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Index
A
- access control lists (ACLs)
Reflective Relay
- acctadm commandAbout Network Accounting
- adding
- IPnet to an EVSAdding an IPnet to an Elastic Virtual Switch
- VPort to an EVSAdding a VPort to an Elastic Virtual Switch
- allocating CPUs to a datalinkHow to Allocate CPUs to a Datalink
- automatically generated VXLAN datalinksAutomatically Generated VXLAN Datalinks
B
- bandwidth
- setting on datalinksOverview of Network Resource Management
- setting on flows
- How to Configure Flows
- Overview of Network Resource Management
- bandwidth share for VNICsBandwidth Share for VNICs
- bwshare property
- considerationsConsiderations for the bwshare Property
C
- changing
- default EVB configurationChanging the Default EVB Configuration
- commands
- administering EVSEVS Administrative Commands
- allocating resources in datalinksManaging Network Resources by Using Datalink Properties
- managing ringsCommands for Configuring Rings
- monitoring network traffic statisticsCommands for Monitoring Network Traffic Statistics
- resource allocation in flowsCommands for Resource Allocation in Flows
- commands for configuring an EVSCommands for Configuring an Elastic Virtual Switch
- components of virtual network
- configuringConfiguring the Components of a Virtual Network
- configuring
- elastic virtual switchConfiguring Elastic Virtual Switches
- EVS controller
- commandsCommands for Configuring an EVS Controller
- flows
- Configuring Flows
- Commands for Resource Allocation in Flows
- IPoIB VNICsConfiguring IPoIB VNICs
- private virtual networkUse Case: Configuring a Private Virtual Network
- ringsCommands for Configuring Rings
- SR-IOV VFs for kernel zonesConfiguring Oracle Solaris Kernel Zones With SR-IOV VFs
- VNICs as PVLANsHow to Configure VNICs as PVLANs
- VXLANHow to Configure a VXLAN
- zone for virtual networkHow to Configure a Zone for the Virtual Network
- configuring network accountingAbout Network Accounting
- considerations
- bwshare propertyConsiderations for the bwshare Property
- controlling communication in VMsControlling Switching Between VMs Over the Same Physical Port
- CPU poolsManaging Pools and CPUs
- assigning to linksHow to Configure a CPU Pool for a Datalink
- datalinkOverview of Network Resource Management
- default poolpool Property of a VNIC Assigned to a Zone
- working withWorking With Pools and CPUs
- CPUs
- Managing Pools and CPUs
- Overview of Network Resource Management
- CPU allocationHow to Allocate CPUs to a Datalink
- creating
- EVSCreating an Elastic Virtual Switch
- IP interfaceHow to Configure VNICs and Etherstubs
- paravirtualized IPoIBCreating and Viewing Paravirtualized IPoIB Datalinks in Kernel Zones
- temporary VNICs in zonesHow to Temporarily Create VNICs in Zones
- temporary VNICs, VLANs, and IPoIB partitions in zonesTemporarily Creating VNICs, VLANs, and IPoIB Partitions in Zones
- VF VNICsCreating VF VNICs
- VNICs in zones temporarilyTemporarily Creating VNICs, VLANs, and IPoIB Partitions in Zones
D
- datalink
- EVB propertiesChanging the Default EVB Configuration
- datalink properties
- cpuManaging Network Resources by Using Datalink Properties
- maxbwManaging Network Resources by Using Datalink Properties
- poolManaging Network Resources by Using Datalink Properties
- rxrings and txringsManaging Network Resources by Using Datalink Properties
- datalinks
- allocating bandwidthOverview of Network Resource Management
- allocating CPU poolsOverview of Network Resource Management
- allocating CPUsOverview of Network Resource Management
- displaying historical network traffic statisticsDisplaying Historical Network Traffic Statistics on Datalinks
- enabling LROEnabling LRO for Datalinks
- resource control properties
- Managing Network Resources by Using Datalink Properties
- Network Resource Management by Using Datalink Properties
- DCBX protocolAutomated VNIC Configuration in the Network
- deleting
- a VNIC attached to a zoneHow to Delete a VNIC Attached to a Zone
- VNICsDeleting VNICs
- deleting VXLANDeleting a VXLAN
- displaying
- elastic virtual switch information
- Displaying Elastic Virtual Switch Information
- How to Configure an Elastic Virtual Switch
- EVB-related datalink propertiesDisplaying EVB-Related Datalink Properties on a Physical Link
- EVS controllerDisplaying the EVS Controller
- EVS controller properties
- How to Configure an EVS Controller
- Displaying Properties of an EVS Controller
- IPnetDisplaying IPnets
- physical link stateDisplaying the Physical and Virtual Link State of Datalinks
- VDP and ECP state and statisticsDisplaying VDP and ECP State and Statistics
