?????????????????????VirtualWisdom®
ProbeVM for PowerVM®
VirtualWisdom correlates and analyzes PowerVM data with other physical and virtual infrastructure metrics to improve application and system-wide performance
Software-Based Virtual Server Probe
ProbeVM for PowerVM is an agentless solution that discovers
the IBM® PowerVM environment and integrates fully with the VirtualWisdom platform to provide LPAR to disk LUN visibility. This provides PowerVM customers with greater insight into the virtualization stack to enable proper placement and balancing of workloads as well as the intelligence needed to properly size the LPARs. VirtualWisdom along with ProbeVM for PowerVM delivers objective, platform-aware monitoring and problem resolution using real-time, deterministic performance information. ProbeVM for PowerVM also reduces risk in large IT environments by using proactive trend alerts that indicate emergent performance problems.
With ProbeVM for PowerVM customers can:
• Show disk I/O Mapping and Performance Management
• Display the System CPU state across the entire PowerVM
estate
• Ensure optimum use of server and storage resources
• Identify busiest LPARs by CPU
• Optimize LPAR CPU Entitlement
VirtualWisdom leverages performance and utilization data from the Hardware Management Console (HMC) and correlates and analyzes it against metrics collected from throughout the rest of the infrastructure. This correlation and analysis provides insights into your complex environment to help proactively provision and balance applications across LPARs for the best performance. It also allows for monitoring and reporting on performance-based service level agreements (SLAs) to ensure performance levels.
?DATASHEET
Product Benefits
• Analyze performance values for CPU, memory, and disk I/O, for any partition during any time frame; all with a higher resolution of data to optimize workload placement
• Benchmark performance and monitor SLAs for your virtualized estate
• Reduce the number, frequency, and severity
of infrastructure tickets through early detection of I/O performance bottlenecks and transmission faults
• Eliminate the need to manually map PowerVM LPAR to host to LUN relationships in order
to monitor performance at every level
• Overachieve on cost to value by lowering overall operating and capital expenditures and increasing utilization of existing assets
???
?Server and IBM Power Systems(TM) administrators who use ProbeVM for PowerVM are able to
reduce and control server and storage related
costs. Unlike vendor tools that are device-specific and report on only one aspect of performance, VirtualWisdom looks across the interrelated device landscape—partitions, servers, host bus adapters (HBAs), switches, cables, and storage—to optimize application performance and overall utilization of the IT infrastructure.
Product Features
• Agentless architecture enables quick deployment with real-time monitoring of partitions, VIOS, and physical hosts
• Correlates and analyzes hundreds of metrics including CPU utilization and status, memory utilization, disk I/O requests and capacity, and utilization; from LPAR to host to LUN
• Discovers LUN mapping and enables reporting of storage performance by LPAR and LUN without having to manually manage LPAR to storage relationships.
• User-defined data collection frequency from the Hardware Management Console
• Policy-based event notifications
Entity-Centric: Responsive User Interface
VirtualWisdom® Management Software
Dedicated Platform Appliance 4210
PWR SYS NET USE
SAN Performance ProbeFC8-HD
SAN Performance ProbeFC8-HD48
Virtual Server Probe
Network Switch Probe
NAS Storage Probe
Servers & VMs
FC Switch Fabric
SANInsight® TAP Patch Panel
Storage Arrays
ProbeFC-16G-24
CDHEV1 CSHW2
USE LOC SPYWSR
L1 L2 L3 L4 L5 L6 L7 L8 L9 L10 L11 L12 L13 L14 L15 L16 L17 L18 L19 L20 L21 L22 L23 L24
SAN Performance ProbeFC-16G-24
ProbeVM for PowerVM is agentless and can be configured to monitor and track I/O from any combination of LPARs or physical servers at any time. I/O data from the LPARs and servers are automatically correlated with platform data across the open-systems stack to enable trend analysis, performance modeling, and policy setting.
