Windows server 2012 r2 system requirements

What are the system requirements for Windows Server 2012 R2?

February 19, 2018

3 min read

You may be a game developer or even a marketing agency looking for a server operating system. Picking the right one for your needs can be difficult.

If you want to use this type of operating system, the Windows Server 2012 R2 might be just what you’re looking for. Don’t know the requirements for this operating system?

We’ve got you covered. We’ll tell you all about the Windows Server 2012 R2 requirements.

Ready to see if your system can run it? Let’s get started.

See Also: Windows Dedicated Hosting

Table of Contents

1. Windows Server 2012 R2 Requirements 1.1. Other Server 2012 R2 System Requirements 2. Wrapping It Up

As with any Windows Server, Server 2012 R2 has certain requirements your hardware must meet to run it. It requires a 64-bit processor because Microsoft discontinued the 32-bit software with the release of this server.

Your processor frequency must be at least 1.4 GHz. We recommend you run it on 2.0 GHz or more for best performance.

The minimum requirement for memory is 512 MB RAM. But, we recommend you’ve 2 GB RAM or higher for it to run smooth.

When it comes to available disk space, the least amount you need to run it is 32 GB. However, we recommend that you’ve 40 GB or more of disk space available for the system to run better.

To install the Windows Server 2012 R2, you’ll need to have a DVD-Rom on your computer. You won’t need it if you’re able to connect to a network where you can access what’s included in the Server 2012 R2 DVD-ROM.

Also, to run it you’ll need to meet the display requirements. It requires at least a Super VGA 800 by 600 monitor. The server will run best with an XGA 1024 by 768 monitor.

To run the system you’ll need the usual suspects: the I/O peripherals, keyboard, mouse and a wireless or wired network interface card (NIC).

See Also: (Live Webinar) Meet ServerMania: Transform Your Server Hosting Experience

Other Server 2012 R2 System Requirements

If you’re installing the server on an Itanium-based computer, you’ll have to meet other requirements. It must have more hard disk space and an Intel Itanium 2 processor.

When the system is being run on a computer with more than 16 GB of RAM, it’ll need more disk space as well. The system needs it for dump files, paging, and hibernation.

Also, the server you run it on needs to have plenty of available disk space. Because it’ll be the domain controller in a large domain.

Before installing this system, we suggest you do a complete backup of all your configuration information for your servers. Also, you should run the Windows Memory Diagnostic Tool to make sure your RAM capabilities meet the Server 2012 R2 requirements.

Wrapping It Up

If you’re considering getting a 2012 server, remember to look into the Windows Server 2012 R2 requirements we discussed. Don’t forget about the basics. Your system should have a 64-bit 1.4 GHz processor with 512 MB RAM and 32 GB available disk space.

You can run this server on your system. Yet, remember that it will run better if you’re able to get the hardware for optimum performance.

Did you know that hybrid servers deliver the best performance for Windows Server 2012 R2? Need one? We can help!

Contact us for more information about our services.

Moiz Navsariwala, a dynamic Information Technology System Engineer currently charting new territories at ServerMania. Moiz is not just a tech whiz; he’s the driving force behind ensuring seamless IT operations and enhancing digital infrastructures.

Before upgrading to Windows Server 2012 R2, read up on hardware requirements to ensure there are enough resources to preserve performance.

By

  • Stephen J. Bigelow,

Published: 30 Sep 2013

As operating systems evolve and become increasingly sophisticated, demands on a server’s computing resources also increase. So any software upgrade cycle — especially with critical enterprise operating systems — must include evaluating the server’s hardware to ensure adequate resources that preserve required performance levels.

Evaluation can uncover potential system resource shortages that can be resolved with workload balancing, system upgrades, additional server deployments or other strategies. This tip examines Microsoft Windows Server 2012 R2 requirements.

What are the minimum system requirements for Windows Server 2012 R2?

The minimum system requirements to support Windows Server 2012 R2 are essentially the same as Windows Server 2012, and are considered light by most standards. The stated Windows Server 2012 R2 requirements include a single 1.4 GHz, 64-bit processor core, 512 MB of RAM, a 32 GB disk partition and a standard Ethernet (10/100 Mbps or faster) network connection. The server will also require access to an optical drive, along with access to a keyboard, video and mouse.

Remember: These requirements are for a minimal OS deployment only — a system that is configured or provisioned to provide only these resources will be unable to run any applications or virtual machines on top of the OS. This means installing Windows Server 2012 R2 on a machine that meets minimum requirements has little practical value, other than to give IT professionals experience with installation techniques and familiarity with the user interface.

What are the recommended system requirements?