- VF informationDisplaying VF Information
- virtual link stateDisplaying the Physical and Virtual Link State of Datalinks
- VPortDisplaying VPorts
- displaying historical network traffic statistics
- on datalinksDisplaying Historical Statistics on Network Traffic
- on flowsDisplaying Historical Statistics on Network Traffic
- displaying VXLANDisplaying VXLAN Information
- dladm command
- dladm Command
- EVS Clients
- create-etherstubHow to Configure VNICs and Etherstubs
- create-vlanAllocating Rings in VLANs
- create-vnic
- How to Configure a CPU Pool for a Datalink
- Managing Network Resources by Using Datalink Properties
- dladm Command
- How to Configure VNICs and Etherstubs
- create-vxlanHow to Configure a VXLAN
- delete-vnicDeleting VNICs
- delete-vxlanDeleting a VXLAN
- modify-vnic
- Migrating VNICs
- Modifying VNIC MAC Addresses
- Modifying the VLAN IDs of VNICs
- set-linkprop
- Enabling LRO for Datalinks
- Managing Network Resources by Using Datalink Properties
- How to Configure VNICs as VLANs
- show-etherDisplaying VDP and ECP State and Statistics
- show-linkDisplaying VXLAN Information
- show-linkprop
- Displaying Ring Use and Ring Assignments on a Datalink
- Commands for Configuring Rings
- Enabling the SR-IOV Mode of Datalinks
- show-phys
- Displaying Ring Use and Ring Assignments on a Datalink
- Commands for Configuring Rings
- Displaying VF Information
- show-vnic
- dladm Command
- Displaying VFs Information for Datalinks
- Displaying VNICs With Multiple MAC Addresses
- Displaying VNICs
- show-vxlan
- Displaying VXLAN Information
- How to Configure a VXLAN
- dlstat show-ether commandDisplaying the VDP State and Statistics
- dlstat command
- Displaying Network Traffic Statistics of Links
- Commands for Monitoring Network Traffic Statistics
- Virtual Network Interface Card (VNIC)
- show-aggrDisplaying Network Traffic Statistics of Link Aggregations
- show-bridgeDisplaying Network Traffic Statistics of Bridges
- show-linkDisplaying Historical Network Traffic Statistics on Datalinks
- show-physDisplaying Network Traffic Statistics of Network Devices
E
- edge control protocol (ECP)Exchanging VNIC Information by Using VDP
- displaying ECP state and statisticsDisplaying ECP State and Statistics
- edge virtual bridging
- EVB Support in Server-Network Edge Virtualization
- SeeEVB
- access control listsReflective Relay
- automatic virtual port configurationAutomated VNIC Configuration in the Network
- changing the default EVB configurationChanging the Default EVB Configuration
- componentsImplementation of VDP
- controlling communication in VMsControlling Switching Between VMs Over the Same Physical Port
- datalink propertiesChanging the Default EVB Configuration
- enabling VMs to communicate through an external switchEnabling the VMs to Communicate Through an External Switch
- example of displaying the link propertiesDisplaying the Link Properties
- example of displaying the VDP stateDisplaying the VDP State and Statistics
- example of displaying the VDP statisticsDisplaying the VDP State and Statistics
- exchanging VNIC informationExchanging VNIC Information by Using VDP
- how EVB increases network and server efficiencyImproving Network and Server Efficiency by Using EVB
- how VNIC information exchange worksHow VDP Exchanges VNIC Information
- installingInstalling EVB
- Oracle VSI ManagerImplementation of VDP
- oracle_v1Implementation of VDP
- oracle_v1 encodingImplementation of VDP
- overviewEVB Support in Server-Network Edge Virtualization
- reflective relay
- Reflective Relay
- EVB Support in Server-Network Edge Virtualization
- server efficiency with and without EVBEfficiency of the Server Without EVB and With EVB
- using LLDP to manage communication between VMsUsing LLDP to Manage the Communication Between VMs
- using VDPExchanging VNIC Information by Using VDP
- VDP protocolExchanging VNIC Information by Using VDP
- VDP state for Ethernet linksDisplaying VDP and ECP State and Statistics
- VSI identifierImplementation of VDP
- VSI ManagerImplementation of VDP
- VSI Manager IDImplementation of VDP
- VSI profileImplementation of VDP
- VSI Type ID
- Changing the Default EVB Configuration
- Implementation of VDP
- VSI Version
- Changing the Default EVB Configuration
- Implementation of VDP
- elastic virtual switch
- Automatically Generated VXLAN Datalinks
- Virtual Switches in Oracle Solaris
- Network Virtualization Components
- administeringAdministering Elastic Virtual Switches, IPnets, and VPorts
- associating a block of IP addresses withWhat Is the Oracle Solaris Elastic Virtual Switch Feature?