ProbeVM for PowerVM at a Glance
VirtualWisdom’s enhanced entity-centric discovery, user-interface, reporting, and analytics enables IT managers to proactively balance the provisioning of applications across LPARs to enable maximum application performance. This provides the confidence that systems will not slow down or fail.
Entity Discovery: ProbeVM for PowerVM talks to the HMC and automatically discovers and generates the following entities:
• PowerVM Host(s)
• PowerVM VIOS(s)
• PowerVM Partition(s) • HBA(s)
• NPIV port(s)
• vSCSI Disk(s)
Topology View
• Visualize end-to-end infrastructure and gain authoritative insights into PowerVM environments
• Quickly visualize the relationships between PowerVM virtual assets through to entities from the SAN layer
Reports
• Data from multiple sources can be combined into a single dashboard/report, making trends easy to visualize
Alarms
• Case Management framework that enables you to take action based on frequency and urgency of alarms
Probe Management
• The PowerVM environment is automatically discovered by VirtualWisdom through the Hardware Management Console
• ProbeVM for PowerVM is licensed by active CPU core
The Metrics Generated and Correlated
The VirtualWisdom ProbeVM for PowerVM automatically discovers and monitors hundreds of CPU, memory, and disk I/O metrics for IBM Power Systems running PowerVM, partitions, and Virtual
Sales
sales@virtualinstruments.com
1.888.522.2557
IO Servers (VIOS). ProbeVM for PowerVM collects information specifically about the utilization and performance of partitions within the PowerVM environment via an SSH connection to the HMC. Metrics collected or generated include:
• Calculated Metrics: ProbeVM for PowerVM calculates additional metrics that give users greater insight into the health and utilization of the virtual server infrastructure.
For example, “Entitled vs. Consumed CPU
units by LPAR” is calculated to lead users to a more optimized state, by avoiding the penalties associated with PowerVM’s donate/borrow mechanisms for CPU usage.
• Host, VIOS, and Partition metrics: CPU, Memory, Disks, etc.
• Disk Metrics: Disk I/O can be viewed at the Partition level.
???Training
training@virtualinstruments.com
Website
virtualinstruments.com
??????????????????????©7/2015 Virtual Instruments. All rights reserved. Features and specifications are subject to change without notice. VirtualWisdom®, Virtual Instruments®, SANInsight®, Virtual Instruments Certified Associate, Virtual Instruments Certified Professional, and Virtual Instruments University are trademarks or registered trademarks in the United States and/or in other countries. IBM®, PowerVM®, and Power SystemsTM are registered trademarks of International Business Machines Corporation in the United States and/or in other countries.
?

IBM Systems and Technology
Power Systems
Data Sheet
????????Highlights
? Reduce IT costs by consolidating diverse workloads onto Power SystemsTM platforms
? Optimize utilization of enterprise IT resources to improve service levels and boost ROI
? Minimize the complexity of systems administration and automate standard processes
? Rapidly scale to deliver maximum sys- tem resources to the most demanding mission-critical workloads
? Maximize availability by moving live workloads between servers to eliminate planned downtime
IBM PowerVMTM Editions Virtualization without limits
Complexity can work its way into any IT infrastructure, driven by the rollout of new applications and unanticipated change. However, adding servers in response to each demand for new workloads drives the need for more datacenter space, power, cooling, network cabling, data stor- age and administrative resources. Such complexity leads to inefficiency. The answer is virtualization, which allows organizations to consolidate multiple operating systems and software stacks on a single platform.
PowerVMTM provides the industrial-strength virtualization solution for IBM Power Systems servers and blades. Based on more than a decade of evolution and innovation, PowerVM represents the state of the art in enterprise virtualization and is broadly deployed in production envi- ronments worldwide by most Power Systems owners.
