Virtualization Defined - Eight Different Ways

whitePaper | October 3, 2022

Active Directory was introduced by Microsoft with the release of the Windows 2000 Server Operating System (O/S). DeltaV systems work in conjunction with specific Active Directory features to provide a more secure and manageable production environment. Windows domains provide centralized user accounts and groups, and combined with Windows forests you also get administration, redundancy, and scalability as part of the computers network environment. This whitepaper provides details about the Independent DeltaV Domain Controller (IDDC) functionality introduced in DeltaV version 14.LTS. This whitepaper assumes that you understand the concept of Windows domains and forests.

whitePaper | April 27, 2022

As virtual environments scale, understanding how each virtual machine impacts the underlying infrastructure becomes a necessity for efficient data center design and timely issue diagnosis. Capturing this information, however, typically requires complex and costly manual processes. These issues are often particularly challenging across the network, generating a “fog” that hides data congestion and impedes identifying a resolution.

whitePaper | October 17, 2022

Xilinx, recently acquired and now a part of AMD, is the inventor of the FPGA, programmable SoCs, and now, the ACAP (Adaptive Compute Acceleration Platform). Our highly flexible, programmable silicon, enabled by a suite of advanced software and tools, drives rapid innovation across a wide span of industries and technologies - from consumer to cars to the cloud.

whitePaper | December 27, 2022

Learn the three key advantages of Guardicore Centra that make it the faster and more cost-effective microsegmentation solution compared with VMware NSX.

whitePaper | December 1, 2019

This document describe the Intel Volume management Device enabled NVMe driver for VMware Esxi. T include the installation method for adding or upgrading the out-of-box driver to existing VMware ESxi version operating System.

whitePaper | January 7, 2020

Intel Page Modification Logging (PML) is a novel hardware feature for tracking virtual machine (VM) accessed memory pages. This task is essential in today’s data centers since it allows, among others, checkpointing, live migration and working set size (WSS) estimation. Relying on the Xen hypervisor, this paper studies PML from three angles: power consumption, efficiency, and performance impact on user applications. Our findings are as follows. First, PML does not incur any power consumption overhead. Second, PML reduces by up to 10.18% both VM live migration and checkpointing time. Third, PML slightly reduces by up to 0.95% the performance degradation on applications incurred by live migration and checkpointing.