NonStop Server products & Roadmap

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Transcript NonStop Server products & Roadmap

NonStop Server and
I/O Roadmap and
Strategic
Developments
Mike Hurst
NonStop Global Field Marketing,
Business Critical Servers, HP
© 2006 Hewlett-Packard Development Company, L.P.
The information contained herein is subject to change without notice
Agenda
Server Update:
− Integrity NonStop NSAA
− Integrity NonStop NSVA
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I/O Update
− Modular I/O Options
− Future I/O Plans
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NonStop Blades
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Roadmap Directions
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SOA
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NonStop Customer Benefits
Technology for customer business demands
Today
Business
Technology
Accelerate
business growth
Lower costs
Mitigate risks
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Speed time to
market
Strengthen
customer
relationships
Drive revenue in
new markets
Capture market
share
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Reduce IT/business
cost
Improve operational
efficiency
Improve ROI
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Reduce
IT/business risk
Improve
compliance
NonStop Enterprise Division’s Answer
Focus Our Attention on:
Pushing the business-critical
infrastructure requirements
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Focused solutions for target
markets
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Real-time enterprise
computing
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NonStop systems that deliver:
− Continuous availability
− Unlimited scalability
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Application
Middleware
Management
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Database
Transaction Services
Operating System
Processors
− Extreme manageability
Interconnect
− Lowest total cost of ownership
(TCO)
Peripherals
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NonStop Servers
and IO
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HP Integrity NonStop is an integral part
of the HP Integrity Server Family!!
HP Integrity server
HP ProLiant
server
High-end
HP Integrity Superdome
(up to 128 processor cores)
HP ProLiant
DL series
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Telco
Commercia
l
NS16000CG
(Madisonbased)
NS16000
(Madisonbased)
NSAA (up to 4080 CPUs)
Midrange
Midrange
Modular
HP
ProLiant
ML series
XC6000 HPTC
cluster
HP Integrity NonStop
High-end
server
Telco
NS5000CG/T
(Madisonbased)
HP
ProLiant
BL series
and
HPBL860
c server
blade
HP Integrity rx8640
HP Integrity rx7640
(up to 32 processor cores)(up to 16 processor cores)
Commercia
l
NS14000
(Madisonbased)
NSVA
NSAA
(up to 2040 CPUs)
Entry-class
Entry-class
Telco
HP Integrity
HP Integrity
HP Integrity HP Integrity
rx2660
rx3600
rx4640
rx6600
(up to 4 cores) (up to 4 cores) (up to 8 cores) (up to 8 cores)
Intel-Based Systems
NS3000AC
(Montecitobased)
Commercia
l
NS1000
(Madisonbased)
NSVA (up to 2040 CPUs)
More choices—
a portfolio of service levels
NonStop Advanced
Architecture
Service levels
Integrity NonStop
NS16000 Server
Integrity NonStop
NS14000 Server
NonStop Value
Architecture
Integrity NonStop
NS1000 Server
Cost
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NonStop: Advanced and Value Architecture
NS Advanced Architecture
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NS Value Architecture
Mission Critical Availability (7 9’s)
Enterprise Class Availability (5 9’s)
Bullet-proof data integrity (TMR/DMR)
Commercial data integrity
High Performance
Cost-effective Performance
Better price/performance than
mainframe
Better price/performance than
clustered UNIX
Online-maintenance allowing deferral
Online-maintenance
High scalability with clustering
Small-scale packaging
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HP Integrity NonStop NS16200
Available
January
2008
Delivers highest service levels for most
demanding applications
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Intel Itanium 9100 Series processor at 1.6 GHz with 12 MB cache
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1.2 X performance over NS16000
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Triple- (TMR) and Dual- (DMR) Modular Redundancy
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Linear scalability :
− 2–16 processors per node
− 4–16 GB memory per processor
− Support clustering up to 4,080 processors
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Industry Standard Connections (IOAME)
− 60 I/O adapters
− Fibre Channel disk storage (FCDM and SAN XP)
− Gigabit Ethernet
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Connects to HP NonStop S-series disk and I/O
HP Integrity NonStop NS14200
Available
Q1CY08
A lower-priced configuration option for critical business
applications requiring less scalability and/or performance
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Intel Itanium 9100 Series processor
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75% performance of the NS16200
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Triple- (TMR) and Dual- (DMR) Modular Redundancy
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Linear scalability
− Supports 2, 4, 6, or 8 processors per node
− 4–8 GB memory per processor
− Clustering up to 2,040 processors
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Industry Standard Connectivity (VIO)
− 6 I/O adapters
− Fibre Channel disk storage (FCDM and SAN XP)
− Gigabit Ethernet
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HP Integrity NonStop NS1200
Available
November
2007
NS1200-8p
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2
1
FCDM
VIO
Most cost-effective, reliable, and
easily managed software FT system
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HP rx2660 off the shelf
− Intel Itanium 9100 Series processor
− Supports 2, 4, 6, 8 processors
Configurable Space
