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NEW QUESTION: 1
You are configuring networking for a new Windows Server 2003 SP2 virtual machine (VM) in a Windows Server 2008 R2 Hyper-V environment.
You need to configure the VM to achieve optimum network performance.
Which two actions should you perform?
(Each correct answer presents part of the solution. Choose two.)
A. In the virtual machine settings, add a Legacy Network Adapter.
B. Install Integration Services on the VM.
C. In the virtual machine settings, add a Network Adapter.
D. Configure a fixed maximum transmission unit (MTU) size of 1384 on the host server virtual network adapter.
Answer: B,C
Explanation:
Bandwidth throttling may need to be adjusted for specific network configurations. The bandwidth throttling that is outlined in the following table provides control only for the outgoing traffic of a physical network adapter. To ensure end-to-end QoS and optimal network performance, refer to the QoS documentation from your network switch and router provider.\ you install the integration services, which improve performance and integration with the physical computer. Hyper-V includes a software package for supported guest operating systems that improves integration between the physical computer and the virtual machine. This package is referred to as integration services. Newer versions of supported Windows operating systems include the integration services and do not require installation after you install the guest operating system. For more information about which operating systems are supported and which of those require you to install integration services Although the I/O performance of physical SCSI and IDE devices can differ significantly, this is not true for the virtualized SCSI and IDE devices in Hyper-V. Hyper-V.
IDE and SCSI devices both offer equally fast I/O performance when integration services are installed in the guest operating
A legacy network adapter works without installing a virtual machine driver because the driver is already available on most operating systems. The legacy network adapter emulates a physical network adapter, multiport DEC 21140 10/100TX 100 MB. A legacy network adapter also supports network-based installations because it includes the ability to boot to the Pre-Boot Execution Environment (PXE). The legacy network adapter is not supported in the 64-bit edition of Windows Server2003 or the WindowsXP Professional x64 Edition. To connect a virtual machine to a virtual network, you add a virtual network adapter to the virtual machine and then connect the virtual network adapter to an existing virtual network. There are two types of network adapters available for Hyper-V: a network adapter and a legacy network adapter. The network adapter is designed specifically for Hyper-V and requires a virtual machine driver that is included with the Hyper-V integration services. This type of networking adapter provides better performance than a legacy network adapter and is the recommended choice when it can be used. Because this type of virtual network adapter requires integration services in the guest operating system, it can be used only with guest operating systems for which integration services are available The legacy network adapter emulates an Intel 21140based PCI Fast Ethernet Adapter. This type of network adapter provides networking capabilities for two scenarios: when using a guest operating systems for which integration services are not available, and when network boot capabilities are required. The legacy network adapter uses a driver that is available in most operating systems, instead of a Hyper-V specific driver. The legacy network adapter also provides the ability to boot to the Pre-Boot Execution Environment (PXE). Maximum Transmission Unit (MTU) Different physical networks have different maximum frame sizes. Within the different frames, there is a maximum size for the data field. This value is called the maximum transmission unit (MTU), or maximum packet size in TCP/IP terms.

If an IP datagram is to be sent out onto the network and the size of the data grams bigger than the MTU, IP will fragment the datagram, so that it will fit within the data field of the frame. If the MTU is larger than the network can support, then the data is lost. The value of MTU is especially important when bridging is used because of the different network limits. RFC 791 - Internet Protocols states that all IP hosts must be prepared to accept datagrams of up to 576 bytes. Because of this, it is recommended that an MTU of 576 bytes be used if bridging (or routing) problems are suspected. Note: MTU is equivalent to the PACKET SIZE value on the GATEWAY statement, or the MAXMTU value when using BSDROUTINGPARMS in the TCPIP PROFILE file.