The IBM Power Systems family of servers includes proven1 workload consolidation platforms that help clients control costs while improving overall performance, availability and energy efficiency. With these servers and IBM PowerVM virtualization solutions, an organization can consolidate large numbers of applications and servers, fully virtual- ize its system resources, and provide a more flexible, dynamic IT infra- structure. In other words, IBM Power Systems with PowerVM deliver the benefits of virtualization without limits.
PowerVM provides industrial-strength virtualization for AIX®, IBM i, and Linux® environments on IBM POWER® processor-based sys- tems. IBM Power Systems servers integrated with PowerVM technol- ogy are designed to allow clients to build a dynamic infrastructure that will help them to reduce costs, manage risk and improve service levels.
??
IBM Systems and Technology
Data Sheet
PowerVM also offers a secure and resilient virtualization environment, built on the advanced RAS (reliability, availability and serviceability) features, extreme scalability and leadership performance2 of the IBM Power Systems platform, based on the industry-leading POWER6® and POWER7® processors.
Employing virtualization
You can employ virtualization in many ways to achieve improvements in efficiency and flexibility:
? Consolidation of multiple workloads, including those on underutilized servers and systems with varied and dynamic resource requirements
? Rapid deployment and scaling of workloads to meet chang- ing business demands
? Aggregation of system resources such as CPUs, memory and storage into shared pools for dynamic reallocation between multiple workloads
? Application development and testing in secure, independent domains
? Live transfer of running workloads between servers to sup- port migrations, systems balancing, or to avoid planned downtime
Processor virtualization
The Power Systems family gives you the freedom to run the broadest selection of enterprise applications without the costs and complexity often associated with managing multiple physical servers. PowerVM can help eliminate underutilized servers because it is designed to pool resources and optimize their use across multiple application environments and oper- ating systems. Through advanced virtual machine (VM) capa- bilities, a single VM can act as a completely separate AIX, IBM i, or Linux operating environment, using dedicated or shared system resources. With shared resources, PowerVM can automatically adjust pooled processor, memory or storage resources across multiple operating systems, borrowing capacity from idle VMs to handle high resource demands from other workloads.
Power Systems
???2
With PowerVM on Power Systems, you have the power and flexibility to address multiple system requirements in a
single machine. PowerVM Micro-PartitioningTM supports multiple VMs per processor core and, depending upon the Power Systems model, can run up to 10003 VMs on a single server—each with its own processor, memory, and I/O resources. Processor resources can be assigned at a granular- ity of 1/100th of core. Consolidating systems with PowerVM can help cut operational costs, improve availability, ease man- agement and improve service levels, while allowing businesses to quickly deploy applications.
Multiple Shared Processor Pools allows for the automatic non-disruptive balancing of processing power between VMs assigned to shared pools, resulting in increased throughput. It also provides the ability to cap the processor core resources used by a group of VMs to potentially reduce processor-based software licensing costs.
IBM Systems and Technology
Data Sheet
Shared Dedicated Capacity allows for the “donation” of spare CPU cycles from dedicated processor VMs to a Shared Processor Pool. Since a dedicated VM maintains absolute priority for CPU cycles, enabling this feature can increase system utilization without compromising the computing power for critical workloads.
Because its core technology is built into the system firmware, PowerVM offers a highly-secure virtualization platform that has received the Common Criteria Evaluation and Validation Scheme (CCEVS) EAL4+ certification4 for its security capabilities.
Memory virtualization
PowerVM features Active MemoryTM Sharing, a technology that allows you to intelligently and dynamically reallocate memory from one VM to another for increased utilization, flexibility and performance. Active Memory Sharing enables the sharing of a pool of physical memory among VMs on a server, helping to increase memory utilization and drive down system costs. The memory is dynamically allocated amongst the VMs as needed, to optimize the overall physical memory usage in the pool.
