Drivers Fortinet Port Devices
2021年5月24日Download here: http://gg.gg/upfdt
Driver, interface, or module name: Jumbo Frame support: Maximum MTU and FortiGate model examples: FA2/NP1: No: 5001FA2 (port 1 and 2), 5005FA2 (ports 7 and 8), 1000AFA2 (port A1 and A2), 3600A (port 9 and 10), 3810A (port 9 and 10).
*Fortinet Device Detection
*Drivers Fortinet Port Devices For Sale
*Fortinet Firewall Models
*Fortinet delivers high-performance network security solutions that protect your network, users, and data from continually evolving threats. Our broad portfolio of top-rated solutions and centralized management enables security consolidation and delivers a simplified, end-to-end security infrastructure.
*Click Select Device, then select the devices whose logs will be forwarded. Turn on to configure filter on the logs that are forwarded. Select All or Any of the Following Conditions in the Log messages that match field to control how the filters are applied to the logs.
*There are two really good ways to pull errors/discards and speed/duplex status on FGT. One method is running the CLI command: diag hardware deviceinfo nic X - Where X would be the port, for example wan1 Results: Glass-B # dia hardware deviceinfo nic wan1 Description:FortiASIC NP6LITE Adapter Driver Name:FortiASIC NP6LITE Driver Board:100EF.
*70-698 Installing and Configuring Windows 10 Lab Challenge Rolling Back a Device Driver Overview In this exercise, you will use Device Manager to roll back a device driver. Mindset Sometimes when you upgrade or load a device driver, the device for which the device driver is used stops working or causes other problems with Windows. With Device Manager, you can roll back a device driver to the.
FortiGate-VMs installed on VMware ESXi platforms support Single Root I/O virtualization (SR-IOV) to provide FortiGate-VMs with direct access to physical network cards. Enabling SR-IOV means that one PCIe network card or CPU can function for a FortiGate-VM as multiple separate physical devices. SR-IOV reduces latency and improves CPU efficiency by allowing network traffic to pass directly between a FortiGate-VM and a network card; bypassing VMware ESXi host software and without using virtual switching.
FortiGate-VMs benefit from SR-IOV because SR-IOV optimizes network performance and reduces latency and CPU usage. FortiGate-VMs do not use VMware ESXi features that are incompatible with SR-IOV, so you can enable SR-IOV without negatively affecting your FortiGate-VM. SR-IOV implements an I/O memory management unit (IOMMU) to differentiate between different traffic streams and apply memory and interrupt translations between the PF and VFs.
Setting up SR-IOV on VMware ESXi involves creating a physical functions (PF) for each physical network card in the hardware platform. Then, you create virtual functions (VFs) that allow FortiGate-VMs to communicate through the PF to the physical network card. VFs are actual PCIe hardware resources and only a limited number of VFs are available for each PF.SR-IOV hardware compatibility
SR-IOV requires that the hardware and operating system on which your VMware ESXi host is running has BIOS, physical NIC, and network driver support for SR-IOV.
To enable SR-IOV, your VMware ESXi platform must be running on hardware that is compatible with SR-IOV and with FortiGate-VMs. FortiGate-VMs require network cards that are compatible with ixgbevf or i40evf drivers. As well, the host hardware CPUs must support Second Level Address Translation (SLAT).
For optimal SR-IOV support, install the most up to date ixgbevf or i40e/i40evf network drivers. Fortinet recommends i40e/i40evf drivers because they provide four TxRx queues for each VF and ixgbevf only provides two TxRx queues.Create SR-IOV virtual interfaces
Complete the following procedure to enable SR-IOV. This procedure requires restarting the VMware host and powering down the FortiGate-VM and should only be done during a maintenance window or when the network is not very busy.
