Your network contains a server named Server1 that runs Windows Server 2012. Server1
has the Hyper-V server role installed. Server1 hosts four virtual machines named VMl, VM2,
VM3, and VM4.
Server1 is configured as shown in the following table.
You need to ensure that VM1 can use more CPU time than the other virtual machines when
the CPUs on Server1 are under a heavy load.
What should you configure?
A.
NUMA topology
NUMA topology
B.
Resource control
Resource control
C.
Resource metering
Resource metering
D.
Virtual Machine Chimney
Virtual Machine Chimney
E.
The VLAN ID
The VLAN ID
F.
Processor Compatibility
Processor Compatibility
G.
The startup order
Configure the BIOS of the computer to enable PXE boot, and set the boot order so that it
is booting from the network is first.
H: Automatic start action allows you to specify what the virtual machine should do when the
host machine boots up. The options you can choose from are to automatically start the
virtual machine if it was running when the VMM service on the host stopped (the default), to
always start the virtual machine automatically, or to do nothing. You can also specify a
startup delay in seconds to reduce resource content between different virtual machines
starting up on the host.
I: Integration Services settings on virtual machines include services such as operating
system shutdown, time synchronization, data exchange, Heartbeat, and Backup (volume
snapshot services.
J: With Hyper-V Virtual Switch port mirroring you can monitor network traffic not modify the
startup order.
K: Single-root I/O virtualization -capable network adapters can be assigned directly to a
virtual machine to maximize network throughput while minimizing network latency and the
CPU overhead required for processing network traffic.
References:
http://technet.microsoft.com/en-us/library/cc766320(v=ws.10).aspx
http://technet.microsoft.com/en-us/library/hh831410.aspx
http://technet.microsoft.com/en-us/library/cc742470.aspx
Exam Ref 70-410, Installing and Configuring Windows Server 2012, Chapter 3: Configure
Hyper-V, Objective 3.1: Create and Configure virtual machine settings, p. 144
Training Guide: Installing and Configuring Windows Server 2012: Chapter 7: Hyper-V
Virtualization, Lesson 2: Deploying and configuring virtual machines, p. 335
QUESTION 116
Your network contains a server named Server1 that runs Windows Server 2012. Server1
has the Hyper-V server role installed. Server1 hosts four virtual machines named VM1, VM2,
VM3, and VM4.
Server1 is configured as shown in the following table. 
You install Windows Server 2012 on VM2 by using Windows Deployment Services (WDS).
You need to ensure that the next time. VM2 restarts, you can connect to the WDS server by
using PXE.
What should you configure?
The startup order
H.
Automatic Start Action
Automatic Start Action
I.
Integration Services
Integration Services
J.
Port mirroring
K.
Single-root I/O virtualization
Port mirroring
K.
Single-root I/O virtualization
G.
The startup order
Configure the BIOS of the computer to enable PXE boot, and set the boot order so that it
is booting from the network is first.
H: Automatic start action allows you to specify what the virtual machine should do when the
host machine boots up. The options you can choose from are to automatically start the
virtual machine if it was running when the VMM service on the host stopped (the default), to
always start the virtual machine automatically, or to do nothing. You can also specify a
startup delay in seconds to reduce resource content between different virtual machines
starting up on the host.
I: Integration Services settings on virtual machines include services such as operating
system shutdown, time synchronization, data exchange, Heartbeat, and Backup (volume
snapshot services.
J: With Hyper-V Virtual Switch port mirroring you can monitor network traffic not modify the
startup order.
K: Single-root I/O virtualization -capable network adapters can be assigned directly to a
virtual machine to maximize network throughput while minimizing network latency and the
CPU overhead required for processing network traffic.
References:
http://technet.microsoft.com/en-us/library/cc766320(v=ws.10).aspx
http://technet.microsoft.com/en-us/library/hh831410.aspx
http://technet.microsoft.com/en-us/library/cc742470.aspx
Exam Ref 70-410, Installing and Configuring Windows Server 2012, Chapter 3: Configure
Hyper-V, Objective 3.1: Create and Configure virtual machine settings, p. 144
Training Guide: Installing and Configuring Windows Server 2012: Chapter 7: Hyper-V
Virtualization, Lesson 2: Deploying and configuring virtual machines, p. 335
QUESTION 116
Your network contains a server named Server1 that runs Windows Server 2012. Server1
has the Hyper-V server role installed. Server1 hosts four virtual machines named VM1, VM2,
VM3, and VM4.