I/O virtualization
The Virtual I/O Server (VIOS) is a special-purpose VM that can be used to virtualize I/O resources for AIX, i, and Linux client VMs. VIOS owns the resources that are shared with clients. A physical adapter assigned to the VIOS can be shared by one or more other VMs. VIOS is designed to reduce costs by eliminating the need for dedicated network adapters, disk adapters and disk drives, and tape adapters and tape drives in each client VM. With VIOS, client VMs can easily be created for test, development, or production purposes.
Power Systems
3
Shared Storage Pools allow storage subsystems to be combined into a common pool of virtualized storage that can be shared by the VIOS on Power Systems servers. Shared storage pools support capabilities such as thin provisioning, whereby VM storage is dynamically allocated and released as required, to improve overall storage resource utilization.
N_Port ID Virtualization (NPIV) provides direct access to Fiber Channel Adapters from multiple VMs, simplifying the deployment and management of Fiber Channel SAN environments.
Live Partition Mobility
Live Partition Mobility supports the movement of a running AIX or Linux VM from one Power Systems server to another without application downtime, helping avoid application interruption for planned system maintenance, provisioning, and workload management. Live Partition Mobility can be used to easily migrate operating environments to new servers temporarily or permanently.
x86 Linux application migration
The unique PowerVM Lx86 cross-platform virtualization capability enables you to run a wide range of x86 Linux applications5 on Power Systems platforms within a Linux on PowerVM. This feature is designed to support the consolida- tion of x86 applications onto the Power platform to take advantage of advanced performance, scalability, and RAS characteristics. PowerVM Lx86 enables the dynamic execution of x86 Linux instructions by translating them to instructions for a POWER processor-based system and caching the translated instructions to optimize performance. With PowerVM Lx86, you have immediate access to a broad selection of Linux applications, which you can run translated until they are available natively compiled for Linux on Power.
IBM Systems and Technology
Data Sheet
Systems management
PowerVM virtualization features are managed through the Hardware Management Console (HMC) or the Integrated Virtualization Manager (IVM) on entry-level Power Systems.
IVM allows you to point, click and consolidate workloads with its easy-to-use web-based interface. IVM lowers the
cost of entry into POWER5TM, POWER6 and POWER7 processor-based virtualization since it does not require the use of an HMC for system management. With IVM, you can manage a single system, including the creation of VMs, virtu- alized storage and virtualized networking.
IBM Systems Director VMControlTM also supports the PowerVM environment. VMControl is the IBM virtualiza- tion management tool for multiple, heterogeneous servers. It supports AIX, IBM i, and Linux on PowerVMs, as well as System x and System z operating environments. VMControl is a plug-in for IBM Systems Director that supports advanced management functions such as health check and topology mappings, as well as the ability to take action on monitored events. VMControl simplifies the creation and management of standardized virtual appliances (ready-to-run VMs) and system pools—combinations of VMs on multiple servers that can be managed as a single entity.
PowerVM Editions
IBM PowerVM Editions offer broad virtualization function- ality for AIX, IBM i and Linux operating systems:
PowerVM Express® Edition is offered exclusively on Power Express servers and is designed for clients seeking to evaluate virtualization features at an affordable price. With the
Power Systems
4
Express Edition, users can create up to three VMs on a server with IVM, use virtualized disk and optical devices with VIOS and try out PowerVM Lx86.
PowerVM Standard Edition is intended for production deployments and is available for all Power Systems servers and blades. It includes all the features of PowerVM Express Edition, as well as Micro-Partitioning, HMC management, dual VIOS support, Shared Processor Pools and Shared Storage Pools.
PowerVM Enterprise Edition is intended for multiserver pro- duction deployments and is available for all Power Systems servers and blades. It includes all the features of PowerVM Standard Edition, as well as Live Partition Mobility and Active Memory Sharing.
Diverse set of workloads
Many IBM Software Group offerings are optimized for a PowerVM environment supporting the consolidation of a diverse set of workloads—from database and application servers to web infrastructure. For example, PowerVM and WebSphere® Virtual Enterprise work together to provide a cross system virtualized application infrastructure that can lower operational and energy costs required to create, run, and manage enterprise applications and SOA environments. WebSphere Virtual Enterprise increases flexibility and agility to ensure business process integrity, improve service and application performance, and better manage application health.
