This document provides an overview of course content covering administration of AIX systems. It includes topics such as starting and stopping systems, user and disk management, processes and scheduling, performance monitoring, backups and software installation. The document lists objectives for configuring system settings like time, name and networking. It also outlines commands and files used for user accounts, file systems, devices and installing software updates.
The document discusses the Object Data Manager (ODM) in AIX. ODM maintains system configuration by saving everything in binary format for security rather than ASCII. It is more robust and secure. ODM manages data by storing configuration files and repositories in locations like /usr/lib/objrepos and /etc/objrepos. Similar to entries in /etc/passwd, ODM uses a component-based structure. Commands like odmchange, odmcreate, odmdelete allow users to manage objects and object classes within ODM.
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Learn about IBM PowerVM Best Practices.This IBM Redbooks publication provides best practices for planning, installing, maintaining, and monitoring the IBM PowerVM Enterprise Edition virtualization features on IBM POWER7 processor technology-based servers.
For more information on Power Systems, visit http://ibm.co/Lx6hfc.
Visit http://bit.ly/KWh5Dx to 'Follow' the official Twitter handle of IBM India Smarter Computing.
Multiple Shared Processor Pools In Power SystemsAndrey Klyachkin
The document discusses Multiple Shared-Processor Pools (MSPPs) in IBM Power Systems servers. MSPPs allow administrators to partition physical CPUs into multiple shared pools, making capacity management and administration easier. After an introduction, the document covers PowerVM partitioning, MSPP implementation in POWER6 systems, and considerations for architecting virtualized services with MSPPs. It aims to explain the basic concepts and configuration of MSPPs and their benefits.
The document discusses IBM's PowerVM virtualization technology. It describes how PowerVM allows a single physical server to be divided into multiple logical partitions (LPARs), each with dedicated or shared CPUs and memory. It also discusses micro-partitioning which divides physical CPUs into smaller virtual CPUs that can be allocated in fractions to LPARs. The document further explains how LPARs can share physical I/O adapters through virtual I/O servers and how live partition mobility allows moving running LPARs between physical servers without downtime.
This document provides an overview of course content covering administration of AIX systems. It includes topics such as starting and stopping systems, user and disk management, processes and scheduling, performance monitoring, backups and software installation. The document lists objectives for configuring system settings like time, name and networking. It also outlines commands and files used for user accounts, file systems, devices and installing software updates.
The document discusses the Object Data Manager (ODM) in AIX. ODM maintains system configuration by saving everything in binary format for security rather than ASCII. It is more robust and secure. ODM manages data by storing configuration files and repositories in locations like /usr/lib/objrepos and /etc/objrepos. Similar to entries in /etc/passwd, ODM uses a component-based structure. Commands like odmchange, odmcreate, odmdelete allow users to manage objects and object classes within ODM.
Its our pleasure to Introduce our Company " VIO EVENTS AND ENTERTAINMENT ".
VIO EVENTS AND ENTERTAINMENT is fully integrated into Event Management with
Conceptualized Planning and Execution.
VIO provide Complete range of Solutions for CORPORATE EVENTS, EXHIBITIONS and BRAND ACTIVATIONS.
Our Experienced Design Team offers Creative Design solutions and have IN House Fabrication units
and Production Set ups.
Aim to attain Clients Marketing Goals and Objectives.
We undertake Corporate Events, Exhibitions, PR Activities, Brand Activation &
Promotion Campaigns, Entertainment , Themed Parties & Weddings.
VIO Offers one of the Best Solutions for your Business and Private Events.
We are established in Set design ,Stall Design and Fabrication .
Learn about IBM PowerVM Best Practices.This IBM Redbooks publication provides best practices for planning, installing, maintaining, and monitoring the IBM PowerVM Enterprise Edition virtualization features on IBM POWER7 processor technology-based servers.
For more information on Power Systems, visit http://ibm.co/Lx6hfc.
Visit http://bit.ly/KWh5Dx to 'Follow' the official Twitter handle of IBM India Smarter Computing.
Multiple Shared Processor Pools In Power SystemsAndrey Klyachkin
The document discusses Multiple Shared-Processor Pools (MSPPs) in IBM Power Systems servers. MSPPs allow administrators to partition physical CPUs into multiple shared pools, making capacity management and administration easier. After an introduction, the document covers PowerVM partitioning, MSPP implementation in POWER6 systems, and considerations for architecting virtualized services with MSPPs. It aims to explain the basic concepts and configuration of MSPPs and their benefits.
