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© Copyright 2014 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. HP Confidential – For training purposes only.© Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.
Linux: Next Generation Mission Critical Platform
J. Demmler
Solution Architekt
© Copyright 2014 Hewlett-Packard Development Company, L.P. - Mike Wenner / SAP Competence CenterHP Confidential Information
Agenda
• Introduction• HP Integrity Superdome X – Overview• Partitioning – Maximum Flexibility
• Scalability and RAS Features
• Converged System CS900
• Roadmap
To keep your business running and adapting—today and into the future
Today’s Megatrends - Challenges
Respond rapidly to changes
Reduce complexity and cost
Provide continuous services
Faster, better business results
New competitive advantage More productivity and efficiency Better customer experience
Customer challenges on mission-critical computing
4
Business Processing and Decision Support workloads
“We’re deploying new applications on x86 and need more reliability than we have today.”
“I’m not happy with the downtime required for system maintenance.”
“I need more scalability and availability for our existing x86 applications.”
“We need to reduce our operational costs for mission-critical applications.”
“I’m not getting the x86 performance we require for our core database.”
Redefine compute economics
Boost business performance
Breakthrough x86 scalability and cost efficiencies
Record-setting x86 performance
Accelerate IT service delivery
Superior x86 uptime for mission-critical workloads
The right compute for the right workload at the right economics … every time
x86 performance not there for core database
X-86 uptime can’t meet all mission-critical SLAs
4-socket x86 scale-up not sufficient
High cost of RISC/UNIX systems
Today’s challenges NEW with Superdome X
Meet your challenges with Superdome X
What is Superdome X ?HP Integrity Superdome X, for your critical business processing and decision support workloads
Power your most demanding workloads
Support your largest enterprise applications
Maximize the uptime of your critical applications
16 sockets
24 TBmemory
1stto cross 1 million
jOPS performance
20x greater reliabilitywith unique hardware partitions
32%
60% less downtime than other x86 platforms
Redefine economics for mission-critical compute
lower TCO compared to competitive UNIX environments
Breaking the 8-Socket Limits
Superdome X – Scalability to handle any Workload
Intel Architecture Superdome X Architecture
Conceptual Block Diagram of the HP BL920s Gen9 Blade
Superdome X – Architecture
Only HP
48x 32GB or 16GBDDR3 DIMMs
2x processor sockets for Intel Xeon processor E7 v2
3x mezzanine slots 2x 10GigE 2-port FlexLOMs
XNC2 nodecontroller
iLO4controller
Upper mid-plane connector (fabric)
PDH controller
Lower mid-plane connector (IO & power)
Health LED
Power LED
UID LEDSUV Port
NIC statusLEDs
BL920s Gen8 Server Blade at a glance
Conceptual Block Diagram of a fully equipped HP BL920s Gen8 System
Superdome X - Architecture
Only HP
Rearview
HP Superdome X with BL920s Gen9 Server Blades
Flexible infrastructure
More uptime
Faster insights
• Wider core count span: from 8-core to 36-core blades• New 6-socket nPar complements existing 2, 4, 8, and 16-socket• Mix Gen8 and Gen9 blades within a single enclosure • More memory flexibility with16GB DIMM configurations
• Additional Memory RAS features• Unique Superdome Error Analysis Engine • Proven “Firmware First” approach
Realize the benefits of in-memory technology and accelerate insights with higher performance
Featuring Intel® Xeon® E7 v3 processors
• Up to 24TB DDR4 memory• Faster I/O connections, now featuring InfiniBand • New processor with higher core count (18-core)
Grow seamlessly with the demands of your business and optimize your software costs
Maximize the uptime of critical applications and protect your most valuable data
Run multiple OS versions in electrically isolated partitions (nPars)
HP BladeSystem Superdome Enclosure
