Chapter 7: Managing Networking Resources

(b) False
VLAN is a broadcast domain so that you can be segmenting Ethernet broadcast domains with VLANs. Network ports might be configured with one (access or untagged mode) or multiple VLANs (trunk or tagged mode).802.1Q trunking modifies Ethernet frames to add a numeric tag. Using this tag can forward frames to different VLANs.
(b) False
Inbound traffic shaping, Centralized management, PVLAN support, Netflow export support, Port mirroring, Multicast support, Traffic filtering, Network IO control, Enhanced LACP Mode.
vSwitch, Port Group, VMkernel adapters, TCP/IP Stacks
(b) Promiscuous mode, (c) MAC address changes, (e) Forged transmits
(a) True
(a) Active adapters, (c) Standby adapters, (e) Unused adapters
(b) False
(b) False
CDP and LACP
(a) MTU configuration, (b) VLAN configuration
(a) True
SR-IOV is a specification that allows a single Peripheral Component Interconnect Express (PCIe) physical device under a single root port to appear as multiple separate physical devices to the hypervisor or the guest operating system.

SR-IOV uses physical functions (PFs) and virtual functions (VFs) to manage global functions for the SR-IOV devices. PFs are full PCIe functions that are capable of configuring and managing the SR-IOV functionality. It is possible to configure or control PCIe devices using PFs, and the PF has full ability to move data in and out of the device. VFs are lightweight PCIe functions that support data flowing but have a restricted set of configuration resources.

Table of Contents for Chapter 7:&#xA0;Managing Networking Resources

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Table of Contents for
Chapter 7: Managing Networking Resources