Windows Svr Std 2019 64Bit English 1pk DSP OEI DVD 16 Core
At a Glance
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At a Glance
Windows Svr Std 2019 64Bit English 1pk DSP OEI DVD 16 Core is here.Get the cloud-ready operating system today to apply another levels of security and innovation to the applications and infrastructure, that power your business. Support the workloads you run today, and make it easier to move to the cloud, when you're read
Because Windows Server 2019 is a Long-Term Servicing Channel (LTSC) release, it includes the Desktop Experience . (It's not included in Windows Server, version 1709, Windows Server, version 1803, or Windows Server, version 1809, because Semi-Annual Channel (SAC) releases don't include the Desktop Experience by design; they are strictly Server Core and Nano Server container image releases.) As with Windows Server 2016, during setup of the operating system you can choose between Server Core installations or Server with Desktop Experience installations.
System Insights is a new feature available in Windows Server 2019 that brings local predictive analytics capabilities natively to Windows Server. These predictive capabilities, each backed by a machine-learning model, locally analyze Windows Server system data, such as performance counters and events, providing insight into the functioning of your servers and helping you reduce the operational expenses associated with reactively managing issues in your Windows. Server deployments.
Server Core app compatibility feature on demand
The Server Core App Compatibility feature on demand (FOD) significantly improves the app compatibility of the Windows Server Core installation option by including a subset of binaries and components from Windows Server with the Desktop Experience, without adding the Windows Server Desktop Experience graphical environment itself. This is done to increase the functionality and compatibility of Server Core while keeping it as lean as possible.
This optional feature on demand is available on a separate ISO and can be added to Windows Server Core installations and images only, using DISM.
Windows Defender Advanced Threat Protection (ATP)
ATP's deep platform sensors and response actions expose memory and kernel level attacks and respond by suppressing malicious files and terminating malicious processes.
For more information about Windows Defender ATP, see Overview of Windows Defender ATP capabilities .
For more information on onboarding servers, see Onboard servers to Windows Defender ATP service .
Windows Defender ATP Exploit Guard is a new set of host-intrusion prevention capabilities. The four components of Windows Defender Exploit Guard are designed to lock down the device against a wide variety of attack vectors and block behaviors commonly used in malware attacks, while enabling you to balance security risk and productivity requirements.
Attack Surface Reduction(ASR) is set of controls that enterprises can enable to prevent malware from getting on the machine by blocking suspicious malicious files (for example, Office files), scripts, lateral movement, ransomware behavior, and email-based threats.
Network protection protects the endpoint against web-based threats by blocking any outbound process on the device to untrusted hosts/IP addresses through Windows Defender SmartScreen.
Controlled folder access protects sensitive data from ransomware by blocking untrusted processes from accessing your protected folders.
Exploit protection is a set of mitigations for vulnerability exploits (replacing EMET)that can be easily configured to protect your system and applications.
Windows Defender Application Control (also known as Code Integrity (CI) policy) was released in Windows Server 2016. Customer feedback has suggested that it is a great concept, but hard to deploy. To address this, we have built default CI policies, which allows all Windows in-box files and Microsoft applications, such as SQL Server, and block known executables that can bypass CI.
Security with Software Defined Networking (SDN)
Security with SDN delivers many features to increase customer confidence in running workloads, either on-premises, or as a service provider in the cloud.
These security enhancements are integrated into the comprehensive SDN platform introduced in Windows Server 2016.
For a complete list of what's new in SDN see, What's New in SDN for Windows Server 2019 .
Shielded Virtual Machines improvements
Branch office improvements
You can now run shielded virtual machines on machines with intermittent connectivity to the Host Guardian Service by leveraging the new fallback HGS and offline mode features. Fallback HGS allows you to configure a second set of URLs for Hyper-V to try if it can't reach your primary HGS server.
Offline mode allows you to continue to start up your shielded VMs, even if HGS can't be reached, as long as the VM has started successfully once, and the host's security configuration has not changed.
We've also made it easier to troubleshoot your shielded virtual machines by enabling support for VMConnect Enhanced Session Mode and PowerShell Direct. These tools are particularly useful if you've lost network connectivity to your VM and need to update its configuration to restore access.