For example, if you are using the VMware host client:Navigate to Manage > Hardware > PCI Devices to view all of the PCI devices on the host.Select the SR-IOV capable filter to view the PCI devices (network adapters) that are compatible with SR-IOV.Select a network adapter and select Configure SR-IOV.Enable SR-IOV and specify the Number of virtual functions.Save your changes and restart the VMware host
For example, if you are using the vSphere web client:Navigate to the host with the SR-IOV physical network adapter that you want to add virtual interfaces to.In the Networking part of the Manage tab, select Physical Adapters.Select the physical adapter for which to enable SR-IOV settings.Enable SR-IOV and specify the Number of virtual functions.Save your changes and restart the VMware host.
You can also use the following command from the ESXi host CLI to add virtual interfaces to one or more compatible network adapters:
$ esxcli system module parameters set -m <driver-name> -p “max_vfs=<virtual-interfaces>”
Where <driver-name> is the name of the network adapter driver (for example ixgbevf or i40evf) and <virtual-interfaces> is a comma-separated list of number of virtual interfaces to allow for each physical interface.
For example, if your VMware host includes three i40evf network adapters and you want to enable 6 virtual interfaces on each network adapter, enter the following:
$ esxcli system module parameters set -m <i40evf> -p “max_vfs=6,6,6”Assign SR-IOV virtual interfaces to a FortiGate-VMPower off the FortiGate-VM and open its virtual hardware settings.Create or edit a network adapter and set its type to SR-IOV passthrough. Select the physical network adapter for which you have enabled SR-IOV.Optionally associate the FortiGate-VM network adapter with the port group on a standard or distributed switch.To guarantee that the pass-through device can access all virtual machine memory, in the Memory section select Reserve all guest memory.Save your changes and power on the FortiGate-VM.Set up VMware CPU affinity
Configuring CPU affinity on your FortiGate-VM further builds on the benefits of SR-IOV by enabling the FortiGate-VM to align interrupts from interfaces to specific CPUs.
By specifying a CPU affinity setting for each virtual machine, you can restrict the assignment of virtual machines to a subset of the available processors in multiprocessor systems. By using this feature, you can assign each virtual machine to processors in the specified affinity set.
Using CPU affinity, you can assign a virtual machine to a specific processor. This assignment allows you to restrict the assignment of virtual machines to a specific available processor in multiprocessor systems.
For example, if you are using the vSphere web client use the following steps:Power off the FortiGate-VM.Edit the FortiGate-VM hardware settings and select Virtual Hardware.Select CPU options.In Scheduling Affinity, specify the CPUs to have affinity with the FortiGate-VM. For best results, the affinity list should include one entry for each of the FortiGate-VM’s virtual CPUs. Save your changes.Fortinet Device DetectionConfiguring log forwarding
Forwarding mode only requires configuration on the client side. No configuration is needed on the server side. In aggregation mode, accepting the logs must be enabled on the FortiAnalyzer that is acting as the server.
Forwarding mode
Forwarding mode can be configured in the GUI. No configuration is required on the server side.To configure the client:Go to System Settings > Log Forwarding.Click Create New in the toolbar. The Create New Log Forwarding pane opens.Fill in the information as per the below table, then click OK to create the new log forwarding. The FortiAnalyzer device will start forwarding logs to the server.
Name
Enter a name for the remote server.
Status
Set to On to enable log forwarding. Set to Off to disable log forwarding.
Remote Server Type
Select the type of remote server to which you are forwarding logs: FortiAnalyzer, Syslog, or Common Event Format (CEF).
Server IP
Enter the IP address of the remote server.
Server Port
Enter the server port number. Default: 514.
This option is only available when the server type in not FortiAnalyzer.
Reliable Connection
Turn on to use TCP connection. Turn off to use UDP connection.
If you are forwarding logs to a Syslog or CEF server, ensure this option is supported before turning it on.
Sending Frequency
Select when logs will be sent to the server: Real-time, Every 1 Minute, or Every 5 Minutes (default).
This option is only available when the server type is FortiAnalyzer.
Log Forwarding Filters
Device Filters
Click Select Device, then select the devices whose logs will be forwarded.
Log Filters
Turn on to configure filter on the logs that are forwarded.