Server1 is configured as shown in the following table.
You install Windows Server 2012 on VM2 by using Windows Deployment Services (WDS).
You need to ensure that the next time. VM2 restarts, you can connect to the WDS server by
using PXE.
What should you configure?
The startup order
A.
NUMA topology
NUMA topology
B.
Resource control
Resource control
C.
Resource metering
Resource metering
D.
Virtual Machine Chimney
Virtual Machine Chimney
E.
The VLAN ID
The VLAN ID
F.
Processor Compatibility
Processor Compatibility
G.
The startup order
Configure the BIOS of the computer to enable PXE boot, and set the boot order so that it
is booting from the network is first.
H: Automatic start action allows you to specify what the virtual machine should do when the
host machine boots up. The options you can choose from are to automatically start the
virtual machine if it was running when the VMM service on the host stopped (the default), to
always start the virtual machine automatically, or to do nothing. You can also specify a
startup delay in seconds to reduce resource content between different virtual machines
starting up on the host.
I: Integration Services settings on virtual machines include services such as operating
system shutdown, time synchronization, data exchange, Heartbeat, and Backup (volume
snapshot services.
J: With Hyper-V Virtual Switch port mirroring you can monitor network traffic not modify the
startup order.
K: Single-root I/O virtualization -capable network adapters can be assigned directly to a
virtual machine to maximize network throughput while minimizing network latency and the
CPU overhead required for processing network traffic.
References:
http://technet.microsoft.com/en-us/library/cc766320(v=ws.10).aspx
http://technet.microsoft.com/en-us/library/hh831410.aspx
http://technet.microsoft.com/en-us/library/cc742470.aspx
Exam Ref 70-410, Installing and Configuring Windows Server 2012, Chapter 3: Configure
Hyper-V, Objective 3.1: Create and Configure virtual machine settings, p. 144
Training Guide: Installing and Configuring Windows Server 2012: Chapter 7: Hyper-V
Virtualization, Lesson 2: Deploying and configuring virtual machines, p. 335
QUESTION 116
Your network contains a server named Server1 that runs Windows Server 2012. Server1
has the Hyper-V server role installed. Server1 hosts four virtual machines named VM1, VM2,
VM3, and VM4.
Server1 is configured as shown in the following table.
You install Windows Server 2012 on VM2 by using Windows Deployment Services (WDS).
You need to ensure that the next time. VM2 restarts, you can connect to the WDS server by
using PXE.
What should you configure?
The startup order
H.
Automatic Start Action
Automatic Start Action
I.
Integration Services
Integration Services
J.
Port mirroring
K.
Single-root I/O virtualization
Port mirroring
K.
Single-root I/O virtualization
Explanation:
B) Resource controls provide you with several ways to control the way that Hyper-V
allocates resources to virtual machine. Resource control in used in the event where you
need to adjust the computing resources of a virtual machine, you can reconfigure the
resources to meet the changing needs. You can also specify resource controls to automate
how resources are allocated to virtual machines.
Incorrect answers:
A: NUMA spanning is a processor setting that works by projecting a virtual NUMA topology
to the guest operating system in a way that is optimized to match the NUMA topology of the
underlying physical host machine. The effect is to provide virtual machines with additional
computing resources for high-performance server applications such as Microsoft SQL Server
and modern server operating systems such as Windows Server 2012 that include built-in
NUMA optimizations.
C: Resource metering includes:
• Average CPU usage, measured in megahertz over a period of time.
• Average physical memory usage, measured in megabytes.
• Minimum memory usage (lowest amount of physical memory).
• Maximum memory usage (highest amount of physical memory).
• Maximum amount of disk space allocated to a virtual machine.
• Total incoming network traffic, measured in megabytes, for a virtual network adapter.