The document discusses IBM's PowerVM virtualization technology. It describes how PowerVM allows a single physical server to be divided into multiple logical partitions (LPARs), each with dedicated or shared CPUs and memory. It also discusses micro-partitioning which divides physical CPUs into smaller virtual CPUs that can be allocated in fractions to LPARs. The document further explains how LPARs can share physical I/O adapters through virtual I/O servers and how live partition mobility allows moving running LPARs between physical servers without downtime.
VIOS provides I/O virtualization on Power Systems by enabling virtual adapters. This allows IBM i partitions to access storage through the VIOS. There are two main methods: 1) VSCSI, where storage is assigned to the VIOS which then maps it to IBM i clients, and 2) NPIV, where the hypervisor assigns unique WWPNs to virtual fiber channels connecting the VIOS to storage arrays. NPIV requires an NPIV-capable switch and has limitations such as a maximum of 64 active client connections per physical port.
Presentation exploit power vm features to maximize performance & effici...solarisyougood
This document discusses how to maximize performance and efficiencies using PowerVM features. It covers Multiple Shared Processor Pools (MSPP) which allows sharing of physical processors among logical partitions to reduce software licensing costs. It also discusses Shared Ethernet Adapters which eliminate dedicated network adapters by sharing physical adapters virtually. NPIV storage is recommended over vSCSI for higher I/O performance. Tools like Galileo Performance Explorer can help analyze usage and implement these features.
This document provides an overview and syllabus for an AIX System Administration class that will take place over 5 days from 9:30am to 5:30pm. The class will cover topics such as Unix and AIX overviews, IBM POWER servers, installing the AIX operating system, and logging into the system. Hands-on experience will be provided through virtualized AIX systems on IBM POWER7 blades in the classroom lab network.
Virtualization technologies allow servers to be consolidated onto fewer physical servers for improved efficiency. IBM's PowerVM allows one physical server to be divided into multiple logical partitions (LPARs), with each LPAR able to run its own operating system. Key PowerVM technologies include micro-partitioning which divides physical CPUs among LPARs, dynamic LPARs which moves resources between active partitions, and virtual I/O servers which allow partitions to share physical network and storage adapters. These technologies improve utilization, flexibility, and availability compared to using separate physical servers.
Understanding software licensing with IBM Power Systems PowerVM virtualizationJay Kruemcke
One of the key benefits of combining workloads in a virtualized environment is the ability to pay for less than the full capacity of the machine. Unfortunately there are many misconceptions about how software licensing really works in these environments.
The IBM Power Systems PowerVM virtualization technology offers a great deal of flexibility, but that flexibility also results in complexity when determining software license requirements. This presentation covers important licensing considerations for the IBM Power Systems environment.
Virtualization has its origins in mainframe computing from the 1960s. It allows a single physical server to run multiple virtual machines, each with its own operating system and applications. This addresses challenges from the 1990s and 2000s as companies had many single-purpose physical servers with low utilization rates, high costs, and management complexity. Virtualization software introduces a hypervisor layer that partitions resources and isolates virtual machines so multiple operating systems can run independently on the same physical hardware. Today virtualization delivers benefits like server consolidation, high availability, disaster recovery, and rapid provisioning to improve efficiency and reduce costs.
1. Server virtualization involves dividing the resources of a physical server, such as CPU, memory and storage, into multiple isolated virtual machines to run multiple operating systems and applications.
2. Early virtualization technology from the 1960s allowed identical "copies" of hardware to run on IBM mainframes, enabling time-sharing of computing resources.
3. Modern server virtualization provides increased hardware utilization, consolidation of servers, mobility of workloads, business continuity, and simplified development/testing environments.
This document discusses IBM's virtualization technology for System p servers. It provides an overview of logical partitioning (LPAR), micro-partitioning, and dynamic LPAR capabilities. It also describes virtual I/O technologies like virtual SCSI and virtual Ethernet that allow sharing of network and storage devices between partitions. The document notes that these virtualization features help optimize resource utilization and reduce hardware costs through server consolidation.
The document discusses SUMA, a tool that automates the download of maintenance and technology levels from a fix server on AIX systems. It provides examples of using SUMA to list configuration settings, schedule periodic downloads of the latest fixes, and download specific fixes like APARs or filesets. SUMA allows flexibility in configuring fix types, actions, scheduling, logging and generating reports for download tasks.
This document is a resume for Peng Wei, an experienced Unix Administrator with over 17 years of experience administering Unix and Linux systems. He has extensive experience with AIX, Linux, Solaris and HP-UX and is skilled in scripting with Bourne, Korn shell and Perl. His experience includes system administration, troubleshooting, upgrades, backups and more. He is currently a Unix System Administrator at IBM in Toronto.
1) Prerna Mary Arvind is seeking a new job and provides her curriculum vitae detailing her education and experience.
