The document discusses how the 6th generation Intel Core processor and Microsoft Windows 10 work together to provide an energy efficient, secure, and scalable platform. Key areas covered include improved energy efficiency through features like Intel Speed Shift technology and Modern Standby in Windows 10. It also outlines new experiences enabled through Cortana voice activation, Windows Hello biometric authentication, and richer graphics/media capabilities. The document discusses security innovations like Intel Memory Protection Extensions and Windows 10's Device Guard. It concludes by summarizing platform innovations including USB Type-C, Windows 10 Continuum for 2-in-1s, and wireless docking.
Windows Server 2019 includes new features that improve the performance and scalability of hyper-converged infrastructure (HCI) deployments. Persistent memory, faster erasure coding, and enhanced SMB performance increase workload performance. Larger maximum cluster sizes and increased volume and server limits allow for greater scalability. The Windows Admin Center management tool provides improved visibility, monitoring, and maintenance of HCI deployments.
The document compares the performance of default and optimized Windows 7 and Windows 10 virtual desktop environments. Key findings include:
- A default Windows 10 installation allows 30-40% more virtual desktops than a default Windows 7 installation.
- After extensive tuning of Windows 7 and Windows 10, Windows 10 still allows 20-30% more virtual desktops than Windows 7.
- Major optimizations for both operating systems include disabling unnecessary services, scheduled tasks, components and other optimizations to reduce resource usage.
Licencjonowanie produktów microsoft w środowiskach wirtualnych plcugPawel Serwan
This document provides an overview of Microsoft volume licensing for various products, including Windows Server 2012 R2, Remote Desktop Services, virtual desktop infrastructure (VDI), and desktop applications. It discusses licensing models, rights and restrictions for each product. For Windows Server, it explains processor licensing and the types of client access licenses (CALs). It also covers licensing requirements for using desktop applications remotely in a virtual environment, including ensuring compatibility of products, components, languages and versions between the accessing device and virtual instance.
The document summarizes new features from Citrix Summit 2016 and the February 2016 release, including XenApp and XenDesktop 7.7 and 7.8 with features like Zones, PVS support for Windows 10, and AppDisks. It also mentions XenMobile 10.3 support for Windows 10 and Mac OS X, NetScaler CPX, and updates to StoreFront, Receiver, and License Server.
This document discusses Microsoft Azure's support for Linux and Java workloads. It provides an overview of pre-built Linux virtual machine images on Azure including popular distributions like Oracle Linux and Windows Server. It also outlines options for deploying Java applications on Azure infrastructure services, platform services, and using common Java APIs and tools across deployment models. Customer quotes are provided praising Azure's scalability and cost benefits compared to on-premise Linux servers.
This document summarizes the system requirements for Delivery Controller, Citrix Studio, Citrix Director, VDA (Virtual Delivery Agent), StoreFront, Provisioning Services, and other Citrix components. It outlines the supported operating systems, hardware requirements, and additional software/services needed such as .NET Framework, SQL Server, and virtualization platforms. Key requirements include Windows Server 2012 R2/2012/2008 R2, 3GB RAM minimum, and SQL Server 2012/2008 R2 for the Delivery Controller database.
The document discusses the server virtualization market opportunity and Citrix's XenServer 5.0 product. It notes the three main players in the virtualization market are VMware, Microsoft, and Citrix. XenServer 5.0 offers virtualization for every server in the enterprise at low cost and with features including high availability, disaster recovery, and dynamic workload streaming.
Windows Server 2019 includes new features that improve the performance and scalability of hyper-converged infrastructure (HCI) deployments. Persistent memory, faster erasure coding, and enhanced SMB performance increase workload performance. Larger maximum cluster sizes and increased volume and server limits allow for greater scalability. The Windows Admin Center management tool provides improved visibility, monitoring, and maintenance of HCI deployments.
The document compares the performance of default and optimized Windows 7 and Windows 10 virtual desktop environments. Key findings include:
- A default Windows 10 installation allows 30-40% more virtual desktops than a default Windows 7 installation.
- After extensive tuning of Windows 7 and Windows 10, Windows 10 still allows 20-30% more virtual desktops than Windows 7.
- Major optimizations for both operating systems include disabling unnecessary services, scheduled tasks, components and other optimizations to reduce resource usage.