- associating virtual ports withWhat Is the Oracle Solaris Elastic Virtual Switch Feature?
- configuring based on a VLANUse Case: Configuring an Elastic Virtual Switch
- configuring based on a VXLAN for a tenantUse Case: Configuring an Elastic Virtual Switch for a Tenant
- creatingHow to Configure an Elastic Virtual Switch
- creating a VNICCreating a VNIC for an Elastic Virtual Switch
- creating a VNIC anet resourceCreating a VNIC anet Resource for an Elastic Virtual
Switch
- deletingDeleting an Elastic Virtual Switch
- displaying
- Displaying Elastic Virtual Switch Information
- How to Configure an Elastic Virtual Switch
- displaying propertiesDisplaying Properties of an Elastic Virtual Switch
- mandatory packageMandatory Package for an Elastic Virtual Switch
- monitoringMonitoring Elastic Virtual Switches
- overviewOverview of the Elastic Virtual Switch (EVS) Feature
- planningPlanning an Elastic Virtual Switch Configuration
- resources
- IP networkElastic Virtual Switch Resources
- virtual portElastic Virtual Switch Resources
- setting propertiesSetting Properties for an Elastic Virtual Switch
- enabling
- VMs to communicate through an external switchEnabling the VMs to Communicate Through an External Switch
- etherstubs
- Etherstub Virtual NIC
- Network Virtualization Components
- configuringHow to Configure VNICs and Etherstubs
- creatingHow to Configure VNICs and Etherstubs
- EVB
- Seeedge virtual bridging
- Network Virtualization Technologies That Are Supported by Oracle Solaris
- EVS
- administration tasksEVS Administration Tasks
- benefitsBenefits of Using EVS
- creatingCreating an Elastic Virtual Switch
- mandatory packagesMandatory Packages for Using EVS
- namespace managementNamespace Management in EVS
- security requirementsSecurity Requirements for Using EVS
- using EVS in OpenStackUsing the Elastic Virtual Switch in OpenStack
- working with zonesHow EVS Works With Zones
- EVS clientsEVS Clients
- EVS componentsEVS Components
- EVS clientsEVS Components
- EVS controllerEVS Components
- EVS managerEVS Components
- EVS nodesEVS Components
- EVS controllerEVS Controller
- commands for configuringCommands for Configuring an EVS Controller
- configuringConfiguring an EVS Controller
- creating and administeringCreating and Administering an EVS Controller
- displaying
- How to Configure an EVS Controller
- Displaying the EVS Controller
- displaying propertiesHow to Configure an EVS Controller
- mandatory packages
- Mandatory Packages for an EVS Controller
- Mandatory Packages for Using EVS
- planningCreating and Administering an EVS Controller
- setting
- How to Configure an EVS Controller
- Setting the EVS Controller
- setting propertiesHow to Configure an EVS Controller
- EVS controller propertiesEVS Controller
- displaying
- Configuring an EVS Controller
- Displaying Properties of an EVS Controller
- setting
- Configuring an EVS Controller
- Setting Properties for an EVS Controller
- EVS manager
- description ofEVS Manager
- EVS nodes
- definition ofEVS Nodes
- evsadm
- subcommands for managing a VPortevsadm Subcommands for Managing a VPort
- subcommands for managing an elastic virtual switchevsadm Subcommands for Managing an Elastic Virtual
Switch
- subcommands for managing an IPnetevsadm Subcommands for Managing an IPnet
- subcommands for managing EVS client propertiesevsadm Subcommands for Managing EVS Client
Properties
- subcommands for managing EVS controller propertiesevsadm Subcommands for Managing EVS Controller
Properties
- evsadm command
- evsadm Command
- EVS Clients
- add-ipnet
- How to Configure an Elastic Virtual Switch
- evsadm Subcommands for Managing an IPnet
- add-vport
- How to Configure an Elastic Virtual Switch
- evsadm Subcommands for Managing a VPort
- create-evs
- How to Configure an Elastic Virtual Switch
- evsadm Subcommands for Managing an Elastic Virtual
Switch
- delete-evs
- How to Delete an Elastic Virtual Switch
- evsadm Subcommands for Managing an Elastic Virtual
Switch
- remove-ipnet
- Removing an IPnet
- evsadm Subcommands for Managing an IPnet
- remove-vport
- Removing a VPort
- evsadm Subcommands for Managing a VPort
- reset-vport
- Resetting a VPort
- evsadm Subcommands for Managing a VPort
- set-controlprop
- How to Configure an EVS Controller
- evsadm Subcommands for Managing EVS Controller
Properties
- set-evsprop
- Setting Properties for an Elastic Virtual Switch
- evsadm Subcommands for Managing a VPort