2) She has 2.3 years of experience working as a Unix/Linux administrator for Infosys Limited on projects involving over 300 AIX and Linux servers.
3) She is proficient in various operating systems including AIX, Linux, Solaris, and has expertise in tasks like server installation, maintenance, user administration, software installation, and performance monitoring.
This document provides training details for Wissem Gharbi's Scalar i500 Library Service Training completed on November 29, 2016 with an identification number of 12691782. The training was an online self-paced course completed on that date.
Storage Administrator, Data Domain Specialist Version 1.0 (EMCSA) certificateGharbi wissem
This document certifies that Wissem Gharbi has passed the Storage Administrator, Data Domain Specialist Version 1.0 (EMCSA) certification exam from EMC. The verification code to validate this certification online is YB47T2ERBNQ4QD55 and the verification website is listed as www.certmetrics.com/emc/public/verification.aspx.
SE - Converged Infrastructure VSPEX 2014 certificateGharbi wissem
This document provides information about an individual named Wissem Gharbi who holds the role of Converged Infrastructure VSPEX for 2014. It also includes a verification code and instructions to verify the code online at a Certmetrics website.
SE - Converged Infrastructure VSPEX BLUE 2015 certificateGharbi wissem
This document provides details for Wissem Gharbi regarding VSPEX BLUE 2015 converged infrastructure. It lists the verification code as JLLCJ71TCNR41YB9 and directs the user to the Certmetrics website to verify the code.
This document is a verification code for Wissem Gharbi's SE: Technologies Maintenance certification from 2015. The verification code is KDB2NZE62BFE2963 and can be validated online at www.certmetrics.com/emc/public/verification.aspx.
This document contains information about an individual named Wissem Gharbi who completed an SE - Technologies course in 2014. It provides a verification code and a website to validate the code.
Mr. Wissem GHARBI successfully completed IT systems engineering courses on ESCALA POWER 5, POWER6 AND POWER7 systems administered by Bull S.A.S from September 7-12, 2015 at the ATOS site in Massy, France. The courses were led by Bassam Al-khawam and certificates were signed by both the teacher and Support Manager, Regis Mouret on behalf of Bull S.A.S.
Implementation Engineer, VNX Solutions Specialist Version 8.0 (EMCIE) certifi...Gharbi wissem
Wissem Gharbi is a specialist and implementation engineer for VNX Solutions at EMC, with a specialty in version 8.0. He has a verification code of G808H8BZKF4Q5JGS that can be used to verify his credentials on the CertMetrics website.
VIOS provides I/O virtualization on Power Systems by enabling virtual adapters. This allows IBM i partitions to access storage through the VIOS. There are two main methods: 1) VSCSI, where storage is assigned to the VIOS which then maps it to IBM i clients, and 2) NPIV, where the hypervisor assigns unique WWPNs to virtual fiber channels connecting the VIOS to storage arrays. NPIV requires an NPIV-capable switch and has limitations such as a maximum of 64 active client connections per physical port.
Presentation exploit power vm features to maximize performance & effici...solarisyougood
This document discusses how to maximize performance and efficiencies using PowerVM features. It covers Multiple Shared Processor Pools (MSPP) which allows sharing of physical processors among logical partitions to reduce software licensing costs. It also discusses Shared Ethernet Adapters which eliminate dedicated network adapters by sharing physical adapters virtually. NPIV storage is recommended over vSCSI for higher I/O performance. Tools like Galileo Performance Explorer can help analyze usage and implement these features.
This document provides an overview and syllabus for an AIX System Administration class that will take place over 5 days from 9:30am to 5:30pm. The class will cover topics such as Unix and AIX overviews, IBM POWER servers, installing the AIX operating system, and logging into the system. Hands-on experience will be provided through virtualized AIX systems on IBM POWER7 blades in the classroom lab network.
Virtualization technologies allow servers to be consolidated onto fewer physical servers for improved efficiency. IBM's PowerVM allows one physical server to be divided into multiple logical partitions (LPARs), with each LPAR able to run its own operating system. Key PowerVM technologies include micro-partitioning which divides physical CPUs among LPARs, dynamic LPARs which moves resources between active partitions, and virtual I/O servers which allow partitions to share physical network and storage adapters. These technologies improve utilization, flexibility, and availability compared to using separate physical servers.
Understanding software licensing with IBM Power Systems PowerVM virtualizationJay Kruemcke
One of the key benefits of combining workloads in a virtualized environment is the ability to pay for less than the full capacity of the machine. Unfortunately there are many misconceptions about how software licensing really works in these environments.
The IBM Power Systems PowerVM virtualization technology offers a great deal of flexibility, but that flexibility also results in complexity when determining software license requirements. This presentation covers important licensing considerations for the IBM Power Systems environment.