NEW QUESTION: 2
You have a SharePoint Server 2010 Service Pack 1 (SP1) server farm. The farm contains a site collection named Collection1. Collection1 contains a content type named CT1.
You need to recommend a content management strategy to meet the following requirements:
-Log the name of each user who opens documents that use CT1.
-Automatically route documents that use CT1 to a document library named Legal.
What should you include in the recommendation?
(To answer, drag the appropriate component to the correct requirement in the answer area.)
Select and Place:

Answer:
Explanation:

Section: Drag & Drop

NEW QUESTION: 3
Which of the following types of attack is being used when an attacker responds by sending the MAC address of the attacking machine to resolve the MAC to IP address of a valid server?
A. IP spoofing
B. Session hijacking
C. ARP poisoning
D. Evil twin
Answer: C
Explanation:
Explanation
An ARP spoofing, also known as ARP poisoning, is a Man in the Middle (MitM) attack that allows attackers to intercept communication between network devices. The attack works as follows: The attacker must have access to the network.

NEW QUESTION: 4
What is a reason for 6PE to use two MPLS labels in the data plane instead of one?
A. 6PE does not allow penultimate hop popping.
B. It allows 6PE to work in an MPLS network where 6VPE is also deployed.
C. 6PE allows penultimate hop popping and has a requirement that all P routers do not have to be IPv6 aware.
D. It allows MPLS traffic engineering to work in a 6PE network.
Answer: C
Explanation:
Explanation/Reference:
Explanation:
Q. Why does 6PE use two MPLS labels in the data plane?
A. 6PE uses two labels:
When the 6PE was released, a main requirement was that none of the MPLS core routers (the P routers) had to be IPv6-aware. That requirement drove the need for two labels in the data plane.
There are two reasons why the 6PE needs both labels.
PHP Functionality
If only the transport label were used, and if penultimate hop popping (PHP) were used, the penultimate hop router (the P router) would need to understand IPv6. With PHP, this penultimate hop router would need to remove the MPLS label and forward the packet as an IPv6 packet. This P router would need to know that the packet is IPv6 because the P router would need to use the correct Layer 2 encapsulation type for IPv6.
(The encapsulation type is different for IPv6 and IPv4; for example, for Ethernet, the encapsulation type is
0x86DD for IPv6, while it is 0x0800 for IPv4.) If the penultimate hop router is not IPv6-capable, it would likely put the Layer 2 encapsulation type for IPv4 for the IPv6 packet. The egress PE router would then believe that the packet was IPv4.
There is time-to-live (TTL) processing in both the IPv4 and IPv6 headers. In IPv6, the field is called Hop Limit. The IPv4 and IPv6 fields are at different locations in the headers. Also, the Header Checksum in the IPv4 header would also need to be changed; there is no Header Checksum field in IPv6. If the penultimate hop router is not IPv6-capable, it would cause the IPv6 packet to be malformed since the router expects to find the TTL field and Header Checksum field in the header. Because of these differences, the penultimate hop router would need to know it is an IPv6 packet. How would this router know that the packet is an IPv6 packet, since it did not assign a label to the IPv6 Forwarding Equivalence Class (FEC), and there is no encapsulation field in the MPLS header? It could scan for the first nibble after the label stack and determine that the packet is IPv6 if the value is 6. However, that implies that the penultimate hop router needs to be IPv6-capable. This scenario could work if the explicit null label is used (hence no PHP).
However, the decision was to require PHP.
Load Balancing
Typical load balancing on a P router follows this process. The P router goes to the end of the label stack and determines if it is an IPv4 packet by looking at the first nibble after the label stack. In the 6PE scenario, imagine there are two egress PE routers advertising one IPv6 prefix in BGP towards the ingress PE router.
This IPv6 prefix would be advertised with two different labels in BGP. Hence, in the data plane, the bottom label would be either of the two labels. This would allow a P router to load balance on the bottom label on a per-flow basis. If 6PE used only the transport label to transport the 6PE packets through the MPLS core, the P routers would not be able to load balance these packets on a per-flow basis unless the P routers were IPv6-capable. If the P routers were IPv6-capable, they could use the source and destination IPv6 addresses in order to make a load balancing decision.
Reference: http://www.cisco.com/c/en/us/support/docs/multiprotocol-label-switching-mpls/mpls/116061-qa-
6pe-00.html