IBM Systems and Technology
Data Sheet
Help from the experts
IBM’s depth and breadth of expertise in IBM Power Systems servers is unmatched. IBM Global Services technical consult- ants not only have hands-on experience and familiarity
with these state-of-the-art servers, but they also maintain intimate knowledge of emerging technologies, software releases and hardware enhancements through working with
Power Systems
IBM development teams and research laboratories. When your organization works with IBM to implement PowerVM capabilities, you can benefit from the extensive intellectual capital and implementation methods that the entire
IBM Global Services team has accumulated, tested and proven over the years.
??Feature
PowerVM Hypervisor Micro-Partitioning
Dynamic Logical Partitioning
Shared Processor Pools Shared Storage Pools
Integrated Virtualization Manager PowerVM Lx86
Live Partition Mobility
Active Memory Sharing
NPIV
System Planning Tool
Benefits
????? Supports multiple operating environments on a single system ? Enables up to 10 VMs per processor core
? Processor, memory, and I/O resources can be dynamically moved between VMs
? VMs can use dedicated or shared (capped or uncapped) processor resources
? Processor resources can automatically move between VMs based on workload demands
? Processor resources for a group of VMs can be capped, reducing software license costs
? Storage resources for Power Systems servers and VIOS can be centralized in pools to optimize
resource utilization
? Simplifies VM creation and management for entry Power Systems servers and blades
? Supports running many x86 Linux applications in a Linux on PowerVM
? Live AIX and Linux VMs can be moved between servers, eliminating planned downtime
? Intelligently flows memory from one VM to another for increased memory utilization
? Simplifies the management and improves performance of Fibre Channel SAN environments ? Simplifies the planning for and installation of Power Systems servers with PowerVM
?????????????5
?For more information
To learn more about PowerVM, please contact your IBM marketing representative or IBM Business Partner, or visit the following websites: ibm.com/systems/power/software/virtualization/index.html
??All performance information was determined in a controlled environment. Actual results may vary. Performance information is provided “AS IS” and no warranties or guarantees are expressed or implied by IBM. Buyers should consult other sources of information, including system benchmarks, to evaluate the performance of a system they are considering buying.
1 PowerVMCaseStudies:ibm.com/systems/power/success/index.html
2 Power Systems benchmark results:
ibm.com/systems/power/hardware/benchmarks/index.html
3 Statement of Direction
4 Common Criteria Evaluation and Validation Scheme (CCEVS) EAL4 Augmented with ALC_FLR.2 certification: www.niap-ccevs.org/cc-scheme/st/index.cfm/vid/10178
5 PowerVM Lx86 application qualifications:
ibm.com/systems/power/software/virtualization/editions/lx86/qual.html
© Copyright IBM Corporation 2010
IBM Corporation
Systems and Technology Group Route 100
Somers, NY 10589
Produced in the United States October 2010
All Rights Reserved
This document was developed for products and/or services offered in the United States. IBM may not offer the products, features or services discussed in this document in other countries.
The information may be subject to change without notice. Consult your local IBM business contact for information on the products, features and services available in your area.
All statements regarding IBM future directions and intent are subject to change or withdrawal without notice and represent goals and objectives only.
The following terms are registered trademarks of International Business Machines Corporation in the United States and/or other countries: AIX, BladeCenter, IBM, IBM (logo), ibm.com.
The following terms are trademarks of International Business Machines Corporation in the United States and/or other countries: AIX, Active Memory, Micro-Partitioning, POWER, PowerVM, PowerVM (logo), Power Architecture, Power Family, POWER Hypervisor, Power PC, Power Systems, Power Systems (logo), Power Systems Software, Power Systems Software (logo), POWER5, POWER6, POWER7, System i, System p, System Storage.