When moving from a simple test or evaluation deployment toward a practical Windows Server 2012 R2 install, it’s important to provide additional system resources to meet the added requirements of the particular role and application. Microsoft provides a set of recommended system requirements beyond the minimum. IT professionals looking to run Windows Server 2012 R2 in production environments, or anywhere performance is important should heed these recommendations.

Microsoft’s recommended Windows Server 2012 R2 requirements include a single 2 GHz, 64-bit processor core, 2 GB of RAM, a 40 GB disk partition and a standard Ethernet (10/100 Mbps or faster) network connection. The server will also require access to an optical drive, along with access to a keyboard, video and mouse.

Remember again that these recommended system requirements still reflect the resources needed to run just the operating system. Installing additional software may require additional resources above the recommended system requirements to run the operating system. 

Requirements for Windows Server R2 roles

Windows Server 2012 R2 can provide an enormous number of services and capabilities that specific server roles use — but these might not be installed in a minimum configuration. Organizations will need to allocate more memory, disk space and processor capabilities, in addition to the minimum requirements, depending on the new server’s intended role.

Consider an application server role. The application server must provide a suite of additional services, including Internet Information Services (IIS), Microsoft .NET Framework, ASP.NET, COM+, Message Queuing and so on. Each service will increase the amount of processor work, memory space and storage the server requires.

A role like remote desktop services (RDS) involves numerous additional services; RD virtualization host, RD session host, RD connection broker and RD Web access must be installed with the server — and each will impact processor, memory and storage needs. If RemoteFX virtualized graphics processing unit (GPU) is added to accelerate Windows client virtual desktops, the server will require processors that support second-level address translation (SLAT) and at least one GPU that supports RemoteFX and DirectX 11.

As another example, the Hyper-V role allows the server to support virtualization and host multiple workloads simultaneously. This requires additional memory and storage for Hyper-V components, processors with hardware-assisted virtualization such as Intel-VT or AMD-V, along with hardware-enforced data execution prevention invoked through the Intel execute disable or AMD no execute (NX) bit in system BIOS. Although current enterprise-class processors provide virtualization extensions in the processor, it’s still important to verify those capabilities before attempting a deployment.

Workload requirements

Computing requirements don’t stop with the OS and its services. Additional resources must be allocated to support the actual enterprise application such as Microsoft BizTalk, Microsoft SQL or any number of enterprise resource planning or customer relationship management platforms. Applications require processor capacity, memory space, storage and network I/O beyond the needs of the underlying operating system, so check a particular application’s requirements, and add those demands to the OS.

Workload and resource planning becomes even more complicated when the Windows server is virtualized. During virtualization, computing demands of each VM will multiply processor, memory, storage and networking requirements.

Suppose a typical server OS and application require a processor core, 10 GB of RAM and 50 GB of storage. Hosting 10 such virtual machines would need approximately 10 times those resources on the server (about 10 processor cores, 100 GB of RAM and 500 GB of storage). The exact amount of resources will vary with server roles and individual application demands.

It is impractical to list specific system requirements for every possible combination of server role and application. The best approach for resource planning is to use systems management tools to benchmark the resource usage of actual Windows Server 2012 R2 roles and applications to estimate resource needs on another server. Benchmarking can also help IT pros evaluate and optimize Microsoft Windows Server 2012 R2 performance. 

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В данной статье рассмотрим системные требования для различных версий Windows Server.

Приобрести лицензионные ключи активации Windows Server различных версий можете в нашем каталоге по самым низким ценам 1340 ₽, а так же скачать оригинальные MSDN дистрибутивы можете с нашего сервера.

Системные требования Windows Server 2022

Процессор: x64, 1.4 ГГц или больше
Оперативная память (ОЗУ): 2 ГБ
Жесткий диск: 32 ГБ

Системные требования Windows Server 2019

Процессор: x64, 1.4 ГГц или больше
Оперативная память (ОЗУ): 512 Мб (4 ГБ для установки с рабочим столом)
Жесткий диск: 64 ГБ

Системные требования Windows Server 2016

Процессор: x64, 1.4 ГГц или больше
Оперативная память (ОЗУ): 512 Мб (2 ГБ для установки с рабочим столом)
Жесткий диск: 32 ГБ

Системные требования Windows Server 2012 r2

Процессор: x64, 1.4 ГГц или больше
Оперативная память (ОЗУ): 2 ГБ
Жесткий диск: 32 ГБ

Системные требования Windows Server 2008 r2

Процессор: x32 / x64, 1 ГГц или больше
Оперативная память (ОЗУ): 512 Мб / 1 ГБ
Жесткий диск: 32 ГБ / 4 ГБ

From Wikipedia, the free encyclopedia

Windows Server 2012

Version of the Windows NT operating system

Screenshot of Windows Server 2012, showing the Server Manager application which is automatically opened when an administrator logs on, taskbar, and the blue color of Aero Lite

