Los residentes del project les comunican la publicacion final del IBM Redpaper Implementing IBM Spectrum Scale, REDP-5254. Esta publicacion provee detalles de las ultimas caracteristicas anunciadas con IBM Spectrum Scale v4.1.1.
La publicacion contiene los siguientes capitulos:
- Introduction to IBM Spectrum Scale 4.1.1
- IBM Spectrum Scale implementation
- Case scenario: Protocol node
- Case scenario: Spectrum Scale Active File Management (AFM) - based disaster recovery
- Appendix A: New commands
- Appendix B: Performance monitoring
La publication puede ser encontrada en la siguiente direccion: http://www.redbooks.ibm.com/Redbooks.nsf/RedbookAbstracts/redp5254.html?Open
Su opinion es importante. Por favor envien sus comentarios por medio de este blog.
Para mas informacion acerca de Spectrum Scale, busque en la siguiente direccion:
In response to: 5 things you should know about IBM Spectrum Scale (formerly GPFS)
As far as I know, there are no plans for ARM support. However, I
would recommend to send feedback to the Spectrum Scale team with
the requirements so these can be evaluated.
The residency team is pleased to announce the draft release of the IBM Redbooks publication: IBM Spectrum Scale (formerly GPFS), SG24-8254. The topics described in this publication are as follows:
Infrastructure planning and considerations
Management and maintenance
Information lifecycle management (ILM)
Active File Management (AFM)
Backup and disaster recovery using IBM Spectrum Scale
Recovery of the IBM Spectrum Scale file system configuration
How to obtain an IBM Spectrum Scale trial version
The draft publication can be downloaded at the following website:
Note: The initial version of this publication was released on February 23, 2015 to support the IBM re-branding announcement of the solution.
The residency team encourages the readers to send us feedback.
For additional information about IBM Spectrum Scale, refer to the following website:
5 things you should know about IBM Spectrum Scale (formerly GPFS)
Spectrum Scale now part of IBM Spectrum Storage family, part of IBM's $1 Billion investment in software defined storage.
Single global namespace across all data tiers, including flash and cloud (service on Softlayer).
Object storage with integration with Swift (will be better with 4.1.1 release, not sure you can say that in a blog).
Scalability to handle the massive, ever-growing amounts of data in the new CAMS world.
Open and flexible, available as software (on almost any hardware), as a bundled IBM solution, or as a service running on Softlayer.
This project will update the previous GPFS publication: Implementing the IBM General Parallel File System (GPFS) in a Cross Platform Environment, SG24-7844. Additional areas to explore and document are:
• GPFS as a part of IBM’s broader software-defined storage environments
• Review use cases and expand the breadth of applicability of GPFS beyond traditional HPC use cases – SAP HANA, DB2 BLU Acceleration, Hadoop Analytics, Object store for OpenStack, and so on.
• Document GPFS FPO as a part of the GPFS capability for Big Data (not covered in prior IBM RedBooks)
• Position the IBM Platform Computing cloud service for clients needing high-performance software-defined storage in the cloud
• Explain the synergy between GPFS and storage intensive IBM products: Platform Symphony, Platform LSF, Algo, DataStage (where GPFS is part of the big data references architecture), Optim, BigInsights, Streams, SPSS, and so on.
In addition to updating the GPFS publication, the residency team will explore and document the following topics:
o An overview of the Platform Computing Cloud Services
o MultiCluster technology is central to the cloud service since this is how hybrid clusters are deployed
o GPFS as an option in the cloud service and why it is valuable
o Comparative economics of deploying on-premise vs. in the cloud
For additional information including the link to the nomination form, refer to the following website:
5 Things you should know about the IBM Software Defined Environment (SDE)
1. SDE helps enable your organization to deliver IT services in the most efficient and productive way possible.
2. SDE combines compute, network, management, and storage resources and optimizes these resources efficiently.
3. SDE is the next generation of agile and optimized information technology.
4. SDE embraces open industry standards to foster freedom of choice and to help protect investments.
5. SDE leverages IBM Platform Resource Scheduler derived from IBM Platform Computing for dynamic resource management.
For additional information about the IBM Software Defined Environment, and to learn more about it, refer to the following website:
I recently announced the opening for nominations for the IBM Software Defined Environment residency program. I encourage you to submit your nomination utilizing the link included at the bottom of this announcement.