- evsadm Subcommands for Managing an Elastic Virtual
Switch
- set-ipnetpropSetting Properties for an IPnet
- set-prop
- How to Configure an EVS Controller
- evsadm Subcommands for Managing EVS Client
Properties
- EVS Controller
- EVS Manager
- set-vportpropSetting Properties for a VPort
- show-controlprop
- How to Configure an EVS Controller
- evsadm Subcommands for Managing EVS Controller
Properties
- show-evs
- Displaying Elastic Virtual Switch Information
- evsadm Subcommands for Managing an Elastic Virtual
Switch
- show-evsprop
- Displaying Properties of an Elastic Virtual Switch
- evsadm Subcommands for Managing an Elastic Virtual
Switch
- show-ipnet
- Displaying IPnets
- evsadm Subcommands for Managing an IPnet
- show-prop
- How to Configure an EVS Controller
- evsadm Subcommands for Managing EVS Client
Properties
- show-vport
- Displaying VPorts
- evsadm Subcommands for Managing a VPort
- show-vportprop
- Displaying Properties of a VPort
- evsadm Subcommands for Managing a VPort
- evsstat commandMonitoring Elastic Virtual Switches
- displaying network traffic statistics for elastic virtual switchevsstat Command
- example of assigning the VNIC created over a VXLAN to a zoneAssigning the VNIC Created Over a VXLAN to a Zone and Configuring an IP
Interface
- example of displaying ECP state and statisticsDisplaying ECP State and Statistics
- example of displaying EVB-related datalink properties on a physical linkDisplaying EVB-Related Datalink Properties on a Physical Link
- example of displaying EVB-related properties on a VNICDisplaying EVB-Related Properties on a VNIC
- example of setting EVB-related datalink propertiesSetting EVB-Related Datalink Properties
- exchanging VNIC information by using VDPExchanging VNIC Information by Using VDP
- extended accounting facilityAbout Network Accounting
- flow accountingHow to Set Up Network Accounting
- network accounting for links and flowsHow to Set Up Network Accounting
- process accountingHow to Set Up Network Accounting
- task accountingHow to Set Up Network Accounting
F
- flat EVS networkFlat EVS Networks
- flow controlManaging Network Resources by Using Flows
- flow properties
- settingSetting Properties for Flows
- flowadm command
- How to Configure Flows
- Managing Network Resources by Using Flows
- add-flow
- System Configuration for Managing Resources on Datalinks and Flows
- How to Configure Flows
- Commands for Resource Allocation in Flows
- helpCommands for Resource Allocation in Flows
- set-flowprop
- System Configuration for Managing Resources on Datalinks and Flows
- How to Configure Flows
- Commands for Resource Allocation in Flows
- show-flowprop
- System Configuration for Managing Resources on Datalinks and Flows
- How to Configure Flows
- flows
- Managing Network Resources by Using Flows
- Network Resource Management by Using Flows
- Virtual Network Interface Card (VNIC)
- bandwidth setting
- How to Configure Flows
- Commands for Resource Allocation in Flows
- based on attributesManaging Network Resources by Using Flows
- configuringConfiguring Flows
- creating
- How to Configure Flows
- Commands for Resource Allocation in Flows
- displaying historical network traffic statisticsDisplaying Historical Network Traffic Statistics on Flows
- displaying informationHow to Configure Flows
- overlappingOverlapping Flows
- priority settingCommands for Resource Allocation in Flows
- setting propertiesCommands for Resource Allocation in Flows
- flowstat command
- Displaying Network Traffic Statistics of Flows
- Commands for Monitoring Network Traffic Statistics
- Virtual Network Interface Card (VNIC)
G
- GARP VLAN Registration Protocol (GVRP)How to Configure VNICs as VLANs
H
- hardware ringsHardware-based Clients
- hardware SLA properties
- VF VNICsSetting Hardware SLA Properties for VF VNICs
- hardware SLAs
- offloadingUse Case: Offloading Hardware SLAs to a NIC
- hardware-based clientsAllocating Rings in MAC Clients
I
- installing
- edge virtual bridgingInstalling EVB
- IP addressIP Network
- IP network SeeIPnet
- ipadm commandSystem Configuration for Managing Resources on Datalinks and Flows
- create-addrHow to Configure VNICs and Etherstubs
- create-ipHow to Configure VNICs and Etherstubs
- displaying IP informationSystem Configuration for Managing Resources on Datalinks and Flows
- show-addrHow to Configure a VXLAN
- IPnet
- addingAdding an IPnet to an Elastic Virtual Switch