**Console**
FCDM
− 4-8 GB memory per processor
• 65% performance of the NS16200
• Software fault tolerance/fault isolation:
NonStop OS; NonStop data base SQL/MX
RX2660
− Cluster programming transparency
RX2660
RX2660
RX2660
RX2660
RX2660
Configurable
Space **
RX2660
RX2660
11 Maintenance
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Lan
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Industry Standard Connectivity (VIO)
− 6 I/O adapters
− Fibre Channel disk storage (FCDM and SAN XP)
− Gigabit Ethernet
NonStop Systems Performance Summary:
Order Entry Benchmark
Platforms
S86000
S88000
NS1000
NS1200
NS14000
NS14200
NS16000
NS16200
0
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0.5
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1.5
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2.5
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3.5
Leveraging HP intellectual property
From outside of
NonStop
From within NonStop
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Massively parallel
scalable database
technology
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Fault-tolerant hardware
and software
Compliance hardware
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Storage
• Management
• Processors
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Power and cooling
Investment Decisions
The expanding HP NonStop ecosystem
HP Integrity
NonStop
Systems
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HP BladeSystems,
NonStop Midplane inside
Future Integrity
NonStop
Systems
HP Neoview,
NonStop inside
Future Integrity
NonStop
Systems with
Blades
Taking NonStop to Blades
Linux/Windows
HP-UX
NonStop
Integrity NonStop
Blades
Integrity NonStop
Blades
Integrity NonStop
NonStop
S-series
MIPS Processors
Proprietary
Cabinets
Proprietary Disks
Intel Itanium2
Processors
HP Rack
Storageworks Disk
Intel Itanium2
Processors
HP Blades
Storageworks Disk
Intel Itanium2
Processors
“SharedInfrastructure
Blades”
Storageworks Disk
HP Multi-OS
NonStop OS
NonStop OS
NonStop Kernel
S88000
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NS16200
Tomorrow
NSBlades
Future
3 Year Server Roadmap – A focus on
Value, Performance, Availability
Maximum
Availability
2007
2008
NS16000
NS16200
NS14000
NS14200
Maximum
Performance
Entry
Value
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NS1000
2009
2010
Next Itanium
chipsets
NS
Blades
NS
Blades
NS
Blades
2-Way
4-Way
Multi-Way
NS1200
Next Itanium
chipsets
3 Year Telco Server Roadmap –Value,
Performance, Availability
2007
2008
2009
Next Itanium
chipsets
NS16000C
G
NS16200C
G
Maximum
Performance
NS
5000CG/T
NS CG
Blades
NS CG
Blades
2-Way
4-Way
Entry
Value
NS3000A
C
Maximum
2010
Availability
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NS3200A
C
Next Itanium
chipsets
Platform
Refresh
Future Directions
in I/O
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Cluster I/O Machine (CLIM) IO Subsystem:
Networking Overview
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New NonStop Networking Subsystem
− Replaces the IOAME (I/O Adapter Module Enclosure)
− Can co-exist with
• E4SA, FESA, GESA, G4SA
• Conventional TCP, TCP/IPv6
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Runs on Industry Standard Servers (ISS)
− Based on a Proliant server with PCIe cards for ServerNet
connection
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Runs industry-standard Linux for device drivers
and tools
− Receives commands and data from NonStop processors using
ServerNet
− Uses Linux device driver(s) to transfer data to the Ethernet NIC
cards
− Runs only HP software (i.e., no application SW)
− Linux “personality” is hidden
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CLIM Networking Software
NS-series system
Application
Socket Calls
CLIM SW
No changes required
to applications
System will offload
TCP ~30%
ServerNet
CLIM SW
Linux system
TCP
Stack
Ethernet Links
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Future
25 April 2020
product plans, dates, and functionality are subject to change without notice.
Cluster I/O Machine (CLIM) IO Subsystem:
Storage Overview
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Target Delivery: 1QCY2008
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New NonStop Storage Subsystem
− Replaces the IOAME (I/O Adapter Module Enclosure)
− Replaces FCSA (Fibre Channel ServerNet Adapter)
− Replaces the FCDM enclosure and disks
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Runs on ISS (Industry Standard Servers)
Servers
− Based on a Proliant server with PCIe cards for
ServerNet and IO
− Replaces function provided by IOAME/VIO and FCSA
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Cluster I/O Machine (CLIM) IO Subsystem:
Supported Devices
CLIM
SAS
FC
SAS Tape
FC Tape
MSA70 Disk
XP
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NonStop Software
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Investing in NonStop Software
Open
Accessibility
Eclipse
Scale &
Availability
NonStop
SQL/MX
features
Manageability
Security/
Safeguard
SOA
Software
Performance
Management
tools
Java
Software
Limits
NonStop SQL
Enhancements
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NonStop SQL Database is unmatched
…
…where you need
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NonStop
Massive linear scalability and
SQL
parallelism (sub 1 TB –>100+ TB)
database
The only standards-based enterprise
Oracle 9i RAC
DBMS specifically designed for a
clustered architecture
Oracle
Oracle®9i9i
Innovative parallel SQL technology
Advanced mixed-workload support
Oracle
Oracle9i9i
24 x 7 database availability
SQL server
Bullet proof data integrity
Standards-based database and
supports ANSI/ISO SQL:1999
standards
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Reliability and
scalability
NonStop server
HP-UX
HP
UX Superdome
systems
HP UX systems
HP-UX
ProLiant and
ProLiantand
clusteredProLiant
clustered
ProLiant
servers
market size
Market
NonStop SQL/MX Roadmap
2004
2005
2006
2007
2008
2009
2011
SQL/MX 2.0 (MX Tables-Controlled Avail.)
