Scale-Up Tailored Datacenter Configuration using Hitachi Compute Blade 500 Chassis, 520X B2 Server Blades, and Hitachi Unified Storage VM Reference Architecture Guide
Add to my manuals27 Pages
advertisement
Scale-Up Tailored Datacenter Configuration using
Hitachi Compute Blade 500 Chassis, 520X B2
Server Blades, and Hitachi Unified Storage VM
Reference Architecture Guide
By Srinivas Tumma and Morihide Nakaya
August 3, 2015
Feedback
Hitachi Data Systems welcomes your feedback. Please share your thoughts by sending an email message to [email protected]
. To assist the routing of this message, use the paper number in the subject and the title of this white paper in the text.
Table of Contents
Hitachi Compute Blade 500 Chassis Configuration................................11
520X B2 Server Blade Architecture......................... ...............................12
Fibre Channel SAN Architecture.............................................................12
RAID and LUN Configuration..................................................................18
SAP HANA Configuration......................... ..............................................20
1
1
Scale-Up Tailored Datacenter
Configuration using Hitachi
Compute Blade 500 Chassis,
520X B2 Server Blades, and
Hitachi Unified Storage VM
Reference Architecture Guide
This reference architecture guide describes the recommended Hitachi Unified
Compute Platform for the SAP HANA Platform solution for CB 500 chassis with 520X B2 server blades, and Hitachi Unified Storage VM for use in a SAP
HANA Tailored Datacenter Integration (TDI) setup with 1 TB, 1.5 TB, 2 TB, and 3 TB SAP HANA Nodes.
Testing showed that the Unified Compute Platform (UCP) solution for this
SAP HANA appliance met the KPI requirements from SAP. Following experience gained with SAP HANA appliances, this SAP HANA Tailored
Datacenter Integration solution from Hitachi Data Systems performs well while not running into compute and storage capacity issues.
SAP HANA Tailored Datacenter Integration (TDI) deployments are customized solutions where you can choose any of the certified SAP HANA server vendors along with any SAP certified enterprise storage.
SAP certifies the minimum enterprise class Unified Compute Platform and Storage layout requirements only, as described in this document.
Hitachi Data Systems and the storage vendor define the final complete configuration for the customer solution.
Using the family of enterprise UCP and storage products from Hitachi Data
Systems, including Hitachi Unified Storage VM, SAP HANA has the following benefits:
Increased performance when loading data into SAP HANA
Scalable deployments of SAP HANA
Disaster recovery with minimal performance impact to the production instance
2
2
The SAP HANA Tailored Datacenter Integration solution released by SAP allows the following:
Reduced hardware and operational costs
Lowered operational risk
Optimized time-to-value for existing hardware
Shortened implementation cycles
This appliance supports all of the configuration sizes listed in Table 1.
Table 1. Supported Scale-Up Configuration Sizes
CPU
Number of Server Blades
2-Socket
2
1
Memory
128 GB
256 GB
384 GB
512 GB
768 GB
1024 GB
1536 GB
4-Socket
4
2 Server Blades with 2-way SMP
128 GB
256 GB
384 GB
512 GB
768 GB
1024 GB
1536 GB
2048 GB
3072 GB
This technical paper assumes that you have familiarity with the following:
Storage area network (SAN)-based storage systems
General storage concepts
Common IT storage practices
SAP HANA
Note — Testing of this configuration was in a lab environment. Many things affect production environments beyond prediction or duplication in a lab environment. Follow the recommended practice of conducting proof-of-concept testing for acceptable results in a non-production, isolated test environment that otherwise matches your production environment before your production implementation of this solution.
3
3
Solution Overview
This reference solution for a Scale-Up environment for Hitachi Unified
Compute Platform for the SAP HANA Platform for different sizes uses the following components:
Hitachi Compute Blade 500 — An enterprise-class server platform
This solution uses different number of 520X B2 server blades for
the different sizes, as shown in Table 1 on page 2.
Hitachi Unified Storage VM — A storage virtualization system designed to manage storage assets more efficiently. The persistent storage of the HANA server resides on this storage device.