A Software Defined Environment (SDE) optimizes the entire computing infrastructure — compute, storage and network resources — so that it can adapt to the type of work required. In today's environment, resources are assigned manually to workloads; that happens automatically in a SDE. In a SDE, workloads are dynamically assigned to IT resources based on application characteristics, best-available resources, and service level policies to deliver continuous, dynamic optimization and reconfiguration to address infrastructure issues. Underlying all of this are policy-based compliance checks and updates, in a centrally managed environment. So, think integration, automation and optimization. Those are enablers to cloud delivery and analytics. SDE has the capability to accelerate business success by making a happy marriage between workloads and resources so you have a responsive, adaptive environment.
With IBM’s Software Defined Environment, infrastructure is fully programmable to rapidly deploy workloads on optimal resources and to instantly respond to changing business demands
Software = Abstracted and virtualized IT infrastructure resources managed by software
Defined = Applications automatically define infrastructure requirements and configuration
Environments = IT infrastructure that extends multiple environments to go beyond the data center
During the residency the team will position all the IBM Software Defined Environment (SDE) offerings in a holistic way, and focus on SDE planning, implementation and management. When possible, the SDE reference architecture can be describe including software products such as the IBMSmartCloud Orchestrator, Provisioning and also Application LifeCycle Management, and so on. The overall goal of the residency is to create a publication describing how to make all the bits work together with references to the content that explains how the individual products work within the SDE solution.
To read more about the residency objective, and to also submit your nomination, please refer to the following website:
If you are involved in this area, please send me your suggestions for this residency including comments about the what you think makes this solutions a viable option for your enterprise.
For additional information about the IBM Software Defined Environment, and to learn more about it, refer to the following website:
You are invited to attend on Tuesday May 20 at 10:30 AM during the IBM Edge event, session sBD06 IBM Big Data Analytics Over a Public Cloud By: Luis Cruz and Daniel de Souza Casali and discover how to implement a big data analytic environment over SoftLayer running Hadoop with GPFS and performing map reduce with IBM Symphony. You can use the information presented during this session as a reference architecture that you can run over a public cloud for your company.
For additional information on all sessions to be presented during the event, refer to:
For information about the IBM Edge event, refer to the following website:
For information on the IBM Redbooks publication which can provide more details on the reference architecture presented during the session, refer to the IBM Platform Computing Solutions Reference Architectures and Best Practices, SG24-8169 at the following website:
IBM GPFS provides fast data access and simple, cost effective data management. IBM GPFS can help:
Remove data-related bottlenecks
Simplify data management at scale
Empower global collaboration
Manage the full data lifecycle cost effectively
Ensure end-to-end data availability, reliability, and integrity
IBM GPFS - Are you Ready?
In this short video presentation at https://www.youtube.com/watch?v=y5ELxaZpo4Q
, Scott Fadden provides a brief overview of IBM GPFS. The GPFS parallel file system is currently being utilized across multiple industries worldwide to manage the growth of data. For more Information on the IBM GPFS, refer to the website:
Also, visit the IBM GPFS WIKI which contains the latest information regarding the solution, implementation, and technical information. The WIKI can be accessed at:
5 Things You Should Know About IBM HPC Central
1. Delivers information on how to start to learn about IBM High Performance Computing (HPC)
2. Contains technical documentation on IBM High Performance Computing (HPC) hardware and software solutions
3. Provides information on best practices in particular on Cluster administration best practices
4. Direct channel to provide feedback, and receive feedback on technical computing topics
5. Focuses on IBM High Performance Computing (HPC) announcements, how-to details, and special information for anyone involved with IBM Technical Computing
The High Performance Computing (HPC) Central is a joint IBM/Customer accessible and editable forum to provide improved HPC technical communications. To access this site, refer to the following website:
Announcing the IBM PowerHA SystemMirror for AIX 7.1.3
The IBM PowerHA SystemMirror for AIX Standard Edition is the IBM Power Systems data center solution that helps protect critical business applications from outages, planned or unplanned. PowerHA SystemMirror for AIX Enterprise Edition includes the Standard Edition plus advanced capabilities such as failover to back up resources at remote locations.
