Change the max on Partition 1 to 1.5.
Change the desired on Partition 1 to 1.0.
Change the max and desired on Partition 1 and 2 to 1.0.
Change the min and desired on Partition 1 and 2 to 0.9.
第1题:
Companycom has the following: 8 x 1.65GHz CPUs 16GB Memory 4 LPARs LPAR 1: Test/Dev 1 CPU, 2GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 2: QA 1 CPU, 2GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 3: Prod 3 CPUs, 6GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 4: Web App 3 CPUs, 6GB Memory, 1 Fibre Channel HBA, SUSE Linux Utilization over a 30 day period LPAR 1: Average utilization was 15%, Peak utilization was 100% LPAR 2: Average utilization was 25%, Peak utilization was 100% LPAR 3: Average utilization was 50%, Peak utilization was 90% LPAR 4: Average utilization was 35%, Peak utilization was 100% If the customer has a requirement for all four LPARs moved to a p5 590 and to have dedicated CPU resources. Which of the following would best describe the profile requirements?()
第2题:
ompany.com has a Micro-Partitioned p5-570 4-way with six application partitions and two VIO servers. Each VIO server has been allocated 0.5 CPU and the application servers have been allocated 0.4 CPUs. The marketing department wants to deploy a new Web server to support the release of a product. The systems architect has recommended that the Web server will require a whole CPU. Which of the following should the technical specialist suggest to provide the most cost-effective deployment?()
第3题:
A customer has an HMC-managed Power Systems server with 6 partitions. Four production partitions are subject to varying workloads throughout the day, and two are used for development and testing. The production applications have different licensing limitations on the number of physical cores that may be used. The development partitions can use no more than 1 core. The customer would like to dynamically optimize processor utilization within the licensing limits, with minimal operator intervention. Which of the following meets the customer requirement?()
第4题:
An administrator has installed 1 VIO Server and 5 client LPARs on a 16-core Power 570 with the following CPU requirements: Virtual Processors Processing Units Min Desired Max Min Desired Max VIOS1 1 2 4 0.1 1.0 2.0 LPAR1 4 4 4 4.0 4.0 4.0 LPAR2 2 5 8 1.0 5.0 6.0 LPAR3 1 3 4 0.1 0.3 1.0 LPAR4 3 6 9 0.5 3.0 6.0 LPAR5 1 3 6 1.0 3.0 .06 If the administrator activates the LPARs in the above order, what will be the result? ()
第5题:
Companycom is moving their application to a p5 590 and at the same time moving to a new version of the application. The customer knows only about the resource requirements of the old version. Which of the following is the best method to migrate their application to POWER5?()
第6题:
DLPAR
Micro-Partitioning
Virtual Storage
Virtual Ethernet
第7题:
Partition one starts and has 3.0 logical processors. Partition two does not start. Partition three has 1.0 logical processors.
Partition one starts and has 1.5 logical processors. Partition two has 1.0 logical processors. Partition three has 0.1 processors.
Partition one starts and has 2.0 logical processors. Partition two start and has 2.0 logical processors. Partition three does not start.
Partition one starts and has 2.0 logical processors. Partition two has 1.0 logical processors. Partition three has 0.1 logical processors.
第8题:
The POWER5 system has greater memory and processor granularity and can also run both Linux and AIX at the same time in different LPARs.
The POWER5 system supports more partitions, processors, and memory than any competitor’s solution.
The POWER5 system has the lowest partitioning overhead and can also run both Linux and AIX at the same time in different LPARs.
The POWER5 system supports more partitions and has the lowest partitioning overhead.
第9题:
Add CPU and memory COD so they have room to grow if required
Make the server configuration twice as large as the current requirement
Configure the server for the current capacity requirements
Make the server configuration a little larger than the current capacity requirements
第10题:
Create a dedicated LPAR for the existing workload and a Micro-Partition for the Web server.
Create a dedicated LPAR for the existing workload and a dedicated LPAR for the Web server.
Create a Micro-Partition for the existing workload and a dedicated LPAR for the Web server.
Create a Micro-Partition for the existing workload and a Micro-Partition for the Web server.
第11题:
Configure AIX Workload Manager
Configure Partition Load Manager
Configure eServer Workload Manager
Use DLPAR from the HMC
第12题:
Use alt_disk_install to install AIX on all logical partitions.
Configure the DVD as a desired resource on all partitions.
Configure all resources as shared resources between all partitions.
Create a separate NIM server to manage the installation of all partitions.