Select All or Any of the Following Conditions in the Log messages that match field to control how the filters are applied to the logs.
Add filters to the table by selecting the Log Field, Match Criteria, and Value for each filter.
Enable Exclusions
This option is only available when the remove server is a Syslog or CEF server.
Turn on to configure filter on the logs that are forwarded.
Add exclusions to the table by selecting the Device Type and Log Type. Then, add Log Fields to the Exclusion List by clicking Fields and specifying the excluded log fields in the Select Log Field pane.
Devices whose logs are being forwarded to another FortiAnalyzer device are added to the server as unregistered devices. To register devices, see Adding devices manually.Aggregation mode
Aggregation mode can only be configured using the CLI. Aggregation mode configurations are not listed in the GUI table, but still use a log forwarding ID number.
Use the following CLI command to see what log forwarding IDs have been used:
get system log-forwardTo configure the server:If required, create a new administrator with the Super_User profile. See Creating administrators.Enable log aggregation and, if necessary, configure the disk quota, with the following CLI commands:
config system log-forward-service
set accept-aggregation enable
set aggregation-disk-quota <quota>
endTo configure the client:Open the log forwarding command shell:
config system log-forwardCreate a new, or edit an existing, log forwarding entry:
edit <log forwarding ID>Set the log forwarding mode to aggregation:
set mode aggregationSet the server display name and IP address:
set server-name <string>
set server-ip <xxx.xxx.xxx.xxx>Enter the user name and password of the super user administrator on the server:
set agg-user <string>
set agg-password <string>If required, set the aggregation time from 0 to 23 hours (default: 0, or midnight):
set agg-time <integer>Enter the following to apply the configuration and create the log aggregation:
end
The following line will be displayed to confirm the creation of the log aggregation:
check for cfg[<log forwarding ID>] svr_disp_name=<server-name>Drivers Fortinet Port Devices For SaleFortinet Firewall Models
For more information, see the FortiAnalyzer CLI Reference.
Download here: http://gg.gg/upfdt
https://diarynote-jp.indered.space
Driver, interface, or module name: Jumbo Frame support: Maximum MTU and FortiGate model examples: FA2/NP1: No: 5001FA2 (port 1 and 2), 5005FA2 (ports 7 and 8), 1000AFA2 (port A1 and A2), 3600A (port 9 and 10), 3810A (port 9 and 10).
*Fortinet Device Detection
*Drivers Fortinet Port Devices For Sale
*Fortinet Firewall Models
*Fortinet delivers high-performance network security solutions that protect your network, users, and data from continually evolving threats. Our broad portfolio of top-rated solutions and centralized management enables security consolidation and delivers a simplified, end-to-end security infrastructure.
*Click Select Device, then select the devices whose logs will be forwarded. Turn on to configure filter on the logs that are forwarded. Select All or Any of the Following Conditions in the Log messages that match field to control how the filters are applied to the logs.
*There are two really good ways to pull errors/discards and speed/duplex status on FGT. One method is running the CLI command: diag hardware deviceinfo nic X - Where X would be the port, for example wan1 Results: Glass-B # dia hardware deviceinfo nic wan1 Description:FortiASIC NP6LITE Adapter Driver Name:FortiASIC NP6LITE Driver Board:100EF.
*70-698 Installing and Configuring Windows 10 Lab Challenge Rolling Back a Device Driver Overview In this exercise, you will use Device Manager to roll back a device driver. Mindset Sometimes when you upgrade or load a device driver, the device for which the device driver is used stops working or causes other problems with Windows. With Device Manager, you can roll back a device driver to the.
FortiGate-VMs installed on VMware ESXi platforms support Single Root I/O virtualization (SR-IOV) to provide FortiGate-VMs with direct access to physical network cards. Enabling SR-IOV means that one PCIe network card or CPU can function for a FortiGate-VM as multiple separate physical devices. SR-IOV reduces latency and improves CPU efficiency by allowing network traffic to pass directly between a FortiGate-VM and a network card; bypassing VMware ESXi host software and without using virtual switching.