These features do not need to be configured, and they become available automatically when a shielded VM is placed on a Hyper-V host running Windows Server version 1803 or later.
If you run mixed-OS environments, Windows Server 2019 now supports running Ubuntu, Red Hat Enterprise Linux, and SUSE Linux Enterprise Server inside shielded virtual machines.
HTTP/2 for a faster and safer Web
Improved coalescing of connections to deliver an uninterrupted and properly encrypted browsing experience.
Upgraded HTTP/2's server-side cipher suite negotiation for automatic mitigation of connection failures and ease of deployment.
Changed our default TCP congestion provider to Cubic to give you more throughput!
Here are some of the changes we've made to storage in Windows Server 2019. For details, see What's new in Storage .
Storage Migration Service
Storage Migration Service is a new technology that makes it easier to migrate servers to a newer version of Windows Server. It provides a graphical tool that inventories data on servers, transfers the data and configuration to newer servers, and then optionally moves the identities of the old servers to the new servers so that apps and users don't have to change anything. For more info, see Storage Migration Service .
Storage Spaces Direct
Here's a list of what's new in Storage Spaces Direct. For details, see What's new in Storage Spaces Direct .
Deduplication and compression for ReFS volumes
Native support for persistent memory
Nested resiliency for two-node hyper-converged infrastructure at the edge
Two-server clusters using a USB flash drive as a witness
Windows Admin Center support
Scale up to 4 PB per cluster
Mirror-accelerated parity is 2X faster
Drive latency outside detection
Manually delimit the allocation of volumes to increase fault tolerance.
Here's what's new in Storage Replica. For details, see What's new in Storage Replica .
Storage Replica is now available in Windows Server 2019 Standard Edition.
Test failover is a new feature that allows mounting of destination storage to validate replication or backup data. For more information, see Frequently Asked Questions about Storage Replica .
Storage Replica log performance improvements
Windows Admin Center support
Here's a list of what's new in Failover Clustering. For details, see What's new in Failover Clustering .
Cross-domain cluster migration
Cluster infrastructure improvements
Cluster Aware Updating supports Storage Spaces Direct
File share witness enhancements
Failover Cluster no longer uses NTLM authentication
Linux containers on Windows
It is now possible to run Windows and Linux-based containers on the same container host, using the same docker daemon. This enables you to have a heterogenous container host environment while providing flexibility to application developers.
Building Support for Kubernetes
Windows Server 2019 continues the improvements to compute, networking and storage from the semi-annual channel releases needed to support Kubernetes on Windows. More details are available in upcoming Kubernetes releases.
Container Networking in Windows Server 2019 greatly improves usability of Kubernetes on Windows by enhancing platform networking resiliency and support of container networking plugins.
Deployed workloads on Kubernetes are able to use network security to protect both Linux and Windows services using embedded tooling.
Improved integrated identity
We've made integrated Windows authentication in containers easier and more reliable, addressing several limitations from prior versions of Windows Server.
Better application compatibility
Containerizing Windows-based applications just got easier: The app compatibility for the existing windowsservercore image has been increased. For applications with additional API dependencies, there is now a third base image: windows .
Reduced size and higher performance
The base container image download sizes, size on disk and startup times have been improved. This speeds up container workflows.
Management experience using Windows Admin Center (preview)
We've made it easier than ever to see which containers are running on your computer and manage individual containers with a new extension for Windows Admin Center.
- Virtual network encryption allows encryption of virtual network traffic between virtual machines that communicate with each other within subnets marked as Encryption Enabled . It also utilizes Datagram Transport Layer Security (DTLS) on the virtual subnet to encrypt packets. DTLS protects against eavesdropping, tampering, and forgery by anyone with access to the physical network.
Network performance improvements for virtual workloads
maximizes the network throughput to virtual machines without requiring you to constantly tune or over-provision your host. This lowers the operations and maintenance cost while increasing the available density of your hosts. These new features are:
Receive Segment Coalescing in the vSwitch
Dynamic Virtual Machine Multi-Queue (d.VMMQ)
Low Extra Delay Background Transport
Low Extra Delay Background Transport (LEDBAT) is a latency optimized, network congestion control provider designed to automatically yield bandwidth to users and applications, while consuming the entire bandwidth available when the network is not in use.