• Total outgoing network traffic, measured in megabytes, for a virtual network adapter
• D: Virtual Machine Chimney or TCP Chimney Offload as it is also known, transfers
Transmission Control Protocol (TCP) traffic processing, such as packet segmentation and
reassembly processing tasks, from a computer’s CPU to a network adapter that supports
TCP Chimney Offload. Moving TCP/IP processing from the CPU to the network adapter can
free the CPU to perform more application-level functions. TCP Chimney Offload can offload
the processing for both TCP/IPv4 and TCP/IPv6 connections if supported by the network
adapter.
E: VLAN ID is used to specify a segment of the VLAN or isolate network traffic for the virtual
network adapter.
F: Processor settings is used to configure the number of virtual processors that the virtual
machine uses, enable processor compatibility to allow live migrations to hosts having a
different processor architecture, or configure the NUMA topology on a NUMA-capable host.G) Configure the BIOS of the computer to enable PXE boot, and set the boot order so that it
is booting from the network is first.
Incorrect answers:
A: NUMA spanning is a processor setting that works by projecting a virtual NUMA topology
to the guest operating system in a way that is optimized to match the NUMA topology of the
underlying physical host machine. The effect is to provide virtual machines with additional
computing resources for high-performance server applications such as Microsoft SQL Server
and modern server operating systems such as Windows Server 2012 that include built-in
NUMA optimizations.
B: Resource control in used in the event where you need to adjust the computing resources
of a virtual machine, you can reconfigure the resources to meet the changing needs. You
can also specify resource controls to automate how resources are allocated to virtual
machines.
C: Resource metering includes:
• Average CPU usage, measured in megahertz over a period of time.
• Average physical memory usage, measured in megabytes.
• Minimum memory usage (lowest amount of physical memory).
• Maximum memory usage (highest amount of physical memory).
• Maximum amount of disk space allocated to a virtual machine.
• Total incoming network traffic, measured in megabytes, for a virtual network adapter.
• Total outgoing network traffic, measured in megabytes, for a virtual network adapter
• D: Virtual Machine Chimney or TCP Chimney Offload as it is also known, transfers
Transmission Control Protocol (TCP) traffic processing, such as packet segmentation and
reassembly processing tasks, from a computer’s CPU to a network adapter that supports
TCP Chimney Offload. Moving TCP/IP processing from the CPU to the network adapter can
free the CPU to perform more application-level functions. TCP Chimney Offload can offload
the processing for both TCP/IPv4 and TCP/IPv6 connections if supported by the network
adapter.
E: VLAN ID is used to specify a segment of the VLAN or isolate network traffic for the virtual
network adapter.
F: Processor settings is used to configure the number of virtual processors that the virtual
machine uses, enable processor compatibility to allow live migrations to hosts having a
different processor architecture, or configure the NUMA topology on a NUMA-capable host.
H: Automatic start action allows you to specify what the virtual machine should do when the
host machine boots up. The options you can choose from are to automatically start the
virtual machine if it was running when the VMM service on the host stopped (the default), to
always start the virtual machine automatically, or to do nothing. You can also specify a
startup delay in seconds to reduce resource content between different virtual machines
starting up on the host.
I: Integration Services settings on virtual machines include services such as operating
system shutdown, time synchronization, data exchange, Heartbeat, and Backup (volume
snapshot services.
J: With Hyper-V Virtual Switch port mirroring you can monitor network traffic not modify the
startup order.
K: Single-root I/O virtualization -capable network adapters can be assigned directly to a
virtual machine to maximize network throughput while minimizing network latency and the
CPU overhead required for processing network traffic.
References:
http://technet.microsoft.com/en-us/library/cc766320(v=ws.10).aspxExam Ref 70-410, Installing and Configuring Windows Server 2012, Chapter 3: Configure
Hyper-V, Objective 3.1: Create and Configure virtual machine settings, p. 144
Training Guide: Installing and Configuring Windows Server 2012: Chapter 7: Hyper-V
Virtualization, Lesson 2: Deploying and configuring virtual machines, p. 335