Developer Microsoft
OS family Windows Server
Working state Current
Source model
  • Closed-source
  • Source-available (through Shared Source Initiative)
Released to
manufacturing
August 1, 2012; 12 years ago[1]
General
availability
September 4, 2012; 12 years ago
Latest release 6.2.9200 with May 2025 monthly update rollup / May 13, 2025; 0 days ago
Marketing target Business
Update method Windows Update, Windows Server Update Services, SCCM
Platforms x86-64
Kernel type Hybrid (Windows NT kernel)
Default
user interface
Windows shell (GUI)
License Commercial proprietary software
Preceded by Windows Server 2008 R2 (2009)
Succeeded by Windows Server 2012 R2 (2013)
Official website Windows Server 2012 (archived at Wayback Machine))
Support status
  • Mainstream support ended on October 9, 2018[2]
  • Extended support ended on October 10, 2023[2]
  • Paid support via the Extended Security Updates program until October 13, 2026, only for volume licensed editions.

Windows Server 2012, codenamed «Windows Server 8«, is the ninth major version of the Windows NT operating system produced by Microsoft to be released under the Windows Server brand name. It is the server version of Windows based on Windows 8 and succeeds the Windows 7-based Windows Server 2008 R2, released nearly three years earlier. Two pre-release versions, a developer preview and a beta version, were released during development. The software was officially launched on September 4, 2012, which was the month before the release of Windows 8.[3] It was succeeded by Windows Server 2012 R2 . Mainstream support ended on October 9, 2018, and extended support ended on October 10, 2023. It is eligible for the paid Extended Security Updates (ESU) program, which offers continued security updates until October 13, 2026.

It removed support for Itanium and processors without PAE, SSE2 and NX.[4] Four editions were released. Various features were added or improved over Windows Server 2008 R2 (with many placing an emphasis on cloud computing), such as an updated version of Hyper-V, an IP address management role, a new version of Windows Task Manager, and ReFS, a new file system. Windows Server 2012 received generally good reviews in spite of having included the same controversial Metro-based user interface seen in Windows 8, which includes the Charms Bar for quick access to settings in the desktop environment.

It is the final version of Windows Server that supports processors without CMPXCHG16b, PrefetchW, LAHF and SAHF.

As of April 2017, 35% of servers were running Windows Server 2012, surpassing usage share of Windows Server 2008.[5]

Windows Server 2012, codenamed «Windows Server 8»,[6] is the fifth release of Windows Server family of operating systems developed concurrently with Windows 8.[7][8]

Microsoft introduced Windows Server 2012 and its developer preview in the BUILD 2011 conference on September 9, 2011.[9] However, unlike Windows 8, the developer preview of Windows Server 2012 was only made available to MSDN subscribers.[10] It included a graphical user interface (GUI) based on Metro design language and a new Server Manager, a graphical application used for server management.[11] On February 16, 2012, Microsoft released an update for developer preview build that extended its expiry date from April 8, 2012 to January 15, 2013.[12]

Before Windows Server 2012 was finalized, two test builds were made public. A public beta version of Windows Server 2012 was released along with the Windows 8 Consumer Preview on February 29, 2012.[7] On April 17, 2012, Microsoft revealed «Windows Server 2012» as the final name for the operating system.[6] The release candidate of Windows Server 2012 was released on May 31, 2012, along with the Windows 8 Release Preview.[8]

The product was released to manufacturing on August 1, 2012 (along with Windows 8) and became generally available on September 4, that year.[3] However, not all editions of Windows Server 2012 were released at the same time. Windows Server 2012 Essentials was released to manufacturing on October 9, 2012[13] and was made generally available on November 1, 2012.[14] As of September 23, 2012, all students subscribed to DreamSpark program can download Windows Server 2012 Standard or Datacenter free of charge.[15]

Windows Server 2012 is based on Windows 8 and is the second version of Windows Server which runs only on 64-bit CPUs.[16] Coupled with fundamental changes in the structure of the client backups and the shared folders, there is no clear method for migrating from the previous version to Windows Server 2012.

Windows Server 2012 Start screen, with tools used in a server pinned on the Start screen by default

Installation options

[edit]

Unlike its predecessor, Windows Server 2012 users can switch between «Server Core» and «Server with a GUI» installation options without a full re-installation. Server Core – an option with a command-line interface only – is now the recommended configuration. There is also a third installation option that allows some GUI elements such as MMC and Server Manager to run, but without the normal desktop, shell or default programs like File Explorer.[11]

Server Manager has been redesigned with an emphasis on easing management of multiple servers.[17] The operating system, like Windows 8, uses the Metro-based user interface unless installed in Server Core mode.[18] The Windows Store is available by installing the desktop experience feature from the server manager, but is not installed by default.[19] Windows PowerShell in this version has over 2300 commandlets, compared to around 200 in Windows Server 2008 R2.[20]

