Spanish South America,
Technical Sales Specialist
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Ing. E. Butty 275
(C1001AFA)
Buenos Aires Argentina
[email protected]
+54-11-43196256
© 2014 IBM Corporation