Licencjonowanie produktów microsoft w środowiskach wirtualnych plcugPawel Serwan
This document provides an overview of Microsoft volume licensing for various products, including Windows Server 2012 R2, Remote Desktop Services, virtual desktop infrastructure (VDI), and desktop applications. It discusses licensing models, rights and restrictions for each product. For Windows Server, it explains processor licensing and the types of client access licenses (CALs). It also covers licensing requirements for using desktop applications remotely in a virtual environment, including ensuring compatibility of products, components, languages and versions between the accessing device and virtual instance.
The document summarizes new features from Citrix Summit 2016 and the February 2016 release, including XenApp and XenDesktop 7.7 and 7.8 with features like Zones, PVS support for Windows 10, and AppDisks. It also mentions XenMobile 10.3 support for Windows 10 and Mac OS X, NetScaler CPX, and updates to StoreFront, Receiver, and License Server.
This document discusses Microsoft Azure's support for Linux and Java workloads. It provides an overview of pre-built Linux virtual machine images on Azure including popular distributions like Oracle Linux and Windows Server. It also outlines options for deploying Java applications on Azure infrastructure services, platform services, and using common Java APIs and tools across deployment models. Customer quotes are provided praising Azure's scalability and cost benefits compared to on-premise Linux servers.
This document summarizes the system requirements for Delivery Controller, Citrix Studio, Citrix Director, VDA (Virtual Delivery Agent), StoreFront, Provisioning Services, and other Citrix components. It outlines the supported operating systems, hardware requirements, and additional software/services needed such as .NET Framework, SQL Server, and virtualization platforms. Key requirements include Windows Server 2012 R2/2012/2008 R2, 3GB RAM minimum, and SQL Server 2012/2008 R2 for the Delivery Controller database.
The document discusses the server virtualization market opportunity and Citrix's XenServer 5.0 product. It notes the three main players in the virtualization market are VMware, Microsoft, and Citrix. XenServer 5.0 offers virtualization for every server in the enterprise at low cost and with features including high availability, disaster recovery, and dynamic workload streaming.
VMware vSphere 5.1 - Upgrade Tips & Top New Featuresstcroixsolutions
vSphere 5.1 brings new features and advantages to IT professionals managing virtual environments with VMware.
Bill Oyler from St Croix Solutions highlights the top features in the new vSphere version and offers tips on upgrading from older versions.
Network Infrastructure for Optimizing VDI:
1. VDI requirements for Network Infrastructure
2. Dell Open Networking
3. Pluribus Open Netvisor Linux
4. Pluribus VCF IA for Security and Visibility
Thông tin liên hệ tư vấn giải pháp VDI:
Công ty Cổ phần Tin học Lạc Việt
Hotline: (+84.8) 38.444.929
Email: info@lacviet.com.vn
Website: http://www.lacviet.vn/
Авторский учебный курс от Архитектора Microsoft Алексея Кибкало.
Поколения виртуальных машин
Автоматическая активация ОС в виртуальных машинах
Что такое Live Migration. Скорость работы, компрессия, миграция с WS2012 на WS2012R2
Живое изменение размера дисков виртуальных машин
Storage QoS, контроль и мониторинг производительности дисковых ресурсов
Клонирование и экспорт запущенных ВМ, экспорт снимков ВМ
Новые возможности в виртуальных машинах с Linux
Дисковая дедупликация для работающий VDI машин, дедупликация CSV
При поддержке "Звезды и С" www.stars-s.ru
The document discusses containers and how they compare to virtual machines. It explains that containers provide operating system-level virtualization where the kernel is shared among containers, unlike virtual machines which virtualize hardware. This allows containers to have faster startup and be more resource efficient. The document then provides steps for setting up a container environment on Windows and details how to build, run, distribute, and update container images.
Cloud Based VDI with OpenStack, by Shifen YangHui Cheng
This document summarizes Cloud Based VDI with OpenStack. It discusses modifications made to Nova, Keystone, Glance, Quantum, and Swift to support a virtual desktop infrastructure using OpenStack. Key points include extending APIs, adding Active Directory support, implementing differential snapshots in Nova, enforcing storage quotas in Swift, and designing for disaster recovery. The overall goal is to launch and manage virtual machines, enable user login and authentication, check access policies, update storage rings, and implement content delivery, all through an OpenStack-based cloud computing platform.