SAP HANA Platform — A flexible, data source-agnostic, in-memory data platform that allows customers to analyze large volumes of data in real time.
4
4
Figure 1 shows the topology of this reference architecture.
Figure 1
5
5
Key Solution Elements
The following are the key hardware and software components used in this
TDI reference architecture.
Hardware Elements
Table 2 lists the hardware used to deploy the specific Scale-Up
configuration of Unified Compute Platform for SAP HANA for the different sized solutions.
Table 2. Hardware Elements
Hardware
Hitachi Compute Blade
500 (CB 500) chassis
520X B2 server blade
SMP connector module
2-Socket
4-Socket
2-Socket
4-Socket
Hitachi Unified Storage
VM
1
Quantity Configuration (per unit)
4-blade chassis
2 management modules
6 cooling fan modules
1
2 × 10 Gb/sec LAN pass-through module
2 × 8 Gb/sec
2 × 18-core processors
2
N/A
1
1
RAM for all memory sizes listed in Table 1 on page 2
On Blade - 1 × 4 port 10 GbE Onboard LAN on
Motherboard (LOM) on each Blade
On Blade - 1 × Hitachi 2-port Fibre Channel mezzanine on mezzanine slot 2 on each Blade
SMP connector board
2-blade connector board for 4-Socket
SMP expansion module
SMP connector cover
Single frame
Role
Server blade chassis
SAP HANA server
SMP connector
Block storage for
SAP HANA nodes
6
6
Hitachi Compute Blade 500
Hitachi Compute Blade 500 combines the high-end features with the high compute density and adaptable architecture you need to lower costs and protect investment. Safely mix a wide variety of application workloads on a highly reliable, scalable, and flexible platform. Add server management and system monitoring at no cost with Hitachi Compute Systems
Manager, which can seamlessly integrate with Hitachi Command Suite in
IT environments using Hitachi server/storage.
The configuration uses one or two 520X B2 server blades in the Hitachi
Compute Blade 500 chassis for the different configuration sizes listed in
Table 3 has the specifications for the 520X B2 server blades used in the
various sized solutions.
Table 3. 520X B2 Server Blade Configuration
Feature
Processors
Processor SKU
Processor frequency
Processor cores
Configuration
Small (2-Socket)
2 × Intel Xeon E7-8800 processors
Intel Xeon E7-8880v3
Medium (4-Socket)
4 × Intel Xeon E7-8800 processors
2.30 GHz (Turbo frequency 3.1 GHz)
18 cores
Number of blades
Number of
DIMMs per blade
128 GB
256 GB
1
8 × 16 GB DIMMs
16 × 16 GB DIMMs
2
8 × 8 GB DIMMs
16 × 8 GB DIMMs
384 GB 24 v 16 GB DIMMs 24 × 8 GB DIMMs
512 GB
768 GB
32 × 16 GB DIMMs
48× 16 GB DIMMs
1024 GB 32 × 32 GB DIMMs
1536 GB 48 × 32 GB DIMMs
2048 GB N/A
3072 GB N/A
16 × 16 GB DIMMs
24 × 16 GB DIMMs
32 × 16 GB DIMMs
48 × 16 GB DIMMs
32 × 32 GB DIMMs
48 × 32 GB DIMMs
7
7
Table 3. 520X B2 Server Blade Configuration (Continued)
Feature
Network Ports
Configuration
Small (2-Socket)
1 × 10 Gb/sec Ethernet
LOM
Medium (4-Socket)
2 × 10 Gb/sec Ethernet
LOM
Fibre Channel Ports 1 × Hitachi 2-port Fibre
Channel mezzanine on mezzanine slot 2
2 × Hitachi 2-port Fibre
Channel mezzanine on mezzanine slot 2
Other Interfaces 1 USB 3.0 port
KVM connecter (VGA, COM, USB2.0 port)
Hitachi Symmetric Multiprocessing Connector
For multiple server blades, the solution uses Hitachi symmetric multiprocessing (SMP) technology to combine multiple server blade resources into a single server.