FortiGate-VMs benefit from SR-IOV because SR-IOV optimizes network performance and reduces latency and CPU usage. FortiGate-VMs do not use VMware ESXi features that are incompatible with SR-IOV, so you can enable SR-IOV without negatively affecting your FortiGate-VM. SR-IOV implements an I/O memory management unit (IOMMU) to differentiate between different traffic streams and apply memory and interrupt translations between the PF and VFs.
Setting up SR-IOV on VMware ESXi involves creating a physical functions (PF) for each physical network card in the hardware platform. Then, you create virtual functions (VFs) that allow FortiGate-VMs to communicate through the PF to the physical network card. VFs are actual PCIe hardware resources and only a limited number of VFs are available for each PF.SR-IOV hardware compatibility
SR-IOV requires that the hardware and operating system on which your VMware ESXi host is running has BIOS, physical NIC, and network driver support for SR-IOV.
To enable SR-IOV, your VMware ESXi platform must be running on hardware that is compatible with SR-IOV and with FortiGate-VMs. FortiGate-VMs require network cards that are compatible with ixgbevf or i40evf drivers. As well, the host hardware CPUs must support Second Level Address Translation (SLAT).
For optimal SR-IOV support, install the most up to date ixgbevf or i40e/i40evf network drivers. Fortinet recommends i40e/i40evf drivers because they provide four TxRx queues for each VF and ixgbevf only provides two TxRx queues.Create SR-IOV virtual interfaces
Complete the following procedure to enable SR-IOV. This procedure requires restarting the VMware host and powering down the FortiGate-VM and should only be done during a maintenance window or when the network is not very busy.
For example, if you are using the VMware host client:Navigate to Manage > Hardware > PCI Devices to view all of the PCI devices on the host.Select the SR-IOV capable filter to view the PCI devices (network adapters) that are compatible with SR-IOV.Select a network adapter and select Configure SR-IOV.Enable SR-IOV and specify the Number of virtual functions.Save your changes and restart the VMware host
For example, if you are using the vSphere web client:Navigate to the host with the SR-IOV physical network adapter that you want to add virtual interfaces to.In the Networking part of the Manage tab, select Physical Adapters.Select the physical adapter for which to enable SR-IOV settings.Enable SR-IOV and specify the Number of virtual functions.Save your changes and restart the VMware host.
You can also use the following command from the ESXi host CLI to add virtual interfaces to one or more compatible network adapters:
$ esxcli system module parameters set -m <driver-name> -p “max_vfs=<virtual-interfaces>”
Where <driver-name> is the name of the network adapter driver (for example ixgbevf or i40evf) and <virtual-interfaces> is a comma-separated list of number of virtual interfaces to allow for each physical interface.
For example, if your VMware host includes three i40evf network adapters and you want to enable 6 virtual interfaces on each network adapter, enter the following:
$ esxcli system module parameters set -m <i40evf> -p “max_vfs=6,6,6”Assign SR-IOV virtual interfaces to a FortiGate-VMPower off the FortiGate-VM and open its virtual hardware settings.Create or edit a network adapter and set its type to SR-IOV passthrough. Select the physical network adapter for which you have enabled SR-IOV.Optionally associate the FortiGate-VM network adapter with the port group on a standard or distributed switch.To guarantee that the pass-through device can access all virtual machine memory, in the Memory section select Reserve all guest memory.Save your changes and power on the FortiGate-VM.Set up VMware CPU affinity
Configuring CPU affinity on your FortiGate-VM further builds on the benefits of SR-IOV by enabling the FortiGate-VM to align interrupts from interfaces to specific CPUs.
By specifying a CPU affinity setting for each virtual machine, you can restrict the assignment of virtual machines to a subset of the available processors in multiprocessor systems. By using this feature, you can assign each virtual machine to processors in the specified affinity set.
Using CPU affinity, you can assign a virtual machine to a specific processor. This assignment allows you to restrict the assignment of virtual machines to a specific available processor in multiprocessor systems.