第13题:
Company.com has recently added a partition to an existing p5-550 4-way with 8GB RAM. When the newly-created third partition is started, it fails to initialize. The configuration of the partitions is as follows: LPAR Min CPU Des CPU Max CPU P1 0.8 1.4 2.0 P2 0.8 1.4 2.0 P3 1.4 1.6 2.0 Which of the following actions will most likely resolve the problem?()
第14题:
Company.com has a single pSeries server with two shared processor logical partitions. The first partition has peak resource requirements during weekdays. The second partition has peak resource requirements during weekends. During the peak times, the total workload between the partitions does NOT exceed the capacity of the server. However, the partitions are not able to utilize the full capacity of the system during peak times, because the necessary CPU and memory resources are not always allocated to the busiest partition. Which of the following options would best balance these resources?()
第15题:
A system administrator is deploying a new POWER5 server. The application requires AIX 5L V5.2. Which of the following virtualization technologies can be used?()
第16题:
A system administrator is implementing a new 2-way POWER5 server with APV that is to be divided into three partitions. The application groups have requested the following CPU entitlements for the partitions: Partition 1: min = 1.0, max = 2.0, desired = 1.5 Partition 2: min = 1.0, max = 2.0, desired = 1.0 Partition 3: min = 0.1, max = 1.0, desired = 0.8 The administrator immediately finds that the three partitions cannot be started in order to run concurrently. What changes can be made to entitlement configuration to allow all three partitions to be started in order?()
第17题:
A customer plans to consolidate to high-end enterprise level servers using multiple partitions. They are evaluating an IBM POWER5 solution for their server consolidation environment. Which of the following best describes the value of the IBM solution as compared with the competition?()
第18题:
Reduce P3 max CPU to 1.8
Reduce min CPU on P3 to 1.2.
Recommend the purchase of additional CPU.
Ensure that partition 3 has a minimum of 4GB of memory.
第19题:
Define the production partitions' maximum CPU to the licensing limitations. Define the development/test partition maximums to one core. Configure each partition to be capped.
Define the production partitions' maximum CPU to the licensing limitations. Define the development/test partition maximums to one core. Configure each partition to be uncapped.
Define the production partitions' maximum CPU to the licensing limitations. Define the development/test partitions to use no more than one core. Configure the HMC scheduler to dynamically assign processors among the pools over a day.
Create a shared processor pool for each production partition, with the maximum processor limit set to the licensing limit for the application in the pool. Assign the development and testing partitions to a processor pool with a maximum of 1 core. Configure each partition to use uncapped processing.
第20题:
All LPARs will start except LPAR5.
All LPARs will start with desired capacity.
All LPARs will start but LPAR5 will have its minimum capacity assigned.
All LPARs will start but LPAR5 will have less than its desired capacity.
第21题:
Change the max on Partition 1 to 1.5.
Change the desired on Partition 1 to 1.0.
Change the max and desired on Partition 1 and 2 to 1.0.
Change the min and desired on Partition 1 and 2 to 0.9.
第22题:
Remove one application server partition and apply its CPU resources to the Web server.
Reassign the CPU from one of the VIO servers and create the new partition.
Add 0.6 CPU to one of the application servers and run the Web service with the application.
Reassign a total of 0.4 CPUs from the application servers and create a new partition with awhole CPU for new deployment.
第23题:
LPARs 1 and 2, SMT on, min CPU 1.0, max CPU 1.0, desired CPU 1.0 LPARs 3 and 4, SMT on, min CPU 1.0, max CPU 3.0, desired CPU 2.0
LPARs 1 and 2, SMT on, min CPU 1.0, max CPU 1.0, desired CPU 1.0 LPARs 3 and 4, SMT on, min CPU 2.0, max CPU 3.0, desired CPU 3.0
LPARs 1 and 2, SMT on, min CPU 1.0, max CPU 3.0, desired CPU 3.0 LPARs 3 and 4, SMT on, min CPU 1.0, max CPU 3.0, desired CPU 2.0
LPARs 1 and 2, SMT off, min CPU 1.0, max CPU 1.0, desired CPU 1.0 LPARs 3 and 4, SMT off, min CPU 1.0, max CPU 3.0, desired CPU 3.0
第24题:
Partition one starts and has 2.0 processors allocated. Partition two does not start. Partition three does not start.
Partition one starts and has 1.0 processors allocated. Partition two starts and has 1.0 allocated. Partition three does not start.
Partition one starts and has 1.5 processors allocated. Partition two does not start. Partition three starts and has 0.8 processors allocated capacity.
Partition one starts and has 1.5 processors allocated. Partition two does not start. Partition three starts and has an allocated capacity of 0.5 processors.