The 520X B2 server blades use 2-blade SMP connector, depending on the size of the solution to combine the two server blades
Hitachi Unified Storage VM
Hitachi Unified Storage VM is an entry-level enterprise storage platform. It combines storage virtualization services with unified block, file, and object data management. This versatile, scalable platform offers a storage virtualization system to provide central storage services to existing storage assets.
Unified management delivers end-to-end central storage management of all virtualized internal and external storage on Unified Storage VM. A unique, hardware-accelerated, object-based file system supports intelligent file tiering and migration, as well as virtual NAS functionality, without compromising performance or scalability.
8
8
The benefits of Unified Storage VM are the following:
Enables the move to a new storage platform with less effort and cost when compared to the industry average
Increases performance and lowers operating cost with automated data placement
Supports scalable management for growing and complex storage environment while using fewer resources
Achieves better power efficiency and with more storage capacity for more sustainable data centers
Lowers operational risk and data loss exposure with data resilience solutions
Consolidates management with end-to-end virtualization to prevent virtual server sprawl
The operating system LUNs, SAP HANA data, and log LUNs reside on this storage array as well as the shared LUNs for configuration, binaries and traces.
The solution uses a single Hitachi Unified Storage VM.
Software Elements
Table 4 describes the software products used to deploy one active node.
Table 4. Software Elements
Software
SUSE Linux Enterprise Server for SAP Applications or
Red Hat Enterprise Linux
SAP HANA Platform
Hitachi Storage Navigator Modular 2
Hitachi Command Suite
Version
SLES11 SP3 or
RHEL 6.6
1.0 SPS09, Rev. 91 or later
Microcode dependent
8.0.0-04 or higher
SAP HANA
The SAP HANA platform is flexible, multipurpose in-memory software. It combines SAP software components optimized to specific hardware.
These components come from leading hardware partners of SAP, including Hitachi Data Systems.
9
9
The SAP HANA platform allows customers to analyze large volumes of data in real time. It is also a development platform, providing an infrastructure and tools for building high-performance applications based on SAP HANA Extended Application Services (SAP HANA XS). It is the foundation of various SAP HANA editions, like the SAP HANA Platform
Edition, providing core database technology, and the SAP HANA
Enterprise Edition, bundling additional components for data provisioning.
The SAP HANA Platform Edition integrates a number of SAP components, including the SAP HANA database, SAP HANA studio and
SAP HANA clients.
As a SAP customer, you can get more information on the SAP HANA platform at the SAP Service Marketplace and help.sap.com
.
See Installation and Upgrade Information on SAP HANA Platform for the following guides and all other SAP-related documentation:
The SAP HANA Master Guide — This guide is the entry point for planning the installation of your SAP HANA system landscape.
The SAP HANA Master Update Guide — This guide describes how to update the SAP HANA platform and related components.
SAP HANA Server Installation and Update Guide — This guide describes how to install and update an SAP HANA system with the
SAP HANA life-cycle management tools.
There are various related installation guides to install the required
SAP in-memory database and the other software components for the different replication technologies.
SAP HANA Technical Operations Manual — This guide is the entry point for administering and operating your SAP HANA system landscape.
SAP Integration and Certification Center (SAP ICC) provides information about SAP-certified SAP HANA appliances by SAP hardware partners.
SUSE Linux Enterprise Server (SLES) and Red Hat
Enterprise Linux (RHEL)
The following is applicable in special cases where Hitachi Data Systems acts as both server and storage vendor.
Hitachi Unified Compute Platform for the SAP HANA Platform in a
Scale-Up configuration can run on either of the following:
64-bit SUSE Linux Enterprise Server for SAP Applications 11 SP3
64-bit Red Hat Enterprise Linux 6.6
The initially delivered configuration of the operating system should persist. Changing the configuration settings can cause significant performance problems to occur.