For example, if you are using the vSphere web client use the following steps:Power off the FortiGate-VM.Edit the FortiGate-VM hardware settings and select Virtual Hardware.Select CPU options.In Scheduling Affinity, specify the CPUs to have affinity with the FortiGate-VM. For best results, the affinity list should include one entry for each of the FortiGate-VM’s virtual CPUs. Save your changes.Fortinet Device DetectionConfiguring log forwarding
Forwarding mode only requires configuration on the client side. No configuration is needed on the server side. In aggregation mode, accepting the logs must be enabled on the FortiAnalyzer that is acting as the server.
Forwarding mode
Forwarding mode can be configured in the GUI. No configuration is required on the server side.To configure the client:Go to System Settings > Log Forwarding.Click Create New in the toolbar. The Create New Log Forwarding pane opens.Fill in the information as per the below table, then click OK to create the new log forwarding. The FortiAnalyzer device will start forwarding logs to the server.
Name
Enter a name for the remote server.
Status
Set to On to enable log forwarding. Set to Off to disable log forwarding.
Remote Server Type
Select the type of remote server to which you are forwarding logs: FortiAnalyzer, Syslog, or Common Event Format (CEF).
Server IP
Enter the IP address of the remote server.
Server Port
Enter the server port number. Default: 514.
This option is only available when the server type in not FortiAnalyzer.
Reliable Connection
Turn on to use TCP connection. Turn off to use UDP connection.
If you are forwarding logs to a Syslog or CEF server, ensure this option is supported before turning it on.
Sending Frequency
Select when logs will be sent to the server: Real-time, Every 1 Minute, or Every 5 Minutes (default).
This option is only available when the server type is FortiAnalyzer.
Log Forwarding Filters
Device Filters
Click Select Device, then select the devices whose logs will be forwarded.
Log Filters
Turn on to configure filter on the logs that are forwarded.
Select All or Any of the Following Conditions in the Log messages that match field to control how the filters are applied to the logs.
Add filters to the table by selecting the Log Field, Match Criteria, and Value for each filter.
Enable Exclusions
This option is only available when the remove server is a Syslog or CEF server.
Turn on to configure filter on the logs that are forwarded.
Add exclusions to the table by selecting the Device Type and Log Type. Then, add Log Fields to the Exclusion List by clicking Fields and specifying the excluded log fields in the Select Log Field pane.
Devices whose logs are being forwarded to another FortiAnalyzer device are added to the server as unregistered devices. To register devices, see Adding devices manually.Aggregation mode
Aggregation mode can only be configured using the CLI. Aggregation mode configurations are not listed in the GUI table, but still use a log forwarding ID number.
Use the following CLI command to see what log forwarding IDs have been used:
get system log-forwardTo configure the server:If required, create a new administrator with the Super_User profile. See Creating administrators.Enable log aggregation and, if necessary, configure the disk quota, with the following CLI commands:
config system log-forward-service
set accept-aggregation enable
set aggregation-disk-quota <quota>
endTo configure the client:Open the log forwarding command shell:
config system log-forwardCreate a new, or edit an existing, log forwarding entry:
edit <log forwarding ID>Set the log forwarding mode to aggregation:
set mode aggregationSet the server display name and IP address:
set server-name <string>
set server-ip <xxx.xxx.xxx.xxx>Enter the user name and password of the super user administrator on the server:
set agg-user <string>
set agg-password <string>If required, set the aggregation time from 0 to 23 hours (default: 0, or midnight):
set agg-time <integer>Enter the following to apply the configuration and create the log aggregation:
end
The following line will be displayed to confirm the creation of the log aggregation:
check for cfg[<log forwarding ID>] svr_disp_name=<server-name>Drivers Fortinet Port Devices For SaleFortinet Firewall Models
For more information, see the FortiAnalyzer CLI Reference.
Download here: http://gg.gg/upfdt
https://diarynote-jp.indered.space
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