Windows Server 2012 includes a new version of Windows Task Manager together with the old version.[21] In the new version the tabs are hidden by default, showing applications only. In the new Processes tab, the processes are displayed in varying shades of yellow, with darker shades representing heavier resource use.[22] Information found in the older versions are now moved to the new Details tab. The Performance tab shows «CPU», «Memory», «Disk», «Wi-Fi» and «Ethernet» graphs. Unlike the Windows 8 version of Task Manager (which looks similar), the «Disk» activity graph is not enabled by default. The CPU tab no longer displays individual graphs for every logical processor on the system by default, although that remains an option. Additionally, it can display data for each non-uniform memory access (NUMA) node. When displaying data for each logical processor for machines with more than 64 logical processors, the CPU tab now displays simple utilization percentages on heat-mapping tiles.[23] The color used for these heat maps is blue, with darker shades again indicating heavier utilization. Hovering the cursor over any logical processor’s data now shows the NUMA node of that processor and its ID, if applicable. Additionally, a new Startup tab has been added that lists startup applications,[24] however this tab does not exist in Windows Server 2012.[25] The new task manager recognizes when a Windows Store app has the «Suspended» status.

IP address management (IPAM)

[edit]

Windows Server 2012 has an IP address management role for discovering, monitoring, auditing, and managing the IP address space used on a corporate network. The IPAM is used for the management and monitoring of Domain Name System (DNS) and Dynamic Host Configuration Protocol (DHCP) servers. Both IPv4 and IPv6 are fully supported.[26]

Windows Server 2012 has a number of changes to Active Directory from the version shipped with Windows Server 2008 R2. The Active Directory Domain Services installation wizard has been replaced by a new section in Server Manager, and a GUI has been added to the Active Directory Recycle Bin.[27] Multiple password policies can be set in the same domain.[28] Active Directory in Windows Server 2012 is now aware of any changes resulting from virtualization, and virtualized domain controllers can be safely cloned. Upgrades of the domain functional level to Windows Server 2012 are simplified; it can be performed entirely in Server Manager. Active Directory Federation Services is no longer required to be downloaded when installed as a role, and claims which can be used by the Active Directory Federation Services have been introduced into the Kerberos token. Windows Powershell commands used by Active Directory Administrative Center can be viewed in a «Powershell History Viewer».[29][30]

Windows Server 2012, along with Windows 8, includes a new version of Hyper-V,[31] as presented at the Microsoft BUILD event.[32] Many new features have been added to Hyper-V, including network virtualization, multi-tenancy, storage resource pools, cross-premises connectivity, and cloud backup. Additionally, many of the former restrictions on resource consumption have been greatly lifted. Each virtual machine in this version of Hyper-V can access up to 64 virtual processors, up to 1 terabyte of memory, and up to 64 terabytes of virtual disk space per virtual hard disk (using a new .vhdx format).[33][34] Up to 1024 virtual machines can be active per host, and up to 8000 can be active per failover cluster.[35] SLAT is a required processor feature for Hyper-V on Windows 8, while for Windows Server 2012 it is only required for the supplementary RemoteFX role.[36]

Main article: ReFS

Resilient File System (ReFS),[37] codenamed «Protogon»,[38] is a new file system in Windows Server 2012 initially intended for file servers that improves on NTFS in some respects. Major new features of ReFS include:[39][40]

Improved reliability for on-disk structures
ReFS uses B+ trees[39] for all on-disk structures including metadata and file data. Metadata and file data are organized into tables similar to a relational database. The file size, number of files in a folder, total volume size and number of folders in a volume are limited by 64-bit numbers; as a result ReFS supports a maximum file size of 16 exabytes, a maximum of 18.4 × 1018 folders and a maximum volume size of 1 yottabyte (with 64 KB clusters) which allows large scalability with no practical limits on file and folder size (hardware restrictions still apply). Free space is counted by a hierarchical allocator which includes three separate tables for large, medium, and small chunks. File names and file paths are each limited to a 32 KB Unicode text string.
Built-in resilience
ReFS employs an allocation-on-write update strategy for metadata,[39] which allocates new chunks for every update transaction and uses large IO batches. All ReFS metadata has built-in 64-bit checksums which are stored independently. The file data can have an optional checksum in a separate «integrity stream», in which case the file update strategy also implements allocation-on-write; this is controlled by a new «integrity» attribute applicable to both files and directories. If nevertheless file data or metadata becomes corrupt, the file can be deleted without taking the whole volume offline. As a result of built-in resiliency, administrators do not need to periodically run error-checking tools such as CHKDSK when using ReFS.
Compatibility with existing APIs and technologies
ReFS does not require new system APIs and most file system filters continue to work with ReFS volumes.[39] ReFS supports many existing Windows and NTFS features such as BitLocker encryption, Access Control Lists, USN Journal, change notifications,[41] symbolic links, junction points, mount points, reparse points, volume snapshots, file IDs, and oplock. ReFS seamlessly[39] integrates with Storage Spaces, a storage virtualization layer that allows data mirroring and striping, as well as sharing storage pools between machines.[42] ReFS resiliency features enhance the mirroring feature provided by Storage Spaces and can detect whether any mirrored copies of files become corrupt using background data scrubbing process, which periodically reads all mirror copies and verifies their checksums then replaces bad copies with good ones.