- adding to an elastic virtual switchHow to Configure an Elastic Virtual Switch
- administering
- Administering an IPnet Configuration
- Administering Elastic Virtual Switches, IPnets, and VPorts
- displayingDisplaying IPnets
- displaying propertiesDisplaying Properties of an IPnet
- removingRemoving an IPnet
- setting propertiesSetting Properties for an IPnet
- IPoIB
- temporarily creating in zonesTemporarily Creating VNICs, VLANs, and IPoIB Partitions in Zones
- IPoIB VNICs
- configuringConfiguring IPoIB VNICs
- managingManaging IPoIB VNICs
K
- kernel zones
- configuring SR-IOV VFsConfiguring Oracle Solaris Kernel Zones With SR-IOV VFs
L
- large receive offload SeeLRO
- layer 2 networkAdvantages of Using VXLANs
- link aggregations
- enabling LROLRO Support for Link Aggregations
- LLDPAutomated VNIC Configuration in the Network
- using LLDP to manage communication between VMsUsing LLDP to Manage the Communication Between VMs
- LRO
- benefitsBenefits Of Using the LRO Feature
- enabling for a link aggregationLRO Support for Link Aggregations
- enabling for a NICEnabling LRO for Datalinks
- enabling for a PV VNICEnabling LRO for Datalinks
- enabling for a VNICEnabling LRO for Datalinks
- enabling for datalinksEnabling LRO for Datalinks
- enabling for zonesLRO Support for Zones
M
- MAC address, on VNICsVirtual Network Interface Card (VNIC)
- MAC clientsAllocating Rings in MAC Clients
- allocating ringsHow to Configure Clients and Allocate Rings
- configuringHow to Configure Clients and Allocate Rings
- hardware-basedAllocating Rings in MAC Clients
- primaryRing Use and Ring Assignments on a Datalink
- software-basedAllocating Rings in MAC Clients
- managing
- a VPort, evsadm subcommands forevsadm Subcommands for Managing a VPort
- an elastic virtual switch, evsadm subcommands forevsadm Subcommands for Managing an Elastic Virtual
Switch
- an IPnet, evsadm subcommands forevsadm Subcommands for Managing an IPnet
- CPUsManaging Pools and CPUs
- EVS client properties, evsadm subcommands forevsadm Subcommands for Managing EVS Client
Properties
- EVS controller properties, evsadm subcommands forevsadm Subcommands for Managing EVS Controller
Properties
- IPoIB VNICsManaging IPoIB VNICs
- network resourcesManaging Network Resources
- using datalink propertiesManaging Network Resources by Using Datalink Properties
- using flowsManaging Network Resources by Using Flows
- managing network virtualization and network resources
- what's newWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- migrating
- VF VNICsMigrating VF VNICs
- VNICsMigrating VNICs
- modifying
- PVLAN VNICsModifying PVLAN VNICs
- monitoring
- network traffic statistics
- commandsCommands for Monitoring Network Traffic Statistics
- network useOverview of Monitoring Network Traffic Statistics of Datalinks and Flows
- multiple uplink portsMultiple Uplink Ports in a Host
N
- network accounting
- How to Set Up Network Accounting
- About Network Accounting
- network resource management
- Managing Network Resources
- Overview of Network Resource Management
- by CPU allocationManaging Pools and CPUs
- by setting datalink and flow propertiesUse Case: Managing Network Resources by Setting Datalink and Flow Properties
- by using datalink propertiesNetwork Resource Management by Using Datalink Properties
- by using flowsNetwork Resource Management by Using Flows
- dladm subcommands for implementationManaging Network Resources by Using Datalink Properties
- through CPU poolsManaging Pools and CPUs
- through NIC ringsManaging NIC Rings
- network resources
- bandwidthOverview of Network Resource Management
- CPU poolsOverview of Network Resource Management
- CPUsOverview of Network Resource Management
- NIC ringsOverview of Network Resource Management
- priorityOverview of Network Resource Management
- network statisticsDisplaying Network Traffic Statistics of Links
- historical traffic informationSetting Up Network Accounting on the System
- monitoring network useOverview of Monitoring Network Traffic Statistics of Datalinks and Flows
- network traffic statistics
- displaying for bridgesDisplaying Network Traffic Statistics of Bridges
- displaying for datalinksDisplaying Network Traffic Statistics of Datalinks
- displaying for flowsDisplaying Network Traffic Statistics of Flows
- displaying for link aggregationsDisplaying Network Traffic Statistics of Link Aggregations
- displaying for linksDisplaying Network Traffic Statistics of Links
