![]() ![]() ![]() If you register a VASA provider that supports VASA API version 3.5 with a VMware vCenter 8.0 system and upgrade the VASA API version to 4.0, even after the upgrade, you still see VASA API version 3.5. After the upgrade, when you navigate to vCenter Server > Configure > Storage Providers and expand the General tab of the registered VASA provider, you still see VASA API version 3.5. For example, if you upgrade a VMware vCenter system of version 7.x with a registered VASA provider that supports both VASA API versions 3.5 and 4.0, the VASA API version does not automatically change to 4.0, even though the VASA provider supports VASA API version 4.0. If a VASA provider that supports VASA API version 4.0 is registered with a previous version of VMware vCenter, the VASA API version remains unchanged after you upgrade to VMware vCenter 8.0. However, after you upgrade your vCenter Server system to version 8.0, the VASA API version might not automatically change to 4.0. VCenter Server 8.0 supports VASA API version 4.0. :~] localcli -plugin-dir /usr/lib/vmware/esxcli/int networkinternal nic privstats get -n vmnic6…Num of RSS-Q=1, ntxq_descs=2048, nrxq_descs=1024, log_level=3, vlan_tx_insert=1, vlan_rx_strip=1, geneve_offload=1 }Īs a result, you might see slower performance in native mode. However, in rare cases, if the management controller vmnic8 registers first with the vSphere Distributed Switch, the high-speed ethernet controllers vmnic6 or vmnic7 uplink might end up operating with RSS set to 1 receive queue. :~] localcli -plugin-dir /usr/lib/vmware/esxcli/int networkinternal nic privstats get -n vmnic6…Num of RSS-Q=16, ntxq_descs=2048, nrxq_descs=1024, log_level=3, vlan_tx_insert=1, vlan_rx_strip=1, geneve_offload=1 } The high-speed ethernet controllers vmnic6 and vmnic7 register first and operate with RSS set to 16 receive queues. Vmnic8 0000:3b:00.0 ionic_en_unstable Up 1000Mbps Full 00:ae:cd:09:c9:4a 1500 Pensando Systems DSC-25 10/25G 2-port 4G RAM 8G eMMC G1 Services Card, Management Controller Vmnic7 0000:3a:00.0 ionic_en_unstable Up 25000Mbps Full 00:ae:cd:09:c9:49 1500 Pensando Systems DSC-25 10/25G 2-port 4G RAM 8G eMMC G1 Services Card, Ethernet Controller Vmnic6 0000:39:00.0 ionic_en_unstable Up 25000Mbps Full 00:ae:cd:09:c9:48 1500 Pensando Systems DSC-25 10/25G 2-port 4G RAM 8G eMMC G1 Services Card, Ethernet Controller After that you need to alias the GNS3 VM as your remote server.Pensando Distributed Services Platform (DSC) adapters have 2 high speed ethernet controllers (for example vmnic6 and vmnic7) and one management controller (for example vmnic8): First add the node in the remote server:Īpply the settings. If you want to keep data local and run some workload on your computer you can use it as remote compute node. ![]() Additional compute process for my local server # It’s the common way to deploy GNS3 for multiple users. ![]() All the settings, images, projects will be stored on the GNS3 VM in ESXi. With this method you can share a GNS3 instance with multiple clients. To integrate GNS3 with VMware, you need to set VMnet as Host-Only. Next, configure the IP address block of the VMnet you have created as 192.168.8.0/24. After creating the topology, open the Virtual Network Editor and create a new VMnet. Since GNS3 2.0 you have two way for adding the VM in GNS3. After running the GNS3 program, design a network like in the image below. Remember that someone controlling GNS3 could inject traffic in your network and run any VM of his choice. To configure the GNS3 VM, click on Edit> Preferences> GNS3 VM Select Enable the GNS3 VMand click OK Now the GNS3 VM should start and you should see 2 active. It’s your duty to restrict access to it at the network level. To fix that create a new port group:Įdit the VM settings to use the new network: Security #
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