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Now select the "Processor" item and change the "Number of virtual processors" to at least 4. Click on "Apply" to save the settings. | Now select the "Processor" item and change the "Number of virtual processors" to at least 4. Click on "Apply" to save the settings. | ||
[[File:Hyperv-processor-count.png|none|frame]] | |||
===Packet ring buffer and pcap storage=== | ===Packet ring buffer and pcap storage=== | ||
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With the "Add hardware" item selected again this time choose "SCSI Controller" and click "Add". | With the "Add hardware" item selected again this time choose "SCSI Controller" and click "Add". | ||
[[File:Hyperv-scsi-controller.png|none|frame]] | |||
Leave the default type "Hard drive" and click "Add". | Leave the default type "Hard drive" and click "Add". | ||
The controller location 0 will be in use so choose 1. | The controller location 0 will be in use so choose 1. | ||
[[File:Hyperv-scsi-controller-location.png|none|frame]] | |||
In the "media" section with "Virtual hard disk" selected click on "New". | In the "media" section with "Virtual hard disk" selected click on "New". | ||
This will open a wizard and on the "Choose disk type" page select "Fixed size" for best performance. | This will open a wizard and on the "Choose disk type" page select "Fixed size" for best performance. | ||
[[File:Hyperv-disk-type-fixed.png|none|frame]] | |||
Follow the wizard to create a "blank virtual hard disk" with the desired size for the packet ring buffer and after the wizard is finished click on "Apply" to save the settings. | Follow the wizard to create a "blank virtual hard disk" with the desired size for the packet ring buffer and after the wizard is finished click on "Apply" to save the settings. | ||
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Here an example of 1 attached/configured disk: | Here an example of 1 attached/configured disk: | ||
[[File:Hyperv-storage.png|none|frame]] | |||
Here, on the '''Generic''' → '''Storage''' page, you can prepare the disks to be used by the Allegro by clicking the "Format" button. | Here, on the '''Generic''' → '''Storage''' page, you can prepare the disks to be used by the Allegro by clicking the "Format" button. | ||
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It is strongly recommended to use one or more dedicated HDDs or SSDs for the ring buffer, to prevent side effects on other VMs. | It is strongly recommended to use one or more dedicated HDDs or SSDs for the ring buffer, to prevent side effects on other VMs. | ||
==Initial startup== | ==Initial startup== | ||
===Powering on=== | ===Powering on=== | ||
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Please use the following login credentials; user “admin” and password “allegro”. | Please use the following login credentials; user “admin” and password “allegro”. | ||
===License=== | ===License=== | ||
[[File:Esxi allegro license.png|400px]] | [[File:Esxi allegro license.png|400px]] | ||
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The Allegro Virtual Edition is now running and analyzes all packets on the capture port. | The Allegro Virtual Edition is now running and analyzes all packets on the capture port. | ||
==Encapsulated remote mirroring (L3) source== | ==Encapsulated remote mirroring (L3) source== | ||
The Allegro Virtual Edition supports the VMware '''Encapsulated remote mirroring (L3) source''' with the [[ERSPAN Installation|ERSPAN Mode]]. You can set up an IP address on the capture port and send encapsulated packets to the Allegro | The Allegro Virtual Edition supports the VMware '''Encapsulated remote mirroring (L3) source''' with the [[ERSPAN Installation|ERSPAN Mode]]. You can set up an IP address on the capture port and send encapsulated packets to the Allegro. | ||
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