- displaying for network devicesDisplaying Network Traffic Statistics of Network Devices
- network virtualizationOverview of Network Virtualization
- benefitsBenefits of Network Virtualization
- components ofNetwork Virtualization Components
- dladm subcommands for implementationManaging Network Resources by Using Datalink Properties
- etherstubs
- Etherstub Virtual NIC
- Network Virtualization Components
- kernel zonesOracle Solaris Kernel Zones
- Oracle VM server for SPARCOracle VM Server for SPARC
- virtual switches
- Virtual Switch
- Network Virtualization Components
- VNICsNetwork Virtualization Components
- zonesOracle Solaris Zones
- NIC rings
- See Alsoring allocation
- Overview of Network Resource Management
- receive and transmitManaging NIC Rings
- NICs
- enabling LRO onEnabling LRO for Datalinks
O
- offloading
- hardware SLAsUse Case: Offloading Hardware SLAs to a NIC
- Oracle Solaris Elastic Virtual Switch
- What Is the Oracle Solaris Elastic Virtual Switch Feature?
- See AlsoEVS
- Oracle Solaris Kernel ZonesHow EVS Works With Zones
- Oracle VSI Manager
- Implementation of VDP
- Installing EVB
- oracle_v1 encodingInstalling EVB
- definitionsImplementation of VDP
- ORACLE_VSIMGR_V1Implementation of VDP
- overlapping flowsOverlapping Flows
P
- paravirtualized IPoIB
- creatingCreating and Viewing Paravirtualized IPoIB Datalinks in Kernel Zones
- viewingCreating and Viewing Paravirtualized IPoIB Datalinks in Kernel Zones
- per-EVS node connectionPer-EVS Node Connection
- physical link state
- displayingDisplaying the Physical and Virtual Link State of Datalinks
- primary client
- Ring Use and Ring Assignments on a Datalink
- Hardware-based Clients
- priority
- datalinkOverview of Network Resource Management
- flows
- Commands for Resource Allocation in Flows
- Overview of Network Resource Management
- private virtual networkPrivate Virtual Network
- configuringUse Case: Configuring a Private Virtual Network
- private virtual networksEtherstub Virtual NIC
- protocols
- DCBXAutomated VNIC Configuration in the Network
- ECPExchanging VNIC Information by Using VDP
- VDPExchanging VNIC Information by Using VDP
- pseudo Ethernet NICs Seeetherstubs
- PVLAN
- configuring VNICs as PVLANsHow to Configure VNICs as PVLANs
- PVLAN VNICsNetwork Virtualization Technologies That Are Supported by Oracle Solaris
- modifyingModifying PVLAN VNICs
Q
- quality of service (QoS)
- Managing Network Resources
- Overview of Network Resource Management
R
- receive rings SeeRx rings
- reflective relay
- EVB Support in Server-Network Edge Virtualization
- Virtual Switch
- ring allocation
- Hardware-based Clients
- Allocating Rings in MAC Clients
- on VLANsAllocating Rings in VLANs
- ring use and ring assignmentsDisplaying Ring Use and Ring Assignments on a Datalink
- Rx ringsDisplaying Ring Use and Ring Assignments on a Datalink
S
- service-level agreement SeeSLA
- setting
- EVS controllerSetting the EVS Controller
- flow propertiesSetting Properties for Flows
- hardware SLA properties for VF VNICsSetting Hardware SLA Properties for VF VNICs
- properties for EVS controllerSetting Properties for an EVS Controller
- SSH authenticationSetting Up SSH Authentication
- single root I/O virtualization SeeSR-IOV
- SLA
- virtual switches andVirtual Switches in Oracle Solaris
- software-based clients
- Software-based Clients
- Allocating Rings in MAC Clients
- SR-IOV
- checking for datalinksEnabling the SR-IOV Mode of Datalinks
- enabling for datalinksEnabling the SR-IOV Mode of Datalinks
- virtual function SeeSR-IOV VFs
- with VNICsUsing Single Root I/O Virtualization With VNICs
- SR-IOV VFs for kernel zones
- limitationsConfiguring Kernel Zones With SR-IOV VFs
- SSH authentication
- EVS controller and EVS nodeHow to Set Up SSH Authentication Between the EVS Controller and an EVS
Node
- EVS manager and EVS controllerHow to Set Up SSH Authentication Between the EVS Manager and the EVS
Controller
- EVS node and EVS controllerHow to Set Up SSH Authentication Between an EVS Node and the EVS
Controller
- settingSetting Up SSH Authentication
- setting upConfiguring an EVS Controller
- subnetIP Network
- system-created VNICsVirtual Network Interface Card (VNIC)
- displayingDisplaying VNICs With Multiple MAC Addresses
T
- tenant
- definition ofNamespace Management in EVS
- transmit rings SeeTx rings
U
- uplink port
- definition ofWhat Is the Oracle Solaris Elastic Virtual Switch Feature?