Focus on online
manageability
SQL/MX 2.1.1 – G06.27 September 2005
SQL/MX 2.2 – H06.05 March 2006
SQL/MX 2.3 GA – H06.10 May 2007
Focus on manageability
and performance
SQL/MX 2.3.1 – H06.13 Feb. 2008
SQL/MX 2.3.2 – 2008
Integrity NonStop
Focus on usability
and performance
Future product plans, dates, and functionality are subject to change without notice.
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2012
Performance 15%-30% better
for dynamic SQL
SQL/MX 2.0 (MP Tables)
S-Series
2010
Services
Oriented
Architecture
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The S in SOA: Service
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Unit of business logic that is:
− Available on the network
− Defined by a standard service description
− Encapsulates implementation
− Accessed via standardized protocol
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Fundamental building blocks for business
process automation
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Business process automation achieved through
sequenced interactions with collection of services
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The O in SOA: Service Orientation
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Service Orientation is not a new concept
− OO Methodologies and DCOM/CORBA technologies
share many of the same concepts
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What makes SOA different?
− Scale: Enterprise vs application
− Granularity: coarse vs fine
− Focus: business-centric vs techno-centric
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SOA analysis is at higher level of abstraction than OOA
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The A in SOA: Architecture
Process
order
Process
order
Process
order
Change
address
Change
address
Change
address
Open
account
Open
account
Open
account
Retail Customer
Service
Call Center
Web selfservice
Open
account
Change
address
Process
order
Service Bus
Retail Customer
Service
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Call Center
Web selfservice
Before SOA:
Silo’d apps
with
duplicated
functionality
After SOA:
Apps with
functionality
refactored
as services
Basic SOA building blocks
SOA service
consumer
(Accesses)
Consumer
application
accesses SOA
service based
on description
in WSDL
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SOAP/HTTP
(Describes)
SOA service
provider
(Publishes)
SOA service
provider
makes WSDL
WSDL
available to
consumer (via
UDDI, e-mail,
WSDL describes the
URL, etc.)
SOAP header that will be
used to invoke the SOA
service
NonStop server is an excellent platform
for providing SOA services
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From IT perspective, Business Process is
network of services linked together
• Network is as strong as its weakest link
• So, services must be available, scalable,
performant, and manageable
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Requirements tailor-made for the HP NonStop server
Service model is the natural way to create
applications on NonStop servers
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SOA products on NonStop server
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NonStop server supports products that address the
following two requirements:
− Service access
• iTP WebServer, NonStop SOAP, Apache AXIS2
− Service implementation
• Java technology using Tomcat, BEA WebLogic
• CORBA using NonStop CORBA
• Tuxedo using NonStop Tuxedo
• Pathway
Partner products
25 April 2020
To SOA-enable existing services …
We want to get from this
To this
Traditional client/server
SOA
CORBA
client
Java
client
Service
consume
r
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CORBA
client
CORBA
service
tpcall
Tuxedo
service
Tuxedo
client
Pathsend
Pathway
service
Pathway
client
RMI
Java
service
Java
client
Java
service
Service
provider
Service
consume
r
Service
provider
Any
to
any
WSDL
SOAP
HTTP
Standard interface
Pathway
client
IIOP
CORBA
service
Standard interface
Tuxedo
client
Servicespecific access
methods
Tuxedo
service
Pathway
service
Home Depot: Major US hardware retailer
1000s of Cash Registers in over 2100 stores
NonStop System
1.5 billion customer transactions per year
4 to 5 million txns/day; 1500-2000 txns/sec (peak)
XML data
Pathway
Apps
Sales information
NS SOAP
Internet
Detailed info of every sale:
items, price, date, credit, etc.
No-receipt refunds:
hassle-free and fraud-free
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iTP WebServer
Home Depot business benefits as told by
Marty Edelman, director, Advanced Technologies, Home Depot
•
“The SOA approach gives us extreme speed in
getting new solutions up and running”
− From 1 release per year to 5 with no increase in
development staff
•
“… SOA helps Home Depot reduce IT costs”
− No need to write new code in response to new
business requirements. “work-flowing multiple services
to build new applications”
− “no need to hire developers with specific NonStop
skills”
− Enabled move from green screens to web screens
• Saved millions of dollars in training costs
Source: 24x7, Summer 2007
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Success with NonStop
Listening to customers
Integrity NonStop server ramp
80%
Planned
60%
Delivering now & into the future
Actual
40%
20%
0%
Q405
Q106
Q206
Q306
Q406
Q107
Q207
High-availability market
Delivering to a growing market
demand for availability
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6
4
2
0
2004
2005
2006
2007
2008
2009
2010