10
10
Do not make any modifications to the operating system, except as noted or approved by SAP. To modify your operating system configuration or the installed software packages, follow the guidelines given by SAP and the operating system distributor. See the following SAP Notes for SLES and RHEL:
1944799 - SAP HANA Guidelines for SLES Operating System Installation
2136965 - SAP HANA DB: Recommended OS settings for RHEL 6.6
For more details, see the section “Updating and Patching the Operating
System,” in the SAP HANA Technical Operations Manual .
11
11
Solution Design
The detailed design for this solution includes the following:
Hitachi Compute Blade 500 Chassis Configuration
520X B2 Server Blade Architecture
Fibre Channel SAN Architecture
Hitachi Compute Blade 500 Chassis
Configuration
Figure 2 shows the front and back view of the Hitachi Compute Blade 500
chassis for different configuration sizes.
Figure 2
The solution uses one Hitachi Compute Blade 500 chassis. Each configuration size has a different number of 520X B2 server blades.
12
12
There are four switch modules on the Hitachi Compute Blade 500 chassis with the following components:
Switch Module 0 and Switch Module 1 have 10 GbE LAN pass through modules.
Switch Module 2 and Switch Module 3 have the 8 Gb/sec Brocade
5460 Fibre Channel switch modules.
520X B2 Server Blade Architecture
Each configuration size has either one or two server blades. Multiple server blades use a two server blade SMP interface connector to create a single four socket SMP node with total of 36 or 72 cores and different sizes of memory.
Table 5 lists the configuration details for small and medium configuration
sizes.
Table 5. Server Blade Configuration
Server Blades
Total Number of
CPU Cores
Small (2-Socket)
Total of 1 server blade
Medium (4-Socket)
Total of 2 server blades:
Blade (the higher number blade acts as primary)
36
Blade (the lower number blade acts as non-primary)
Blade (the higher number blade acts as primary)
72
Fibre Channel SAN Architecture
The Fibre Channel SAN architecture consists of the following
components on the 520X B2 server blades in Table 6.
Table 6. Fibre Channel SAN Architecture Components
Blade (the higher number acts as primary)
Blade (the higher number acts as primary)
Small (2-Socket)
1 × Hitachi 8 Gb 2-port Fibre Channel mezzanine card on mezzanine Slot 2
N/A
Medium (4-Socket)
1 × Hitachi 8 Gb/sec 2-port Fibre Channel mezzanine card on mezzanine Slot 2
1 × Hitachi 8 Gb/sec 2-port Fibre Channel mezzanine card on mezzanine Slot 2
13
13
For small (2-Socket) systems, the mezzanine card connects to the
8 Gb/sec Brocade Fibre Channel switch modules installed in switch slots
2 and 3 through the backplane within the Hitachi Compute Blade 500 server chassis.
For medium (4-Socket) solutions, the mezzanine cards connect to the 8
Gb/sec Brocade Fibre Channel switch modules installed in switch slots 2 and 3 through the backplane within the Hitachi Compute Blade 500 server chassis.
With different size Scale-Up SAP HANA configurations, there are two or four dedicated Fibre Channel ports on Hitachi Unified Storage VM for
Fibre Channel connections with the SAP HANA node. Table 7 shows the
storage port mapping and ports for the Brocade switch used by different size configurations.
Table 7. Storage Port Mapping for Brocade Switch
Switch Module
Switch module 2
Switch module 3
Hitachi Unified Storage VM Ports
5460 Switch
Module
Port 0
Port 0
2/4 Socket System
1A
2A
This configuration supports high availability by providing multiple paths from the host within Hitachi Compute Blade 500 to multiple ports on
Hitachi Unified Storage VM.
14
14
Figure 3 shows the direct connect Fibre Channel architecture for different
size solutions using Brocade 5460 switches.
Table 8. Port Properties
Property
Port Attribute
Port Security
Port Speed
Fabric
Connection Type
Figure 3
Set the port properties for the point-to-point connection between Hitachi
Compute Blade 500 and Hitachi Unified Storage VM, as shown in
Value
Target
Enabled
Auto (8 Gbps)
ON
P-to-P
15
15
On Hitachi Unified Storage VM, use the default host storage group for
each port listed in Table 9, and assign the World Wide Names of the
Hitachi 8 Gb/sec 2-port Fibre Channel mezzanine ports as the host to the corresponding host group.