- using EVS in OpenStackUsing the Elastic Virtual Switch in OpenStack
- using LLDP to manage communication between VMsUsing LLDP to Manage the Communication Between VMs
V
- VDP SeeVSI discovery and configuration protocol
- VDP statistics, displaying commandDisplaying the VDP State and Statistics
- VDP TLVExchanging VNIC Information by Using VDP
- VF VNICs
- creatingCreating VF VNICs
- displaying information aboutDisplaying VF Information
- migratingMigrating VF VNICs
- setting hardware SLA properties forSetting Hardware SLA Properties for VF VNICs
- viewing
- paravirtualized IPoIBCreating and Viewing Paravirtualized IPoIB Datalinks in Kernel Zones
- virtual extensible local area network SeeVXLAN
- virtual extensible local area networks SeeVXLANs
- virtual link state
- displayingDisplaying the Physical and Virtual Link State of Datalinks
- virtual machinesVirtual Switches in Oracle Solaris
- virtual networkAdvantages of Using VXLANs
- configuring zoneHow to Configure a Zone for the Virtual Network
- elastic virtual switchNetwork Virtualization Components
- workingHow a Virtual Network Works
- virtual network interface cards SeeVNICs
- virtual networks
- See AlsoVNICs
- Overview of Network Virtualization
- buildingBuilding Virtual Networks
- configuring a etherstubHow to Configure VNICs and Etherstubs
- configuring a VNICHow to Configure VNICs and Etherstubs
- exclusive IP zonesReconfiguring a Zone to Use a VNIC
- reconfiguring zones forHow to Reconfigure a Zone to Use a VNIC
- zonesBuilding Virtual Networks
- virtual NICs SeeVNICs
- virtual port
- SeeVPort
- Virtual Switches in Oracle Solaris
- virtual switch
- Virtual Switch
- Network Virtualization Components
- virtual switchesVirtual Switches in Oracle Solaris
- VLANs
- Benefits of Using EVS
- What Is the Oracle Solaris Elastic Virtual Switch Feature?