Some NTFS features are not supported in ReFS, including object IDs, short names, file compression, file level encryption (EFS), user data transactions, hard links, extended attributes, and disk quotas.[38][39] Sparse files are supported.[43][44] Support for named streams is not implemented in Windows 8 and Windows Server 2012, though it was later added in Windows 8.1 and Windows Server 2012 R2.[45] ReFS does not itself offer data deduplication.[39] Dynamic disks with mirrored or striped volumes are replaced with mirrored or striped storage pools provided by Storage Spaces. In Windows Server 2012, automated error-correction with integrity streams is only supported on mirrored spaces; automatic recovery on parity spaces was added in Windows 8.1 and Windows Server 2012 R2.[45] Booting from ReFS is not supported either.

Windows Server 2012 includes version 8.0 of Internet Information Services (IIS). The new version contains new features such as SNI, CPU usage caps for particular websites,[46] centralized management of SSL certificates, WebSocket support and improved support for NUMA, but few other substantial changes were made.[47]

Remote Desktop Protocol 8.0

[edit]

Remote Desktop Protocol has new functions such as Adaptive Graphics (progressive rendering and related techniques), automatic selection of TCP or UDP as transport protocol, multi touch support, DirectX 11 support for vGPU, USB redirection supported independently of vGPU support, etc.[48] A «connection quality» button is displayed in the RDP client connection bar for RDP 8.0 connections; clicking on it provides further information about connection, including whether UDP is in use or not.[49]

Windows Server 2012 supports the following maximum hardware specifications.[34][50] Windows Server 2012 improves over its predecessor Windows Server 2008 R2:

Specification Windows Server 2012 Windows Server 2008 R2
Physical processors[a] 64 64
Logical processors
when Hyper-V is disabled
640 256
Logical processors
when Hyper-V is enabled
320[b] 64
Memory 4 TB 2 TB
Failover cluster nodes (in any single cluster) 64 16

System requirements

[edit]

Minimum system requirements for Windows Server 2012[52]

Processor 1.4 GHz, x64
Memory 512 MB
Free disk space 32 GB (more if there is at least 16 GB of RAM)

Windows Server 2012 runs only on x86-64 processors. Unlike older versions, Windows Server 2012 does not support Itanium.[4]

Upgrades from Windows Server 2008 and Windows Server 2008 R2 are supported, although upgrades from prior releases are not.[52]

Windows Server 2012 has four editions: Foundation, Essentials, Standard and Datacenter.[53][54][55][56][50]

Reviews of Windows Server 2012 have been generally positive.[59][60][61] Simon Bisson of ZDNet described it as «ready for the datacenter, today,»[59] while Tim Anderson of The Register said that «The move towards greater modularity, stronger automation and improved virtualisation makes perfect sense in a world of public and private clouds» but remarked that «That said, the capability of Windows to deliver obscure and time-consuming errors is unchanged» and concluded that «Nevertheless, this is a strong upgrade overall.»[60]

InfoWorld noted that Server 2012’s use of Windows 8’s panned «Metro» user interface was countered by Microsoft’s increasing emphasis on the Server Core mode, which had been «fleshed out with new depth and ease-of-use features» and increased use of the «practically mandatory» PowerShell.[62] However, Michael Otey of Windows IT Pro expressed dislike with the new Metro interface and the lack of ability to use the older desktop interface alone, saying that most users of Windows Server manage their servers using the graphical user interface rather than PowerShell.[63]

Paul Ferrill wrote that «Windows Server 2012 Essentials provides all the pieces necessary to provide centralized file storage, client backups, and remote access,»[64] but Tim Anderson contended that «Many businesses that are using SBS2011 and earlier will want to stick with what they have», citing the absence of Exchange, the lack of ability to synchronize with Active Directory Federation Services and the 25-user limit,[65] while Paul Thurott wrote «you should choose Foundation only if you have at least some in-company IT staff and/or are comfortable outsourcing management to a Microsoft partner or solution provider» and «Essentials is, in my mind, ideal for any modern startup of just a few people.»[66]

Windows Server 2012 R2

[edit]

