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Learned a lot, thank you.

when we chose in-place upgrade, do we need to restart the host?

Didn’t talk about SRM?

Although a lot of hard work has been put forth in creating this video, I being a healthy critic would have suggested to break the video into multiple parts as it very boring as of now.

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pretty cool

Please make videos related to the entire VMWARE NSX configurations on AWS and Palo Alto Infrastructure in details with stepwise explanations.

The lads are giving out their valuable time to the audience that are only grateful... I appreciate the free training they provide us

vmware .... didnt they bankrupt or something?

Amazing, that's so cool

Is project Cypress part of NSX ATP add-on license?

Amazing

una consulta se cargo el paquete pero se lo borro via ssh y ahora se quedo extrayendo paquetes

How do would I create such a python script, is it the vmware nsx for python sdk to do so?

Is the auto-tagging & isolation feature from a partner, or is it built into nsx? 0:55

adding chapters would also have been helpful

you guys joke around and take so much time to say anything meaningful, it is painful, please treat our time as precious

Release date ?

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What is Patient in this NDR context

Good stuff guys. Thanks again..

is there any session comming on edge bridging ? and uplink profiles and named uplink profiles and their usage ? Thanks for the content you are making available to every NSX warrior

Thank you Sagar for this explanation , do you know if it is possible to upgrade the UC of a specific node?

Come fai a scrivere al contrario con questa disinvoltura?

Aweomse Tips about Micro Segmentation in forms of questionnaire session which address very smartly and realistic approach.

Introduction to VMware NSX VMware NSX is a network virtualization platform for the VMWare Software-Defined Data Center (SDDC) architecture. The NSX can be used to implement network virtualization. Similar to server virtualization that can create, snapshot, delete, and restore software-based VMs through programming, VMWare NSX network virtualization can also implement the same functions for software-based virtual networks (VNs). Similar to the ESXi (vSphere) that acts as a server hypervisor, the NSX is equivalent to the network hypervisor. The NSX can generate a set of L2-L7 network services (such as switching, routing, access control, firewall, QoS, and load balancing) in the software. These network services can be combined and integrated in a few seconds to create a unique isolated virtual network. Similar to the VMs that can be independent of the underlying X86 platform and allow physical machines (PMs) to be used as a computing resource pool, VNs can also be independent of the underlying IP network hardware and allow physical networks to be used as a transmission capability resource pool for on-demand allocation. The NSX reproduces all functional devices on all physical networks using software and decouples networks from physical devices to form a logical overlay network. VXLAN tunnel technology is used to implement network connectivity. Hosts are used as VXLAN VTEPs to decapsulate VXLAN packets. The NSX proposed by VMware complies with basic architecture design of SDN and consists of the data plane, control plane, and management plane. Control Plane NSX controller runs in the control plane. In a network environment where the virtual kernel (vSphere) is optimized, the controller and vSphere distributed switch (VDS) implement multicast-free VXLAN functions. In addition, the controller implements programmability of NEs such as distributed logical routers (DLRs). The controller is only a part of the control plane and does not transmit any data plane traffic. In a control cluster, members of an odd number are deployed on controller nodes to achieve high availability and scalability. Any fault on a controller node does not affect traffic on the data card. Data Plane The data forwarding plane of the NSX consists of NSX vSwitches. The NSX vSwitch is based on the VDS, and contains many add-on components to provide rich network services. The add-on components include a VMware Installation Bundle (VIB) that runs in the virtualization management program (Hypervisor) kernel to provide distributed routing, distributed firewall, and VXLAN bridging functions. The vCenter is used to ensure that all hosts that belong to a VDS have the same network configuration. After ESXi hosts are added to a VDS, all port groups and network configurations on the VDS are applied to each host. During NSX installation, extra Hypervisor kernel modules are installed on the VDS: VXLAN, DLR, and distributed firewall (DFW). Management plane The NSX management platform is the NSX Manager. It is the unique entry for configuring the NSX, provides the UI, and supports RESTful APIs. Hope it's helpful.

Thanks for the demo 👏

I Love NSX!

please switch off the annoying music. plus cut down the hype. Its unwatchable. going to look for an alternative video intro instead.

Informative, yes but version and GUI are sooo out of date now. Please replace with updated version...!

Hot@

Hi kelvin Thanks for excellent job. cant we use secondary site active in SRM solution ?

I thought NSX uses GENEVE instead

Is nsx v switch able to block communications on the same vlan if so how?

Sales gibberish. Need real explanation

Network Security virtualization

How do you forward logs from NSX to splunk?

Awesome job

I am just happy I understood all that.

Thank you for sharing migration demo.

I’m a little late to the party but this was a funny and down to earth vid. Awesome

Great Explanation! - Thanks.

Excellent video! Thank you Vinay and VMware.

哇，我竟然看懂了，这是vSphere8.0的新功能吧

With UPTv2, is it possible to utilize the line speed of the smart nic like NVIDIA BlueField-3 DPU. Means, can we use the network throughput higher than 10Gbps. If yes, what is the maximum?