- as VNICsHow to Configure VNICs as VLANs
- creating temporarily in zonesTemporarily Creating VNICs, VLANs, and IPoIB Partitions in Zones
- modifying the VLAN ID of a VNICModifying the VLAN IDs of VNICs
- VNIVXLAN Naming Convention
- VNIC anet resource
- zonecfg Command
- EVS Clients
- VNICs
- Virtual Network Interface Card (VNIC)
- Network Virtualization Components
- Overview of Network Virtualization
- as VLANsHow to Configure VNICs and Etherstubs
- assigning a IP addressHow to Configure VNICs and Etherstubs
- assigning CPU pool resourcesHow to Configure a CPU Pool for a Datalink
- assigning to a zoneHow to Reconfigure a Zone to Use a VNIC
- bandwidth shareBandwidth Share for VNICs
- changing the underlying linkMigrating VNICs
- configuringHow to Configure VNICs and Etherstubs
- configuring in a zoneHow to Reconfigure a Zone to Use a VNIC
- creatingHow to Configure VNICs and Etherstubs
- creating a VNIC IP interfaceHow to Configure VNICs and Etherstubs
- creating temporarily in zonesHow to Temporarily Create VNICs in Zones
- deletingDeleting VNICs
- displaying informationDisplaying VNICs
- displaying multiple MAC addressesDisplaying VNICs With Multiple MAC Addresses
- enabling LROEnabling LRO for Datalinks
- managingManaging VNICs
- migratingMigrating VNICs
- modifying MAC addressesModifying VNIC MAC Addresses
- modifying VLAN IDsModifying the VLAN IDs of VNICs
- setting propertiesManaging Network Resources by Using Datalink Properties
- system-createdVirtual Network Interface Card (VNIC)
- using SR-IOVUsing Single Root I/O Virtualization With VNICs
- using with zonesHow to Reconfigure a Zone to Use a VNIC
- with VLAN IDsHow to Configure VNICs as VLANs
- VPort
- addingAdding a VPort to an Elastic Virtual Switch
- adding to an elastic virtual switchHow to Configure an Elastic Virtual Switch
- administering
- Administering VPort Configuration
- Administering Elastic Virtual Switches, IPnets, and VPorts
- displayingDisplaying VPorts
- displaying propertiesDisplaying Properties of a VPort
- removingRemoving a VPort
- resettingResetting a VPort
- setting propertiesSetting Properties for a VPort
- VPort propertiesVirtual Port
- IP addressVirtual Port
- MAC addressVirtual Port
- protectionVirtual Port
- SLA
- class of serviceVirtual Port
- maximum bandwidthVirtual Port
- priorityVirtual Port
- VSI Seevirtual station instance
- VSI discovery and configuration protocol (VDP)
- displaying VDP statisticsDisplaying the VDP State and Statistics
- VDP state for Ethernet linksDisplaying VDP and ECP State and Statistics
- VDP TLVExchanging VNIC Information by Using VDP
- VSI identifierImplementation of VDP
- VSI ManagerImplementation of VDP
- oracle_v1Implementation of VDP
- VSI Manager ID
- ORACLE_VSIMGR_V1Implementation of VDP
- VSI profileImplementation of VDP
- VSI Type IDImplementation of VDP
- VSI VersionImplementation of VDP
- VXLANNetwork Virtualization Technologies That Are Supported by Oracle Solaris
- example of assigning a VXLAN to a zone's anetAssigning a VXLAN to a Zone's anet
- example of creating a VXLANCreating a VXLAN and Configuring an IP Interface for the VNIC Created Over
the VXLAN
- VXLAN segment ID
- Planning a VXLAN Configuration
- VXLAN Naming Convention
- VXLAN segment IDs SeeVNIs
- VXLANs
- Automatically Generated VXLAN Datalinks
- Benefits of Using EVS
- What Is the Oracle Solaris Elastic Virtual Switch Feature?
- Overview of VXLANs
- advantagesAdvantages of Using VXLANs
- anet resourceUsing VXLAN With Zones
- assigning to a zoneAssigning a VXLAN to a Zone
- configuring a VXLANHow to Configure a VXLAN
- configuring for zonesHow to Configure a VXLAN
- deletingDeleting a VXLAN
- displayingDisplaying VXLAN Information
- lower-linkAssigning a VXLAN to a Zone
- naming conventionVXLAN Naming Convention
- overviewOverview of VXLANs
- planning a configurationPlanning a VXLAN Configuration
- requirementsPlanning a VXLAN Configuration
- topologyVXLAN Topology
- using with zonesUsing VXLAN With Zones
- VNICUsing VXLAN With Zones
- VXLAN end pointsVXLAN Naming Convention
- VXLAN segmentUsing VXLAN With Zones
W
- what's new
- configuring IPoIB VNICsWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- EVS enhancementsWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- flat EVS networkWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- packet drops accounting and reporting for datalinksWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- paravirtualized IPoIB datalinks support in kernel zonesWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- PVLAN VNICsWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- SR-IOV support for Oracle Solaris Kernel ZonesWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- support for hardware SLAs for VNICsWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
- using LRO for datalinksWhat's New in Managing Network Virtualization and Network Resources in Oracle Solaris 11.3
Z
- zone
- assigning a VXLANAssigning a VXLAN to a Zone
- zonecfg command
- System Configuration for Managing Resources on Datalinks and Flows
- LRO Support for Zones
- How to Configure a CPU Pool for a Datalink
- EVS Clients
- zonesEVS Clients
- assigning VNICsHow to Reconfigure a Zone to Use a VNIC
- enabling LROLRO Support for Zones
- reconfiguring for virtual networksHow to Reconfigure a Zone to Use a VNIC
- temporarily creating VNICs inHow to Temporarily Create VNICs in Zones
- using VXLANUsing VXLAN With Zones