A second release, Windows Server 2012 R2, which is derived from the Windows 8.1 codebase, was released to manufacturing on August 27, 2013[67] and became generally available on October 18, 2013, by Microsoft.[68] An updated version, formally designated Windows Server 2012 R2 Update, was released in April 2014.[69][70]

Microsoft originally planned to end mainstream support for Windows Server 2012 and Windows Server 2012 R2 on January 9, 2018, with extended support ending on January 10, 2023. In order to provide customers the standard transition lifecycle timeline, Microsoft extended Windows Server 2012 and 2012 R2 support in March 2017 by 9 months. Windows Server 2012 reached the end of mainstream support on October 9, 2018 and entered the extended support phase, which ended on October 10, 2023.[71][72][73]

Microsoft announced in July 2021 that they will distribute paid Extended Security Updates for volume licensed editions of Windows Server 2012 and Windows Server 2012 R2 for up to 3 years after the end of extended support.[74] For Windows Server 2012 and Windows Server 2012 R2, these updates will last until October 13, 2026. This will mark the final end of all security updates for the Windows NT 6.2 product line after 14 years, 2 months and 12 days and will also mark the final end of all security updates for the Windows NT 6.3 product line after 13 years, 1 month and 16 days.

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  1. ^ Applies to Windows Server 2008 R2 and 2012 Datacenter and Windows Server 2012 Standard only. Other editions support less.
  2. ^ Each virtualized partition, including the host itself, can use up to 64 processors.[51]
  3. ^ a b Each license of Windows Server 2012 Standard or Datacenter allows up to two processor chips. Each license of Windows Server 2012 Standard allows up to two virtual instances of Windows Server 2012 Standard on that physical server. If more virtual instances of Windows Server 2012 Standard are needed, each additional license of Windows Server 2012 allows up to two more virtual instances of Windows Server 2012 Standard, even though the physical server itself may have sufficient licenses for its processor chip count. Because Windows Server 2012 Datacenter has no limit on the number of virtual instances per licensed server, only enough licenses for the physical server are needed for any number of virtual instances of Windows Server 2012 Datacenter. If the number of processor chips or virtual instances is an odd number, the number of licenses required is the same as the next even number. For example, a single-processor-chip server would still require 1 license, the same as if the server were two-processor-chip and a five-processor-chip server would require 3 licenses, the same as if the server were six-processor-chip, and if 15 virtual instances of Windows Server 2012 Standard are needed on one server, 8 licenses of Windows Server 2012, which can cover up to 16 virtual instances, are needed (assuming, in this example, that the processor chip count does not exceed 16).
  4. ^ For the Standard and Datacenter editions, each user or device accessing the software must have a client access license (CAL) assigned (either per-user or per-device), so there may be no more simultaneous users than the number of client-access licenses, except up to 2 simultaneous users purely to administer the server software, or for running virtualization or web workloads. Remote Desktop Services requires an additional CAL separate from the aforementioned CAL.
  5. ^ If the number of physical processors in a particular server is under 64, the limit is determined by the quantity of licenses assigned to that server. In that case, the number of physical processors cannot exceed twice the number of licenses assigned to the server.
  1. ^ http://blogs.technet.com/b/windowsserver/archive/2012/08/01/windows-server-2012-released-to-manufacturing.aspx
  2. ^ a b «Microsoft Product Lifecycle». Microsoft Support. Microsoft. January 2012. Archived from the original on February 27, 2013. Retrieved October 10, 2012.
  3. ^ a b Snover, Jeffrey (August 1, 2012). «Windows Server 2012 released to manufacturing!». Windows Server Blog. Microsoft. TechNet blogs. Archived from the original on December 22, 2015. Retrieved January 29, 2013.
  4. ^ a b Foley, Mary Jo (April 5, 2010). «Microsoft pulls the plug on future Itanium support». ZDNet. CBS Interactive. Archived from the original on August 12, 2012. Retrieved January 1, 2012.
  5. ^ «Windows Server 2012 approximately equal to Windows Server 2008». SmartProfile. August 25, 2017.
  6. ^ a b Foley, Mary Jo (April 17, 2012). «Windows Server «8» officially dubbed Windows Server 2012″. ZDNet. CBS Interactive. Archived from the original on November 19, 2014. Retrieved April 17, 2012.
  7. ^ a b Savill, John (February 29, 2012). «Q: Where can I download and get more information on Windows Server «8» Beta and Windows 8 Consumer Preview?». Windows IT Pro. Penton Media. Retrieved February 29, 2012.
  8. ^ a b Snover, Jeffrey (April 24, 2012). «Windows Server 2012 Release Candidate Timing». Windows Server Blog. Microsoft. TechNet blogs. Archived from the original on February 11, 2013. Retrieved January 21, 2013.
  9. ^ Laing, Bill (September 9, 2011). «Windows Server 8: An Introduction». Server & Cloud Blog. Microsoft. TechNet blogs. Archived from the original on October 28, 2012. Retrieved January 23, 2013.
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  11. ^ a b Bisson, Simon (September 14, 2011). «Windows 8 Server Developer Preview». ZDNet. CBS Interactive. Archived from the original on December 2, 2014. Retrieved January 1, 2012.
  12. ^ Arghire, Ionut (February 18, 2012). «Windows 8 Developer Preview Expiration Date Gets Postponed». Softpedia. SoftNews SRL. Archived from the original on October 13, 2013. Retrieved July 15, 2013.
  13. ^ Snover, Jeffrey. «Windows Server 2012 Essentials released to manufacturing, available for evaluation today!». Windows Server Blog!. Microsoft. TechNet blogs. Archived from the original on January 17, 2013. Retrieved January 25, 2013.
  14. ^ «Windows Server 2012 Essentials reaches general availability!». Windows Server Blog!. Microsoft. TechNet blogs. Archived from the original on April 29, 2015. Retrieved January 25, 2013.
  15. ^ «Windows Server 2012». Microsoft DreamSpark. Microsoft. Archived from the original on August 19, 2016. Retrieved January 25, 2013.
  16. ^ Joel Hruska (May 18, 2007). «Windows Server 2008 declared 32-bit’s last hurrah». Ars Technica. Archived from the original on August 24, 2021. Retrieved August 24, 2021.
  17. ^ Callaham, John (September 9, 2011). «Windows Server 8 Screenshot Leak Shows New UI». Neowin.net. Neowin LLC. Archived from the original on February 27, 2013. Retrieved January 21, 2013.
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  • Stanek, William (2013). Windows Server 2012 Inside Out. Microsoft Press. ISBN 978-0-7356-6631-3.
  • Stanek, William (2014). Windows Server 2012 R2 Inside Out Volume 1: Configuration, Storage, & Essentials. Microsoft Press. ISBN 978-0-7356-8267-2.
  • Stanek, William (2014). Windows Server 2012 R2 Inside Out Volume 2: Services, Security, & Infrastructure. Microsoft Press. ISBN 978-0-7356-8255-9.
  • Official website
  • Windows Server 2012 R2 and Windows Server 2012 on TechNet
  • Windows Server 2012 R2 on MSDN
  • Windows Server 2012 on MSDN
  • Tutorials and Lab Manual Articles of Windows Server 2012 R2

