6.5.1
Table Of Contents
- vSphere Networking
- Contents
- About vSphere Networking
- Updated Information
- Introduction to Networking
- Setting Up Networking with vSphere Standard Switches
- Setting Up Networking with vSphere Distributed Switches
- vSphere Distributed Switch Architecture
- Create a vSphere Distributed Switch
- Upgrade a vSphere Distributed Switch to a Later Version
- Edit General and Advanced vSphere Distributed Switch Settings
- Managing Networking on Multiple Hosts on a vSphere Distributed Switch
- Tasks for Managing Host Networking on a vSphere Distributed Switch
- Add Hosts to a vSphere Distributed Switch
- Configure Physical Network Adapters on a vSphere Distributed Switch
- Migrate VMkernel Adapters to a vSphere Distributed Switch
- Create a VMkernel Adapter on a vSphere Distributed Switch
- Migrate Virtual Machine Networking to the vSphere Distributed Switch
- Use a Host as a Template to Create a Uniform Networking Configuration on a vSphere Distributed Switch
- Remove Hosts from a vSphere Distributed Switch
- Managing Networking on Host Proxy Switches
- Distributed Port Groups
- Working with Distributed Ports
- Configuring Virtual Machine Networking on a vSphere Distributed Switch
- Topology Diagrams of a vSphere Distributed Switch in the vSphere Web Client
- Setting Up VMkernel Networking
- VMkernel Networking Layer
- View Information About VMkernel Adapters on a Host
- Create a VMkernel Adapter on a vSphere Standard Switch
- Create a VMkernel Adapter on a Host Associated with a vSphere Distributed Switch
- Edit a VMkernel Adapter Configuration
- Overriding the Default Gateway of a VMkernel Adapter
- Configure the VMkernel Adapter Gateway by Using ESXCLI
- View TCP/IP Stack Configuration on a Host
- Change the Configuration of a TCP/IP Stack on a Host
- Create a Custom TCP/IP Stack
- Remove a VMkernel Adapter
- LACP Support on a vSphere Distributed Switch
- Convert to the Enhanced LACP Support on a vSphere Distributed Switch
- LACP Teaming and Failover Configuration for Distributed Port Groups
- Configure a Link Aggregation Group to Handle the Traffic for Distributed Port Groups
- Edit a Link Aggregation Group
- Enable LACP 5.1 Support on an Uplink Port Group
- Limitations of the LACP Support on a vSphere Distributed Switch
- Backing Up and Restoring Networking Configurations
- Rollback and Recovery of the Management Network
- Networking Policies
- Applying Networking Policies on a vSphere Standard or Distributed Switch
- Configure Overriding Networking Policies on Port Level
- Teaming and Failover Policy
- VLAN Policy
- Security Policy
- Traffic Shaping Policy
- Resource Allocation Policy
- Monitoring Policy
- Traffic Filtering and Marking Policy
- Traffic Filtering and Marking on a Distributed Port Group or Uplink Port Group
- Enable Traffic Filtering and Marking on a Distributed Port Group or Uplink Port Group
- Mark Traffic on a Distributed Port Group or Uplink Port Group
- Filter Traffic on a Distributed Port Group or Uplink Port Group
- Working with Network Traffic Rules on a Distributed Port Group or Uplink Port Group
- Disable Traffic Filtering and Marking on a Distributed Port Group or Uplink Port Group
- Traffic Filtering and Marking on a Distributed Port or Uplink Port
- Enable Traffic Filtering and Marking on a Distributed Port or Uplink Port
- Mark Traffic on a Distributed Port or Uplink Port
- Filter Traffic on a Distributed Port or Uplink Port
- Working with Network Traffic Rules on a Distributed Port or Uplink Port
- Disable Traffic Filtering and Marking on a Distributed Port or Uplink Port
- Qualifying Traffic for Filtering and Marking
- Traffic Filtering and Marking on a Distributed Port Group or Uplink Port Group
- Manage Policies for Multiple Port Groups on a vSphere Distributed Switch
- Port Blocking Policies
- Isolating Network Traffic by Using VLANs
- Managing Network Resources
- DirectPath I/O
- Single Root I/O Virtualization (SR-IOV)
- SR-IOV Support
- SR-IOV Component Architecture and Interaction
- vSphere and Virtual Function Interaction
- DirectPath I/O vs SR-IOV
- Configure a Virtual Machine to Use SR-IOV
- Networking Options for the Traffic Related to an SR-IOV Enabled Virtual Machine
- Using an SR-IOV Physical Adapter to Handle Virtual Machine Traffic
- Enabling SR-IOV by Using Host Profiles or an ESXCLI Command
- Virtual Machine That Uses an SR-IOV Virtual Function Fails to Power On Because the Host Is Out of Interrupt Vectors
- Remote Direct Memory Access for Virtual Machines
- Jumbo Frames
- TCP Segmentation Offload
- Enable or Disable Software TSO in the VMkernel
- Determine Whether TSO Is Supported on the Physical Network Adapters on an ESXi Host
- Enable or Disable TSO on an ESXi Host
- Determine Whether TSO Is Enabled on an ESXi Host
