Windows Server 2012 R2 - Preparation to exam 70-410

Trace the evolution of Windows server versions from 2000 to 2012 R2, emphasizing 64-bit shifts and safer defaults. Highlight server core, direct access, storage spaces, clustering, and IP address management.

Explore what's new in Windows Server 2012 R2, including live migration with compression, multi-node replication, deduplication, automatic SSD tiering, Linux guests in Azure, and PowerShell 4.0 with DSC.

Compare Windows Server 2012 R2 licensing models—processor-based and server licenses—and summarize how Foundation, Essentials, Standard, and Data Center affect VMs and user access.

Plan installation by selecting Windows Server edition and license, decide domain or workgroup, configure static IP and DNS, ensure backups, meet 64‑bit, RAM, and storage requirements, and review upgrade paths.

Install Windows Server 2012 R2 graphically via the setup wizard, configure partitions, set the administrator password, then name the server, set a static IP, and enable Active Directory services.

Install the core version of Windows Server 2012 R2, optionally convert to graphical, configure remote administration with PowerShell or remote tools, and join the domain qrio lab.local.

PowerShell basics introduce commandlets built from a verb and noun, enabling admin tasks from the command line; explore help, aliases, and key cmdlets like get-service and get-process.

Master PowerShell basics by learning Where-Object filtering, remote commands, and variables, then manage credentials, remote sessions, and execution policies with signed and unrestricted options.

Learn to convert the core windows server 2012 r2 to a graphical interface, moving from core to minimal to full graphical interface via powershell and server manager.

Explore server roles and features in windows server 2012 r2, including domain controller, dns, dhcp, file and printer services, plus feature on demand and migration tools.

Plan and configure local storage for file resources by selecting disk types, partition schemes (MBR vs GPT), basic or dynamic disks, and DAS/NAS/SAN options with iSCSI or fibre channel.

Compare basic and dynamic disks, explore storage spaces for redundancy and various RAID levels, and review FAT, FAT32, NTFS, ReFS, EFS, quotas, and ACL options.

Discover how to modify disk sizes by expanding or shrinking NTFS volumes using disk management, diskpart, and PowerShell, and create dynamic volumes (simple, spanned, striped, mirrored, RAID-5).

Learn to create storage pools from physical disks, provision virtual disks and partitions, and use thin provisioning to share more space than physically available, all through server manager.

Create a virtual disk for a storage pool, using mirror mode with two disks and fixed provisioning, and allocate the full 125 gb; then create an ntfs volume named mirror.

Create a parity storage pool virtual disk with thin provisioning and a 500 gigabyte logical capacity on at least three disks, formatted with ReFS, and add disks and remove volumes.

Explore storage pools and tiered storage spaces in Windows Server 2012 R2, compare NTFS and ReFS, and learn how write-back caching boosts performance with SSDs.

Explore ntfs file system permissions, including standard and special permissions, inheritance and explicit versus inherited access, and how to grant, revoke, and check effective access on files and folders.

Learn how shared folders can be visible or hidden, including admin shares, publish them in Active Directory, set permissions, and enable access-based enumeration.

Explore NTFS quotas to limit user disk space across a volume and manage folder quotas with file server resource manager. Learn hard and soft quotas, per-user thresholds, and exporting settings.

Configure disk quotas on NTFS volumes with per-user controls and alerts at 90 megabytes, then enable offline files to cache selected documents for work offline and automatic synchronization after reconnection.

Explore shadow copies to view and restore earlier versions of files, and configure work folders in Windows Server 2012 R2 to sync offline files across devices.

Configure and manage printers in Windows Server 2012 R2 using print management and sharing; enable internet printing, printer pooling, and branch office direct printing.

Enable remote management with Windows Remote Management to run commands on a remote server, configure firewall rules, and use PowerShell remoting commands such as Invoke-Command, New-PSSession, and Enter-PSSession.

Learn to manage Windows Server 2012 remotely using RSAT for Windows 8.1, enable downlevel server management, and configure hosts and trusted hosts when servers aren't domain joined.

Configure Hyper-V across virtual machines, storage, and networks to build a scalable server virtualization environment with isolation and consolidation, plus remote desktop and app delivery features.

Explore application virtualization and Hyper-V on Windows Server 2012 R2, including application isolation and mobility, hardware requirements, and features like live migration and enhanced session mode (Microsoft Desktop Optimization Pack).

Compare first- and second-generation Hyper-V virtual machines in Windows Server 2012 R2, highlighting hardware components, boot options, network card types, and remote installation with WDS.

Configure dynamic memory to evenly distribute ram among virtual machines with startup, minimum, maximum, and buffer settings, and install integration services to enable remote management, time synchronization, and shadow copies.

Configure virtual machine storage with vhd/vhdx disks. Create, convert, resize, and share disks; inspect and merge differencing disks with their base, then sysprep for deployment.

Learn to configure virtual machines with snapshots, differencing disks, and checkpoint hierarchies. Explore Hyper-V networks, NIC teaming, VLAN tagging, port mirroring, and IPsec offloading.

Explore configuring IPv4 in Windows Server 2012 R2, covering static and dynamic IP addressing, DHCP server setup, DNS, and subnetting with CIDR and masks.

Discover how supernetting connects networks with a continuous address space, reducing routers. See how APIPA auto assigns 169.254.x addresses when DHCP is unavailable and review private RFC 1918 ranges.

Gain hands-on practice configuring IP addresses, DNS, and routing in Windows Server 2012 R2, using netsh, ipconfig, ping, pathping, traceroute, and route tools for exam 70-410.

Explore IPv6 benefits, including a vast address space with two to the power of 128 addresses, simplified headers, built-in IPsec security, auto configuration, neighbor discovery, and hierarchical routing.

Explain IPv6 address types—unicast, multicast, anycast—with link-local fe80::/64, zone IDs, and global and unique local addresses, plus DHCPv6 configurations and transition protocols like ISATAP, 6to4, and Teredo.

Configure the DHCP server to automatically lease and renew IP addresses, reserve specific addresses by MAC, exclude ranges, and enable DNS registration with Active Directory authorization for reliable, conflict-free networks.

Configure DHCP scopes per subnetwork, set start and end addresses, subnet mask, and an eight-day lease; assign gateway and DNS options and enable a relay agent for routed networks.

Configure DHCP reservations to assign static IPs to critical devices using MAC addresses and ARP command, and manage the DHCP database with backups, reconciliation, and database import for server migration.

Configure dhcp policies with and/or conditions at the server or scope level to assign specific ip addresses, and review statistics and daily logs to manage ip address allocation.

Discover how the domain name system maps friendly names to IP addresses, configure forward and reverse lookup zones, and manage primary, secondary, and stub zones with dynamic updates.

Explore DNS resource records such as SOA, A, AAAA, CNAME, MX, SRV, and PTR, plus dynamic updates and forwarders. Understand how DNS caching stores and clears records.

Explore how a Windows Server 2012 R2 DNS client resolves names from local cache and hosts file to root, com, and Microsoft name servers, using forwarders and llmnr.