In order to run Windows Server 2012 R2, you will need at least 512 MB of RAM. Although more memory is better, it’s important to understand that more memory does not necessarily mean better performance. The requirements of your server will depend on the role, features, and applications you have installed on it. Microsoft claims that 512 MB of RAM is sufficient for installation, but recommends two or three gigabytes.

While it may seem like a lot of RAM and storage, a minimum requirement of 32 GB of hard disk space is enough to run the operating system. In fact, if your server is equipped with 16 GB of RAM, it will need more disk space, as well. You should also allocate over 100 GB of hard drive space for the system partition, which will increase as updates and service packs are installed. Storage is comparatively inexpensive, but you’ll also need a DVD drive, Network Adapter, keyboard, and mouse, and network connectivity.

When you purchase a computer, you’ll need to purchase a license for Windows Server 2012 R2. If you’re unsure whether to get a retail copy or an evaluation version, you can find a free download at the TechNet Evaluation Center. This way, you’ll be able to test out Windows Server 2012 R2 before committing to buying it. A good server is essential to your business’s success, but it’s important to remember that upgrading or downgrading your operating system doesn’t necessarily mean a significant upgrade.

How Do I Determine My Server Requirements?

You’ve probably heard that a server’s capacity can be calculated. That is not entirely true. You can estimate your server capacity based on the complexity of your application, the number of users, and any redundancy requirements you may need. Ideally, you’ll have enough server capacity for all of your users and future growth. But if you have no idea how many users your application will have, it is a good idea to plan for the future and buy an appropriate size.

Hard drive space is another important factor when choosing a server. The amount of hard drive space determines how much data your server can store. Since storage requirements are increasing globally every year, it’s critical to get a server with enough hard drive space. You’ll need more than one hard drive bay to store all of your files, including databases. Additionally, you’ll need plenty of RAM and hard drive space. Depending on what you’re hosting, you may want to consider additional RAM, a dedicated hard drive bay, or a storage area network.

What are the Hardware Requirements For a Server?

A server provides processing resources for different kinds of workloads. Although the term can refer to any computer or program that provides a service, most hardware references are about the physical machine. Servers run an operating system that is designed for processing large workloads and supporting network-based operations. Common server OSes include Windows Server, Unix, and Linux. However, there are many other types of hardware you might need in order to run a server.