This technology is intended for use in deploying large, critical updates across an IT environment without impacting customer facing services and associated bandwidth.
Windows Time Service
The Windows Time Service includes true UTC-compliant leap second support, a new time protocol called Precision Time Protocol, and end-to-end traceability.
High performance SDN gateways
High performance SDN gateways in Windows Server 2019 greatly improves the performance for IPsec and GRE connections, providing ultra-high-performance throughput with much less CPU utilization.
New Deployment UI and Windows Admin Center extension for SDN
Now, with Windows Server 2019, it's easy to deploy and manage through a new deployment UI and Windows Admin Center extension that enable anyone to harness the power of SDN.
Persistent Memory support for Hyper-V VMs
To leverage the high throughput and low latency of persistent memory (aka storage class memory) in virtual machines, it can now be projected directly into VMs. This can help to drastically reduce database transaction latency or reduce recovery times for low latency in-memory databases on failure.
Review system requirements
The following are estimated system requirements Windows Server 2019. If your computer has less than the "minimum" requirements, you will not be able to install this product correctly. Actual requirements will vary based on your system configuration and the applications and features you install.
Unless otherwise specified, these minimum system requirements apply to all installation options (Server Core, Server with Desktop Experience, and Nano Server) and both Standard and Datacenter editions.
The highly diverse scope of potential deployments makes it unrealistic to state "recommended" system requirements that would be generally applicable. Consult documentation for each of the server roles you intend to deploy for more details about the resource needs of particular server roles. For the best results, conduct test deployments to determine appropriate system requirements for your particular deployment scenarios.
Processor performance depends not only on the clock frequency of the processor, but also on the number of processor cores and the size of the processor cache. The following are the processor requirements for this product:
1.4GHz 64-bit processor
Compatible with x64 instruction set
Supports NX and DEP
Supports CMPXCHG16b, LAHF/SAHF, and PrefetchW
Supports Second Level Address Translation (EPT or NPT)
Coreinfo is a tool you can use to confirm which of these capabilities your CPU has.
The following are the estimated RAM requirements for this product:
512 MB (2 GB for Server with Desktop Experience installation option)
ECC (Error Correcting Code) type or similar technology, for physical host deployments
If you create a virtual machine with the minimum supported hardware parameters (1 processor core and 512 MB RAM) and then attempt to install this release on the virtual machine, Setup will fail.
To avoid this, do one of the following:
Allocate more than 800 MB RAM to the virtual machine you intend to install this release on. Once Setup has completed, you can change the allocation to as little as 512 MB RAM, depending on the actual server configuration.
Interrupt the boot process of this release on the virtual machine with SHIFT+F10. In the command prompt that opens, use Diskpart.exe to create and format an installation partition. Run Wpeutil createpagefile /path=C:\pf.sys (assuming the installation partition you created was C:). Close the command prompt and proceed with Setup.
Storage controller and disk space requirements
Computers that run Windows Server 2019 must include a storage adapter that is compliant with the PCI Express architecture specification. Persistent storage devices on servers classified as hard disk drives must not be PATA. Windows Server 2019 does not allow ATA/PATA/IDE/EIDE for boot, page, or data drives.
The following are the estimated minimum disk space requirements for the system partition.
Minimum : 32GB
Be aware that 32 GB should be considered an absolute minimum value for successful installation. This minimum should allow you to install Windows Server 2019 in Server Core mode, with the Web Services (IIS) server role. A server in Server Core mode is about 4 GB smaller than the same server in Server with a GUI mode.
The system partition will need extra space for any of the following circumstances:
If you install the system over a network.
Computers with more than 16 GB of RAM will require more disk space for paging, hibernation, and dump files.
Network adapter requirements
Network adapters used with this release should include these features:
An Ethernet adapter capable of at least gigabit throughput
Compliant with the PCI Express architecture specification.
A network adapter that supports network debugging (KDNet) is useful, but not a minimum requirement.
A network adapter that supports the Pre-boot Execution Environment (PXE) is useful, but not a minimum requirement.