Table 9. Host Storage Group WWN Port Mapping on Hitachi Unified Storage VM
Host Storage
Group (Ports)
1A-G00
2A-G00
Chassis, Server Blade, Mezzanine 2, Mezzanine Port WWN
Small (2 CPUs)
Chassis 1, Server Blade 2, Mezzanine 2,
Port 0 WWN
Chassis 1, Server Blade 2, Mezzanine 2,
Port 1 WWN
Medium (4 CPUs)
Chassis 1, Server Blade 2, Mezzanine 2,
Port 0 WWN
Chassis 1, Server Blade 0, Mezzanine 2,
Port 0 WWN
Network Architecture
There are two 10 Gb/sec LAN pass-through modules on switch slot 0 and slot 1 of the Hitachi Compute Blade 500 chassis.
For multiple blade systems, there is only one 4-port 10 GbE onboard
LOM on each 520X B2 server blade in position 2 and position 0.
For single blade systems, the 520X B2 server blade in position 2 has one 4-port 10 GbE onboard LOM.
LOM pass through connectors installed on each 520X B2 server blade connect the onboard LAN to the 10 GbE LAN pass-through switch modules installed in switch slot 0 and slot 1.
The medium (4-Socket) size Scale-Up SAP HANA configurations have a total of eight 10 GbE LOM ports.
The small (2-Socket) size Scale-Up SAP HANA configuration have a total of four 10 GbE LOM ports.
Make the following network connections for the client network setup for use as an uplink network setup considering Blade 2 and 0 can be used for medium size configurations, and Blade 2 can be used for small size configurations:
For medium size, connect the following to the external switch:
Port 0 of the LAN pass-through module on switch Slot 0
Port 4 of the LAN pass-through module on switch Slot 1
For small size, connect the following to the external switch:
Port 4 of the LAN pass-through module on switch Slot 0
Port 4 of the LAN pass through module on switch slot 1
16
16
Bond the corresponding two Network interfaces eth9901 and eth9902 as bond0 at the operating system level using active-active mode, which acts as the client network for the SAP HANA node.
For medium size configurations, the following can be used for the appliance to connect to the 10 GbE external switch for use as uplink network ports:
Switch slot 0 LAN pass-through module ports 2, 4 and 6
Switch slot 1 LAN pass-through module ports 0, 2 and 6
For small size configurations, the following can be used for the appliance to connect to the 10 GbE external switch for use as uplink network ports:
Switch slot 0 LAN pass-through module port 6
Switch slot 1 LAN pass-through module port 6
The compute network setup uses the ports on the 10 GbE LAN
pass-through modules, as listed in Table 10.
Table 10. Network Setup Using 10 GbE LAN Pass-through Modules
0
2
Server
Blade
LAN
Pass-through
Switch
Module
Switch 0
Switch 1
Switch 0
Switch
Module
Port
0
2
0
2
4
Network Description
Medium (2 CPUs)
N/A
N/A
N/A
N/A
Small (4 CPUs)
Client network for HANA node
Free for uplink network
Free for uplink network
Free for uplink network
Client network for HANA node Free for uplink network
Switch 1
6
4
6
Free for uplink network Free for uplink network
Client network for HANA node Client network for HANA node
Free for uplink network Free for uplink network
The Hitachi Compute Blade 500 chassis has two management modules for redundancy. Each module has the following attributes:
Supports an independent management LAN interface from the data network for remote and secure management of the chassis and all server blades.
Supports a serial command line interface and a web interface.
Is hot swappable and supports live firmware updates without the need for shutting down the server blades.
17
17
Figure 4 shows the standard network configuration used for Hitachi
Compute Blade 500 chassis for different size configurations.