The minimum hardware requirements for a server are based on the operating system it is running. Microsoft recommends that you choose a CPU with at least 2GHz and 4GB of RAM. A minimum of 40GB of hard disk space is also recommended. Red Hat Linux and Microsoft recommend specific hardware specifications for servers, but many vendors list minimum server requirements as part of their recommendations. The minimum RAM required for Squid, the server’s operating system, is 32MB per gigabyte of disk space.

Is Server 2012 R2 Still Supported?

Microsoft’s server 2012 R2 has been out for just over five years. The extended support phase will continue until the end of 2023, after which time it will be phased out. It’s important to upgrade your server to the latest version before this date, though. Microsoft has a long list of requirements for newer versions of its products, and they’re often complex. Fortunately, the Windows Server 2012 family of products includes features that make it ideal for private clouds.

The first step in updating your server is ensuring that it’s still supported. Many enterprise applications require Windows Server 2012 R2 to run properly. When you’re running an older version, you’ll be risking vulnerabilities and breaches from cyber criminals who are waiting for the end of support to release exploits and vulnerabilities. To be on the safe side, consider upgrading to a newer version of Windows Server.

Windows Server 2012 R2 provides a host of new features and enhanced capabilities. Its capabilities span server virtualization, storage, software-defined networking, management, automation, web platform, and application platform. Windows Server 2012 R2 helps customers transform their datacenters and take advantage of technical advances. It simplifies management and reduces costs, while speeding up the delivery of services. Here’s how to get started:

Windows Server is a hidden workhorse of a business, and its free version is no exception. If your network includes Windows Server, it’s likely to include it. Server 2012 R2 includes data deduplication, which makes your server delete duplicate data without compromising file integrity. It is also compatible with virtual machines. And since it’s free, you’ll save money! But it’s not completely free.

Windows Server 2012 R2 is free to download. You can find it through the Microsoft evaluation program or by visiting third-party download sites. It’s available in a variety of languages, including French, Spanish, German, Italian, and Russian. This version of the Windows operating system is only compatible with 64-bit processors. You can download it in several languages, including Chinese, English, French, German, Spanish, Japanese, Italian, Russian, and more.

How Much RAM Does Windows Server Use?

You might be wondering how much RAM Windows Server 2012 R2 uses. This depends on your motherboard and how much RAM you have. 64-bit editions of Windows support up to 190 GB of RAM, while 32-bit editions support two to three GB of RAM. You can also increase the amount of RAM on a 32-bit computer by purchasing a larger RAM module. If you’re considering installing this operating system, you should also consider the maximum RAM your system can support.

Although 32 GB of RAM might seem like a lot, you’ll likely need more than that to run the system successfully. You’ll want to have at least that much available to use for Windows Server 2012 R2 Server Core mode and the IIS server role. A Server Core installation requires about four times less space than a GUI-only installation. If you’re planning to install more than one server, you can configure it to remove some of the server roles and features. Read about Server Core and Minimal Server Interface mode in the Windows Server Installation Options document. Make sure to also allocate extra space for the System partition, so that you can install the network, as well.

How Much RAM Does a Server Need?

You might be wondering how much RAM a server needs. Well, this will depend on what kind of server you have. If your server is simply running Minecraft, you can always use an old computer as the server. However, the maintenance of such a machine is a hassle. You must monitor CPU and RAM usage closely, since these two resources can take up a lot of time. Therefore, you should upgrade your server with additional RAM fittings. And to make sure that you have enough RAM for the game, you must install a backup server.

Server memory requirements vary based on the type of server you have and what you need it for. Database servers and website servers require different memory. Database servers generally require more memory, while file servers have less. The amount of RAM needed for each depends on the type of server and the traffic it receives. Also, a website with dynamic content will require more memory than a server that performs set-it-and-forget operations.

How Much RAM is Needed For IIS?

When you start looking at how much RAM you need for IIS, keep in mind that a 16 GB system has a minimum requirement of 60 GB of RAM, and that’s just for the server. Adding more RAM to your server will increase its memory usage, but this doesn’t necessarily mean better performance. The actual amount of memory required depends on the various services, applications, roles, and features that you’ll be using on your server. Microsoft recommends starting with two to three gigabytes of RAM to begin the installation process.

When choosing the hardware for your Windows Server 2012 R2 installation, make sure that you have sufficient hard disk space for the operating system. You’ll need more than 16 GB of RAM for the server to function properly. In addition, you’ll need plenty of space for paging files, hibernation, and dump files. Disk space is an all-time minimum and will need to be considered in your decision. Ensure that your server has enough disk space, especially if you’re running multiple domains on it.

Learn More Here:

1.) Windows Help Center

2.) Windows – Wikipedia

3.) Windows Blog

4.) Windows Central

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