HypervisorNative OS
DB1
DB2 DB3
DB4
Resource Managed Partitions: For workload stacking in a single OS
Virtual Machines: Workloads small to large, dynamically scaling, sharing common resources
nPar B
VMs
VM VMVM VM
nPar A
Hardware Partitioning - Maximize Flexibility
Superdome X with Power-on-Once technology
Up to 100% application availability
Error identification, reporting, recovery
Infrastructure reliability
System components
Hard partitioning (HP nPars)
‘Firmware First’ architecture
Error Analysis Engine
Insight Remote Support
Serviceguard Linux
Proactive services
Operating System
Online optimization and repair
Fault-tolerant fabric
Availability from components to complete solutions
• Improved reliability on large memory footprint servers
– Uncorrected memory errors detected and reported to the OS
Memory error handling
RAS features – Protect your Memory
HP Superdome X system delivers mission-critical analysis
Bad data may end up in storageGeneric x86
HP Superdome X
No critical analysis
Deep analysis and self-healing
Error detected
OS crashes (no analysis, recovery, and resolution)
Bad data mayend up in storage
Self-heal andcollect evidence
Repair
Error detected
OS recovery
Critical analysis
HP Error Analysis Engine
RAS Features - Protect your Data
Performance Results 16-Socket versus 8-Socket
23.268
102.193
139.471
200.970
259.778
106.141
389.675
526.229
735.477
1.010.123
0 200.000 400.000 600.000 800.000 1.000.000 1.200.000
HP DL980 8s / 80c / 1TB
Superdome X 8s / 80c / 2TB
Superdome X 8s / 120c / 2TB
Superdome X 16s / 160c / 4TB
Superdome X 16s / 240c / 4TB
max-jOPS critical-jOPS
Superdome X configurations vs. DL980 G7 SPECjbb2013-MultiJVM
HP internal measurements onlyConfiguration key: “s”: Socket count, “c”: Core count, “TB”: memory in TB
3.6x to 9.5x greater performance than the HP
DL980 G7
SPEC and the benchmark name SPECjbb are registered trademarks of the Standard Performance Evaluation Corporation (SPEC), see spec.org16
HP Disaster Recovery
Solutions for Linux
Toolkits and Extensions
HP Serviceguard and Serviceguard Manager for Linux
The High Availability Solution for Linux on Superdome X
Designed to work together to meet the variable needs of businesses
• Extended Distance Cluster for Linux• Metrocluster for Linux
• Continentalclusters for Linux
• SGeSAP/LX• Oracle DB• EnterpriseDB• SAP Sybase ASE
• SAP Sybase Replication Server
• Contributed Toolkits• Developers Toolbox
HP Serviceguard Solutions for Linux
Simplify setup and management
Heal transparently and recover gracefully
Protect geographically dispersed data centers
HP Converged System CS 900
• Network:•HP 5900AF -48G-4XG-2QSFP+ Switch
• Management:•New HP DL380 Gen9•Windows 2012 R2 OS
• Storage•3Par 8400 4 Node Storage•1.2TB HDDs•Optional Encrypted drives
• Compute Nodes•Superdome X •Haswell E7-8890v3 or E7-8880v3•DDR4 Memory
Storage
3PAR StoreServ 8400 4N Storage Base (2)HP 3PAR 8000 SFF(2.5in) SAS Drive Encl. (4)96x (Basic) or 192x (Extended) 1.2TB HDDs
Brocade 16Gb/28c PP+ SAN Switch (2)16Gb FC HBA Mezzanine card (1 per blade)
Network
HP 5900AF-48G-4XG-2QSFP+ SwitchHP 6125XLG Ethernet Blade Switch
Management
DL380 Gen9 Management ServerWin12 R2 Std. Ed. hosting virtual 3Par
Service Processors
Compute Nodes
HP Superdome X Base EnclosureHP Superdome BL920s Gen9 (up to 8)
E7-8890v3 /E7-8880v3 (Haswell 18core)Up to 12TB DDR4 RAM
Dual port 20GbE FF FLOM (2 per blade)
Customers around the world gain business value from HP Superdome X
Global Service Provider exploits the power of big data
SAP HANA Tailored Datacenter Integration
Cerner delivers hosted services in a standard platform
Core database for Healthcare applications
Manufacturing company deploys SAP ERP
One of the largest SAP instances worldwide
European Service Provider harness subscriber data
Core database for CRM workloads
Leading global investment runs front office solution
Mission critical database infrastructure
Mobile TeleSystems addresses subscriber growth
Billing application core database
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