Virtualization has its origins in mainframe computing from the 1960s. It allows a single physical server to run multiple virtual machines, each with its own operating system and applications. This addresses challenges from the 1990s and 2000s as companies had many single-purpose physical servers with low utilization rates, high costs, and management complexity. Virtualization software introduces a hypervisor layer that partitions resources and isolates virtual machines so multiple operating systems can run independently on the same physical hardware. Today virtualization delivers benefits like server consolidation, high availability, disaster recovery, and rapid provisioning to improve efficiency and reduce costs.
1. Server virtualization involves dividing the resources of a physical server, such as CPU, memory and storage, into multiple isolated virtual machines to run multiple operating systems and applications.
2. Early virtualization technology from the 1960s allowed identical "copies" of hardware to run on IBM mainframes, enabling time-sharing of computing resources.
3. Modern server virtualization provides increased hardware utilization, consolidation of servers, mobility of workloads, business continuity, and simplified development/testing environments.
This document discusses IBM's virtualization technology for System p servers. It provides an overview of logical partitioning (LPAR), micro-partitioning, and dynamic LPAR capabilities. It also describes virtual I/O technologies like virtual SCSI and virtual Ethernet that allow sharing of network and storage devices between partitions. The document notes that these virtualization features help optimize resource utilization and reduce hardware costs through server consolidation.
The document discusses SUMA, a tool that automates the download of maintenance and technology levels from a fix server on AIX systems. It provides examples of using SUMA to list configuration settings, schedule periodic downloads of the latest fixes, and download specific fixes like APARs or filesets. SUMA allows flexibility in configuring fix types, actions, scheduling, logging and generating reports for download tasks.
This document is a resume for Peng Wei, an experienced Unix Administrator with over 17 years of experience administering Unix and Linux systems. He has extensive experience with AIX, Linux, Solaris and HP-UX and is skilled in scripting with Bourne, Korn shell and Perl. His experience includes system administration, troubleshooting, upgrades, backups and more. He is currently a Unix System Administrator at IBM in Toronto.
1) Prerna Mary Arvind is seeking a new job and provides her curriculum vitae detailing her education and experience.
2) She has 2.3 years of experience working as a Unix/Linux administrator for Infosys Limited on projects involving over 300 AIX and Linux servers.
3) She is proficient in various operating systems including AIX, Linux, Solaris, and has expertise in tasks like server installation, maintenance, user administration, software installation, and performance monitoring.
This document provides training details for Wissem Gharbi's Scalar i500 Library Service Training completed on November 29, 2016 with an identification number of 12691782. The training was an online self-paced course completed on that date.
Storage Administrator, Data Domain Specialist Version 1.0 (EMCSA) certificateGharbi wissem
This document certifies that Wissem Gharbi has passed the Storage Administrator, Data Domain Specialist Version 1.0 (EMCSA) certification exam from EMC. The verification code to validate this certification online is YB47T2ERBNQ4QD55 and the verification website is listed as www.certmetrics.com/emc/public/verification.aspx.
SE - Converged Infrastructure VSPEX 2014 certificateGharbi wissem
This document provides information about an individual named Wissem Gharbi who holds the role of Converged Infrastructure VSPEX for 2014. It also includes a verification code and instructions to verify the code online at a Certmetrics website.
SE - Converged Infrastructure VSPEX BLUE 2015 certificateGharbi wissem
This document provides details for Wissem Gharbi regarding VSPEX BLUE 2015 converged infrastructure. It lists the verification code as JLLCJ71TCNR41YB9 and directs the user to the Certmetrics website to verify the code.
This document is a verification code for Wissem Gharbi's SE: Technologies Maintenance certification from 2015. The verification code is KDB2NZE62BFE2963 and can be validated online at www.certmetrics.com/emc/public/verification.aspx.
This document contains information about an individual named Wissem Gharbi who completed an SE - Technologies course in 2014. It provides a verification code and a website to validate the code.
Mr. Wissem GHARBI successfully completed IT systems engineering courses on ESCALA POWER 5, POWER6 AND POWER7 systems administered by Bull S.A.S from September 7-12, 2015 at the ATOS site in Massy, France. The courses were led by Bassam Al-khawam and certificates were signed by both the teacher and Support Manager, Regis Mouret on behalf of Bull S.A.S.
Implementation Engineer, VNX Solutions Specialist Version 8.0 (EMCIE) certifi...Gharbi wissem
Wissem Gharbi is a specialist and implementation engineer for VNX Solutions at EMC, with a specialty in version 8.0. He has a verification code of G808H8BZKF4Q5JGS that can be used to verify his credentials on the CertMetrics website.