Linux is a trademark of Linus Torvalds in the United States, other countries or both.
Other company, product and service names may be trademarks or service marks of others.
IBM hardware products are manufactured from new parts, or new and used parts. In some cases, the hardware product may not be new and may have been previously installed. Regardless, our warranty terms apply. Photographs show engineering and design models. Changes may be incorporated in production models.
Copying or downloading the images contained in this document is expressly prohibited without the written consent of IBM.
This equipment is subject to FCC rules. It will comply with the appropriate FCC rules before final delivery to the buyer. Information concerning non-IBM products was obtained from the suppliers of these products or other public sources. Questions on the capabilities of the non-IBM products should be addressed with the suppliers.
Please Recycle
??????POD03015-USEN-05

?Porting virtio to PowerVM Hypervisors KVM Forum 2010
Ricardo Marin Matinata – rmm@br.ibm.com
LTC Brazil
IBM Linux Technology Center
August 2010
Linux is a registered trademark of Linus Torvalds.
© 2010 IBM Corporation
?? ? ? ? ? ?
Background
Motivations
Virtual I/O on POWERVM Implementation Strategy Device Configuration Virtqueues
Expectations
© 2010 IBM Corporation
??
IBM Brazil entitled to incentive grants in Brazil, related to manufacturing of POWER Systems locally
Has to be POWER Systems related
Strong research “appeal”
?
?
Execution under responsibility of IBM LTC Brazil (arquitecture & PM), in partnership with Flextronics Institute.
Currently active
– –
Background
© 2010 IBM Corporation
?Porting virtIO to POWERVM
• Adds value to the platform by bringing interesting new devices, like viftFS
• Evaluates how well virtio maps to different virtualization models
• Builds team skills around virtualization -> give back to the ecosystem
Virtual Ethernet
Processor Resources
CPUs PPPP
Linux/AIX/IBMi
Power Hypervisor Memory
Virtual Storage
Resources
Memory
I/O Resources
I/O
Virtual TTY
MMMM AAAAA Service MMMM AAAAA Processor
© 2010 IBM Corporation
?Virtual FC
Virtual SCSI
Virtual Ethernet FC
Ethernet
Disk
Ethernet
Virtual I/O on POWERVM
VIOS #1
Virtual Virtual Ethernet SCSI
Linux – RHEL 5 dm-multipath
Linux – SLES 11 dm-multipath
VIOS #2
? Virtual I/O Architecture
? Mix of virtualized and/or real devices ? Multiple VIO Servers* supported
? Virtual SCSI
? ? ?
SAN
? Benefits
? Fewer adapters, I/O drawers, and
ports
? Improved speed to deployment
? Virtual Fibre Channel
? Utilizes N-Port ID Virtualization ? Simplifies storage managment
Virtual Ethernet
Virtual Virtual SCSI SCSI
Virtual Ethernet FC
Virtual FC
Virtual
POWER Hypervisor
Virtual SCSI, Fibre Channel, and DVD ? Virtual Ethernet
? VLAN and link aggregation support
Logical and physical volume virtual disks
Multi-path and redundancy options ? LPAR-to-LPAR virtual LANs
Virtual
? Shared Ethernet adapter failover
© 2010 IBM Corporation
?© 2010 IBM Corporation
•A Command/Response Queue (CRQ) facility which provides a pipe between partitions.
•An extended TCE table called the RTCE table which allows a partition to provide “windows” into the memory of its partition to its partner partition
•Remote DMA services that allow a server partition to transfer data to a partner partition’s memory via the RTCE table window panes.