PowerHA SystemMirror for AIX 7.1.3 enhances and adds new capabilities, including the following key features:
1. HyperSwap for active-active two-site configurations
2. HyperSwap for single-node clusters
3. Support for clustering with unicast communications
4. Capability to dynamically modify the host name of a clustered node
5. Operator-managed manual failover policy for multisite linked clusters
6. Graphical Cluster Simulator
7. Enhanced and flexible high availability management support for SAP
I encourage anyone interested to participate in the IBM Platform Computing Solutions Reference Architecture and Best Practices to submit your nomination for consideration.
There are already multiple Redbooks publications, and a few RedPapers on different technical challenges which IBM Platform Computing is addressing via their solutions. If you have any suggestions for topics for this residency, do not hesitate on adding comments to this blog.
During the residency, the team will provide reference architectures and best practices for deploying the Platform Computing solutions. Moreover, the team will implement and test Platform Computing solutions software stack focusing on specific industry solutions (engineering, life sciences, financial services, business analytics, oli and gas) leveraging the comprehensive set of IBM System x rack servers, IBM BladeCenter, IBM General Parallel File System (GPFS). This IBM Redbooks publication will demonstrate and document that the combination of IBM's System x, IBM GPFS and IBM Platform Computing solutions deliver significant value to clients in need of cost-effective, highly scalable, and robust solutions. IBM depth of solutions can help the clients plan a foundation to face challenges in how to manage, maintain, enhance, provision computing environments to analyze, for example, the growing volumes of data within their organizations.
To submit a nomination, you must use the online web nomination form:http://www.redbooks.ibm.com/Residents.nsf/GetResidency?OpenAgent&ID=PW-3901-R01
The residency team invites you to download and read the second IBM Redbooks publication for IBM Platform Computing Solutions.
This publication describes the integration of IBM Platform Symphony with IBM BigInsights, and provides IBM Platform LSF implementation scenarios leveraging IBM System x technologies.
This IBM Redbooks publication contains the following table of contents:
Chapter 1. IBM Platform Computing Solutions products and portfolio
Chapter 2. IBM Platform Symphony and IBM BigInsights integration
Chapter 3. IBM Platform LSF implementation scenario
Chapter 4 IBM Platform Computing Solutions and industries
Chapter 5. IBM Platform Computing Solutions security considerations
Appendix 1. IBM BigInsights configuration files
This IBM Redbooks publication can be downloaded at the following website:
In 2013, we are focusing on updating topics with the latest versions of IBM Platform Computing (LFS, Symphony, etc.). We are also focusing on bringing architectural references to our readers describing the platforms where the solutions can be implemented. Your comments and suggestions are welcome. Keep an eye on the upcoming residency announcements on IBM Platform Computing solutions.
The residency team invites you to download and read the first IBM Redbooks publication on the IBM Parallel Environment (PE) Developer Edition.
This IBM Redbooks publication has the following table of contents:
Chapter 1. Introduction
Chapter 2. Component tour
Chapter 3. Scenarios
Chapter 4. Server installation
Chapter 5. Managing projects using the Eclipse and PTP framework
Chapter 6. Parallel Environment Developer Edition tools
Chapter 7. Application profiling and tuning
Appendix A. HPC Toolkit environment variables
This publication delivers information to our Technical Computing (High Performance Computing) clients how to leverage IBM Clustering technologies (IBM System x, IBM iDataPlex, IBM Power Systems). There are many technologies that were used during this project to implement the environment which included system management software such as xCAT, and parallel file system with IBM General Parallel File System (GPFS).
The residency team looks forward to reading your comments in this blog. If you have any questions, comments, or any topics for future residency projects on this subject, please add your comments.
The nomination period for the IBM PowerHA SystemMirror 7.1.x for AIX Best Practices and Reference Architectures is residency is still open. I encourage you to submit your nomination for consideration.
During this residency, the team will implement and test high availability scenarios to develop and document high availability best practices and reference architectures.
To submit a nomination, you must use the online web nomination form:
Over the past few months, two IBM Redbooks publications addressing IBM PowerHA SystemMirror have been published addressing different topics including planning, migration, and integration with other technologies. However, in 2013, we would like to develop content that would provide help to our clients implementing this high availability solution. Any topic that past residencies might have not address, or you have questions about it, we encourage you to comment in this blog.