- Enable or Disable TSO on a Linux Virtual Machine
- Enable or Disable TSO on a Windows Virtual Machine
- Large Receive Offload
- Enable Hardware LRO for All VMXNET3 Adapters on an ESXi Host
- Enable or Disable Software LRO for All VMXNET3 Adapters on an ESXi Host
- Determine Whether LRO Is Enabled for VMXNET3 Adapters on an ESXi Host
- Change the Size of the LRO Buffer for VMXNET 3 Adapters
- Enable or Disable LRO for All VMkernel Adapters on an ESXi Host
- Change the Size of the LRO Buffer for VMkernel Adapters
- Enable or Disable LRO on a VMXNET3 Adapter on a Linux Virtual Machine
- Enable or Disable LRO on a VMXNET3 Adapter on a Windows Virtual Machine
- Enable LRO Globally on a Windows Virtual Machine
- NetQueue and Networking Performance
- vSphere Network I/O Control
- About vSphere Network I/O Control Version 3
- Upgrade Network I/O Control to Version 3 on a vSphere Distributed Switch
- Enable Network I/O Control on a vSphere Distributed Switch
- Bandwidth Allocation for System Traffic
- Bandwidth Allocation for Virtual Machine Traffic
- About Allocating Bandwidth for Virtual Machines
- Bandwidth Allocation Parameters for Virtual Machine Traffic
- Admission Control for Virtual Machine Bandwidth
- Create a Network Resource Pool
- Add a Distributed Port Group to a Network Resource Pool
- Configure Bandwidth Allocation for a Virtual Machine
- Configure Bandwidth Allocation on Multiple Virtual Machines
- Change the Quota of a Network Resource Pool
- Remove a Distributed Port Group from a Network Resource Pool
- Delete a Network Resource Pool
- Move a Physical Adapter Out the Scope of Network I/O Control
- Working with Network I/O Control Version 2
- MAC Address Management
- Configuring vSphere for IPv6
- Monitoring Network Connection and Traffic
- Capturing and Tracing Network Packets by Using the pktcap-uw Utility
- pktcap-uw Command Syntax for Capturing Packets
- pktcap-uw Command Syntax for Tracing Packets
- pktcap-uw Options for Output Control
- pktcap-uw Options for Filtering Packets
- Capturing Packets by Using the pktcap-uw Utility
- Trace Packets by Using the pktcap-uw Utility
- Configure the NetFlow Settings of a vSphere Distributed Switch
- Working With Port Mirroring
- vSphere Distributed Switch Health Check
- Switch Discovery Protocol
- Capturing and Tracing Network Packets by Using the pktcap-uw Utility
- Configuring Protocol Profiles for Virtual Machine Networking
- Multicast Filtering
- Stateless Network Deployment
- Networking Best Practices
3 In the Edit Settings dialog box, click General.
4 From the Network resource pool drop-down menu, select the network resource pool and click OK.
If the distributed switch does not contain network resource pools, you see only the (default) option in
the drop-down menu.
Configure Bandwidth Allocation for a Virtual Machine
You can configure bandwidth allocation to individual virtual machines that are connected to a distributed
port group. You can use shares, reservation, and limit settings for bandwidth.
Prerequisites
n
Verify that vSphere Distributed Switch is version 6.0.0 and later.
n
Verify that Network I/O Control on the switch is version 3.
n
Verify that Network I/O Control is enabled. See Enable Network I/O Control on a vSphere Distributed
Switch.
n
Verify that the virtual machine system traffic has a configured bandwidth reservation. See Configure
Bandwidth Allocation for System Traffic.
Procedure
1 Locate the virtual machine in the vSphere Web Client.
a Select a data center, folder, cluster, resource pool, or host and click the VMs tab.
b Click Virtual Machines and double-click the virtual machine from the list.
2 On the Configure tab of the virtual machine, expand Settings and select VM Hardware.
3 Click Edit.
4 Expand the Network adapter X section of the VM network adapter.
5 If you want to configure bandwidth allocation for a new VM network adapter, from the New device
drop-down menu select Network and click Add.
A New Network section displays options for bandwidth allocation and other network adapter settings.
6 If the VM network adapter is not connected to the distributed port group, select the port group from
the drop-down menu next to the Network adapter X or New Network label.
The Shares, Reservation, and Limit settings appear for the VM network adapter.
7 From the Shares drop-down menu, set the relative priority of the traffic from this virtual machine as
shares from the capacity of the connected physical adapter.
Network I/O Control applies the configured shares when a physical adapter is saturated.
You can select an option to set a pre-defined value, or select Custom and type a number from 1 to
100 to set another share.
vSphere Networking
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