?Implementation Details
VIO LPAR
Guest LPAR
block net
virtios.c
virtio_crq.c
virtio_ring.c virtio_vio.c
User Space
Kernel
© 2010 IBM Corporation
?VIO LPAR
Device Configuration
Guest LPAR
RDMA write to guest:
type
nvqs device_features config_size vqs_size
3
2
PROBE: TCE of guest table
1 Allocates Device Header and
RDMA write to guest: 6 config
5 DEVICE_ACKNOWLEDGE
7 DRIVER
9 DRIVER_OK
TCE map it:
u8 type, u8 num_vqs, u8 vqs_size, u32 device_features, u32 guest_features, u8 config_len, u8 device_status, u8 config[0]
Allocate config space 4 register_virtio_device()
virtio_dev_probe() finalize_features
10 RDMA copy from guest
guest_features
© 2010 IBM Corporation
virtio_vio_probe()
8
??
?
find_vqs
–
Expose TCEs for Descriptor Table, Available Ring and Used Ring
Virtqueues (plan)
Re-use vring
Hook HCALL_SEND_CRQ to vq.notify() – which is called by virtqueue_kick
? Should cause the host to RDMA copy-in Descriptor Table and Available Ring
–
–
–
–
vring_desc.addr should hold TCEs, not Guest Physicals (u64 is fine, changing semantics only)
vring’s add_buff should replace sg_phys() to sg_dma_address()
vring’s detach should dma_unmap_sg() on each freed descriptor
© 2010 IBM Corporation
??
?
?
?
Power Architecture Platform Requirements (PAPR)
www.power.org
–
References
“virtio: Towards a De-Facto Standard For Virtual I/O Devices”, Rusty Russel
Virtio PCI Card Specication v0.8.8 DRAFT, Rusty Russel
Kernel source tree
© 2010 IBM Corporation

??
??????360????????????????www.360docs.net
www.360docs.net/doc/info-a0480e88a0116c175f0e4892.html

360????-????word???ppt??????????????????????????????????????????????????????????????????
360???? www.360docs.net/

?System Administrator
??START HERE…
Training path:
A System Operator
(or equivalent knowledge)
???What’s new in IBM i V7R2 and IBM POWER8 Systems
??OS019
Instructor-led
?????????Combined
Already an administrator and just need to learn what’s new?
No
Combined or individual class?
Yes
Individual
?????????IBM i Security Concepts and Implementation
??OL50G
Instructor-led
????IBM i System Administration
??OL19G
Instructor-led
???????IBM i Recovery and Availability Management
??OL51G
Instructor-led
???IBM i Performance Tuning – I: Performance Tools and Basic Tuning
??OL23G
Instructor-led
????Do you need performance and Yes
?tuning skills?
No
??????IBM i Performance Tuning – II: Advanced Analysis and Capacity Tuning
??OL66G
Instructor-led
????CONTINUED
on the following page…
?
??CONTINUED
from the previous page…
????Overview of BRMS on IBM i
??AS28W1G
Web-based
????Do you need BRMS skills?
No
Yes
?????????????Do you need management console Yes
No
Do you need PowerVM on IBM i skills?
No
??skills?
OL52G
Instructor-led
BRMS for IBM i
??AS28G
Instructor-led
???Hardware Management Console (HMC) for Power Systems with IBM i
??????????PowerVM on IBM i – I: Implementing Virtualization and LPAR
???AS5EG
Instructor-led
????????PowerVM on IBM i – II: Advanced Topics and Performance
?Do you need
Advanced PowerVM Yes
??on IBM i skills?
??AS5FG
Instructor-led
???No
??CONTINUED
on the following page…
?
????AS54G
Instructor-led
Yes
Do you
need skills for No
CONTINUED
from the previous page…
??HA, Clustering or implementing IASPs?
????Combined or individual class?
Combined
Individual
????????Implementing IASP on IBM i
??AS5AG
Instructor-led
????IBM Power HA for i, Clustering, and IASP Implementation
?????????HA and Implementing Clusters on IBM i
??AS5BG
Instructor-led
??Certification test
See certification Web site for test preparation
Test C4040-129
IBM Certified System Administrator – IBM i 7.1
systemi02.111315