Figure 4
Storage Architecture
Many factors drive sizing and configuring storage for use with different configuration sizes of the Scale-Up Hitachi Unified Compute Platform for the SAP HANA Platform reference solution. This includes I/O and capacity requirements.
18
18
Figure 5 shows the disk configuration of the storage subsystem for
memory less than or equal to 3 TB.
Figure 5
RAID and LUN Configuration
This reference architecture uses a RAID configuration on Hitachi Unified
Storage VM.
Table 11 and Table 12 list the storage configuration, parity groups and
LDEV assignment that are applied to different memory configurations
19
19
Table 11. Storage Configuration
Hitachi Unified
Storage VM Trays
OS
/hana/shared
/hana/data
/hana/log
Spare drives
Memory =<3 TB
2
1 × RAID6 (6D+2P)
8 × 600 GB HDD
OS: 100 GB
/hana/shared: 3 TB
3 × RAID6 (6D+2P)
24 × 600 GB HDD
3 × 3 TB LUNs
1 × RAID6 (6D+2P)
8 × 600 GB HDD
4 × 150 GB LUNs
2 × 600 GB HDD
Table 12. RAID and LUN Configuration for =<3 TB Memory Sizes
1
Parity
Group
RAID Level and
Disks
RAID-6 (6D+2P) on
600 GB 10k RPM
SAS drives
LDEV ID
0:01:00
0:00:01
LDEV Size
100 GB
3 TB
LUN ID
000
001
MPU ID
MPU10
MPU11
2 150 GB 002 MPU20
Description
Operating system volume
SAP HANA shared volume
SAP HANA log volume
RAID-6 (6D+2P) on
600 GB 10k RPM
SAS drives
RAID-6 (6D+2P) on
600 GB 10k RPM
SAS drives
RAID-6 (6D+2P) on
600 GB 10k RPM
SAS drives
RAID-6 (6D+2P) on
600 GB 10k RPM
SAS drives
0:01:01
0:01:02
0:01:03
0:01:04
150 GB
150 GB
150 GB
003
004
005
MPU10
MPU11
MPU21
20
20
Table 12. RAID and LUN Configuration for =<3 TB Memory Sizes (Continued)
3
Parity
Group
4
5
RAID Level and
Disks
RAID-6 (6D+2P) on
600 GB 10k RPM
SAS drives
LDEV ID LDEV Size
00:0A:01 3 TB
RAID-6 (6D+2P) on
600 GB 10k RPM
SAS drives
RAID-6 (6D+2P) on
600 GB 10k RPM
SAS drives
00:0A:02 3 TB
00:0A:03 3 TB
LUN ID
006
007
008
MPU ID
MPU21
MPU11
MPU20
Description
SAP HANA data volume
For LUN assignment, use the LUN ID defined in Table 11 on page 19 to
configure host groups on Hitachi Unified Storage VM. To support high availability, each LUN has multiple paths from the host within Hitachi
Compute Blade 500 to multiple ports (1A and 2A) on Hitachi Unified
Storage VM.
Table 7 on page 13 lists which ports are used for different size
configurations.
There are four MP units (MPUs) used to distribute the workload for all
LUNs needed for the solution.
SAP HANA Configuration
This explains the SAP HANA configuration.
SAN Operating System Configuration
The SAP HANA Scale-Up configuration requires SAN boot. It uses one
100 GB LUN on Hitachi Unified Storage VM for the operating system volume for the SAP HANA appliance.
The Hitachi Fibre Channel mezzanine ports in Table 9 on page 15 have
the 100 GB operating system LUN configured as the primary boot device.
The operating system LUN holds partitions for SUSE Linux for SAP
Applications version 11 SP3 or Red Hat Linux for SAP HANA 6.6,
/usr/sap/, and the Linux swap space.
Activate Device-Mapper Multipath
This reference architecture uses Device-mapper Multipath, a component of the native Linux operating system.
Using Device-mapper Multipath allows the configuration of multiple I/O paths between the server blades and Hitachi Unified Storage VM.
Multipathing aggregates all physical I/O paths into a single logical path.
