Mega Course - VMware vSphere 7.0 Boot Camp - Part 1 w. Ebook

Explore the foundations of VMware vSphere 7.0, from ESXi and vCenter to storage and networking, and learn to build a resilient virtual environment with vMotion and high availability.

Explore vSphere 7 as the foundation of a software-defined data center, showing how to provision, recover from disasters, and manage virtual infrastructure with fewer steps, lower costs, and high availability.

Explore vSphere seven features and compute resource management for efficient virtualization. See how overcommit, vMotion, and high availability clusters sustain VMs across on-premises environments.

Master vSphere storage management with storage clusters for capacity and io balance, storage profiles for vm placement, and robust backups and replication for rapid vm recovery.

Explore how virtualization enables zero-downtime VM migration with hot cloning and snapshots, while comparing Windows and vSphere licensing across essentials to data center and platinum editions.

Explore low-cost non-production licensing for VMware vSphere 7, including 60-day evaluation mode, free U-6 permanent licenses for a single host, and the Evo experience at $200 yearly.

Explore building an on premise private cloud with shared storage and ESXi clusters that balance virtual machines. See how vSphere seven adds native containers, Kubernetes support, and core-based licensing.

Install ESXi 7.0 on local storage and perform post-install configuration, including networking, time services, and security, using the direct console and host client interfaces.

Navigate ESXi 7.0 install steps by addressing legacy CPU warnings and enabling hardware virtualization in BIOS, then configure memory management unit virtualization and pass-through options like Direct Path.

Configure ESXi 7.0 networking via the direct console user interface to set up management network, static IPv4/IPv6, DNS, hostname, and vSwitch uplinks.

Gain hands-on exposure to console command line access as root and managing logs with a built-in web server. Learn the shift from legacy Windows vSphere client to HTML5 browser interfaces.

Manage ESXi 7.0 with host client, a browser-based user interface for standalone host management, exploring host, virtual machines, networking, and storage, with role-based access and ad domain join.

Discover how ESXi 7.0 allocates compute, memory, networking, and storage resources. Learn about physical CPU cores, multithreading, memory overcommitment, licensing, virtual networking, and multi-path storage policies to optimize virtualization performance.

Connect to ESX Labs remote access labs via remote desktop protocol, use provided credentials, adjust display settings, and access a Windows Server 2012 R2 evaluation desktop with self-signed certificates.

Power on the virtual ESXi host and launch the ESXi 7.0 installer via the infrastructure server and VMware remote console in a hands-on lab.

Power on the ESXi 7.0 host and perform the initial network install using the S6 Lite 7.0 image, then configure storage, keyboard, and the local administrator password.

Configure ESXi management network via direct console, selecting the uplink NIC and applying a static IPv4 address with DNS. Disable IPv6 and set the hostname ESX one for lab environment.

test management network settings after post-install steps by pinging the gateway and dns and resolving the host name, and enable esxi shell or ssh.

Configure ESXi local and Active Directory users with explicit permissions, test read-only access, and join the host to a domain to enforce permissions across domain accounts.

Restart the management agents on the esxi host, then review logs and configurations via the host resource page to diagnose issues, and ensure time sync with ntp and vmkernel logs.

Explore virtual networking essentials by configuring standard virtual switches, VMkernel NICs, and port groups, linking VMware ESXi hosts to physical networks via uplinks for VM-to-physical and VM-to-VM connectivity.

Explore isolated, uplinked, and teamed vSwitches that create private LAN segments with virtual NICs, MAC addresses, and physical uplinks, using IP hash NIC teaming for load balancing.

Examine standard vSwitch port groups and VMkernel NICs to isolate workloads and enforce firewall rules. Configure uplinks, VMkernel traffic, and IP stacks with jumbo frames to optimize virtual networking.

Add a new port group to the vSwitch with a name and vlan tagging, then review settings, add uplinks, and enforce policies that reject spoofing, promiscuous mode, and port scanning.

Master standard virtual switches on a vSphere 7 ESXi host, configure VMkernel NICs for management and vMotion, and set up port groups with NIC teaming.

Explore advanced virtual networking fundamentals, focusing on fast, redundant, and scalable designs with multi-nic uplinks, NIC teaming, VLAN isolation, packet filtering, and traffic shaping for bandwidth management and security.

Explore how vSwitch security policies control promiscuous mode, forged transmits, and MAC address changes to defend against sniffing, spoofing, and port scans, with a default reject that drops nonmatching frames.

Explore traffic shaping to rate-limit vSwitch and port group bandwidth, preventing congestion between high value VMs and low value VMs, and configure pNIC teaming policies for active and standby uplinks.

Explore the five NIC teaming policies for vSwitch, including route by originating port, route by MAC address, and IP hash, and compare static and dynamic load balancing.

Explore vSwitch pNIC teams and IP hash load balancing, including uplink selection by source and destination IPs and active/standby NIC configurations for redundancy.

Explore beacon probing, NIC failure rebalance, and ARP updates in vSwitch; apply VLAN tagging, trunking, security policies, and jumbo frames for optimized vSphere network performance.

Demonstrate advanced vSwitch networking tasks, including security policies (promiscuous mode, forge transmits, MAC address changes), NIC teaming with beacon-based failover, and jumbo frames for motion and high-throughput data.

Discover how to connect ESXi hosts to NAS file shares, explore NFS data stores, and use low-cost shared storage to place virtual machines, enable migrations, and support high availability.

Configure a private isolated NFS network to connect ESXi hosts to NFS shares using NFS version 3, with Linux exports and root squashing considerations.

Examine nfs use cases for vSphere 7, including templates, iso, and backups, and assess the pros and cons of nfs v3 and v4.1, with best practices for performance and reliability.