The LUNs are always available unless all four paths fail.
21
21
Device-mapper Multipath is used for the following I/O paths:
SAP HANA server operating system volume
SAP HANA data volume
SAP HANA log volume
SAP HANA shared volume
SAP HANA Data Volume Configuration
The Logical Volume Manager configures the SAP HANA persistent
storage volumes. Refer to Table 12 on page 19 for the size of SAP HANA
data volume LUNs.
Logical Volume Manager creates a single striped volume on which the
XFS file system is created to store the SAP HANA data volume. The striped volume acts as the persistent layer for the SAP HANA server.
SAP HANA Log Volumes Configuration
This reference architecture uses Logical Volume Manager to configure the SAP HANA log volumes.
With the four 150 GB SAP HANA log volume LUNs, Logical Volume
Manager creates a single striped volume across 4 LUNs on which the
XFS file system is created to store the SAP HANA log volume.
Table 13 contains options used by striped volume creation, XFS file
system creation, and mount for log volume to optimize performance.
Table 13. XFS File System Creation and Mounted Options for Data and Log Volumes
Option Data Volume
Logical volume stripe type
Logical volume extents
LVM stripe size
XFS stripe unit
Memory =<3TB
Striped across 3
LUNs
Using 100% of the free space
512
1024
XFS stripe width
Write barrier support
18432
Disabled
64-bit inode support Enabled
Log Volume
Striped across 4
LUNs
Using 100% of the free space
512
1024
6144
Disabled
Enabled
SAP HANA Shared Volume
This reference architecture uses one 3 TB LUNs for the SAP HANA shared volume. Logical Volume Manager creates a single striped volume on which the XFS file system is created to store the SAP HANA binaries, configuration, and trace files.
22
22
Refer to Table 12 on page 19 and Table 13 on page 21 for the striped
volumes to be created for different size configurations.
SAP HANA Appliance Software Installation
After configuring the file system for the SAP HANA shared binaries, data volume and log volume, the latest SAP HANA SPS stack is installed.
The following SAP HANA software components are installed on the
HANA server node:
SAP HANA database
SAP HANA client
SAP HANA Studio (excluded after HANA SPS09)
SAP Host agent
LM structure (excluded after HANA SPS09)
SAP JVM (excluded after HANA SPS09)
For More Information
Hitachi Data Systems Global Services offers experienced storage consultants, proven methodologies and a comprehensive services portfolio to assist you in implementing Hitachi products and solutions in your environment. For more information, see the Hitachi Data Systems Global Services website.
Live and recorded product demonstrations are available for many Hitachi products. To schedule a live demonstration, contact a sales representative. To view a recorded demonstration, see the Hitachi Data Systems Corporate
Resources website. Click the Product Demos tab for a list of available recorded demonstrations.
Hitachi Data Systems Academy provides best-in-class training on Hitachi products, technology, solutions and certifications. Hitachi Data Systems Academy delivers on-demand web-based training (WBT), classroom-based instructor-led training (ILT) and virtual instructor-led training (vILT) courses. For more information, see the Hitachi Data Systems Services Education website.
For more information about Hitachi products and services, contact your sales representative or channel partner or visit the Hitachi Data Systems website.
Corporate Headquarters
2845 Lafayette Street, Santa Clara, California 95050-2627 USA www.HDS.com
Regional Contact Information
Americas: +1 408 970 1000 or [email protected]
Europe, Middle East and Africa: +44 (0) 1753 618000 or [email protected]
Asia-Pacific: +852 3189 7900 or [email protected]
© Hitachi Data Systems Corporation 2015. All rights reserved. HITACHI is a trademark or registered trademark of Hitachi, Ltd. “Innovate with Information” is a trademark or registered trademark of Hitachi Data Systems Corporation. All other trademarks, service marks, and company names are properties of their respective owners.
Notice: This document is for informational purposes only, and does not set forth any warranty, expressed or implied, concerning any equipment or service offered or to be offered by Hitachi
Data Systems Corporation.
AS-405-00, August 2015
advertisement
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project