- Windows Server 2016 Technical Preview introduces new capabilities for rolling cluster upgrades without downtime, upgrading VM configurations, and servicing VM drivers. It also includes features like secure boot support for Linux guests, distributed storage QoS, production checkpoints, and dynamic memory resizing. The preview refines the Hyper-V architecture for improved backup reliability and adds capabilities like hot add of VHDx and network adapters.
New WSO2 Enterprise Integrator Focuses on Integration Developer ProductivityWSO2
The new version of WSO2 Enterprise Integratory introduces WSO2 Integration Studio, which enhances the developer experience, and a revamped micro integrator profile for better integration with cloud-native technologies. This deck on WSO2 Enterprise Integrator 6.5.0 will explore these new features and improvements in detail.
Watch the On-Demand webinar - https://wso2.com/library/webinars/2019/06/new-wso2-enterprise-integrator-focuses-on-integration-developer-productivity/
Open Source Citrix Windows PV Drivers - Paul Durrant, CitrixThe Linux Foundation
Citrix has recently spent several months making sure all the key parts of XenServer are open source. Part of this effort made the XenServer Windows Paravirtual (PV) drivers available in source form under a BSD 2 clause license on GitHub.
Multiple Device Emulators for HVM Guests, Paul Durrant, CitrixThe Linux Foundation
Currently Xen only allows a single device emulator to be attached to each HVM guest in a system and, to date,this has been QEMU generally running as a process in the same domain as the toolstack, or in a stub domain.
To enable the deployment of virtual GPUs to HVM guests in XenServer, patches were created to allow multiple device emulators to be attached to each HVM guest. QEMU continues to be used to emulate the majority of the devices, but a second process is spawned to handle the virtual GPU. This opens up the possibility of the GPU vendors supplying 'appliance' driver domains in future.
I'd like to give an overview of the changes that we've made to Xen and QEMU to enable the use of multiple emulators, the potential benefits to driver domains, plus the knock on effect of emulator disaggregation on the 'unplug' protocol and what we could do about this.
The document outlines 7 lessons for building highly effective real-time servers from DK Moon's experience working on game servers. The lessons are: 1) Know your traffic pattern to minimize network usage. 2) Avoid packet copying to reduce CPU usage. 3) Focus on client obfuscation over encryption. 4) Use multicasting instead of broadcasting. 5) Don't rely on databases for synchronization. 6) Caching introduces overhead so use directly when possible. 7) Develop monitoring tools before launching to ensure visibility.
AppEnsure - Enhance TRUE End User ExperiencePawel Serwan
This document introduces AppEnsure's end user experience monitoring solution. It establishes that AppEnsure was founded in 2012, has 15+ years of consulting experience, and 60 employees focused on research and development. The solution uses agents that reside on servers, virtual desktops, and optionally end points to monitor real user traffic and experiences across any application and delivery method. It provides response times, throughputs, and correlates metrics to alerts and root cause analysis to help troubleshoot performance issues proactively.
Application Streaming is dead. A smart way to choose an alternativeDenis Gundarev
Application streaming is dead according to the author. Application virtualization isolates applications from the operating system for improved security and compatibility. It virtualizes the file system, registry, and other system resources. Major application virtualization solutions include App-V from Microsoft, ThinApp from VMware, and CloudVolumes. Other options discussed are Symantec Workspace Streaming, Spoon, Jukebox, FSLogix, and Sandboxie. Windows also includes some virtualization capabilities with UAC and the Application Compatibility Toolkit.
GPU Accelerated Virtual Desktop Infrastructure (VDI) on OpenStackBrian Schott
This is a talk presented at the OpenStack DC Meetup #9 of GPU pass-through of an Nvidia GRID K2 card with XenServer, Microsoft Hyper-V, and open source Xen hypervisors. We looked at
The document provides step-by-step instructions for installing VMware ESXi 6.0 on a server. It first lists the minimum hardware requirements including supported server hardware, CPUs, RAM, network adapters and storage. It then outlines the interactive installation process using a CD/DVD including selecting options, providing passwords, configuring networking and applying changes. Once complete, the vSphere client can be used to manage the new ESXi host.
Paul Durant, leader of the Windows PV Drivers effort in Xen Project, discusses the history, architecture, interfaces, and use of the drivers. Using the Windows PV Drivers yield higher performance for Windows VMs.
This document discusses building a "home cloud" by running virtual ESXi servers on a single physical server. It provides requirements, design details, and step-by-step installation instructions. The goal is to execute VMotion and high availability functions by creating a vCenter-managed cluster of two virtual ESXi servers on one physical server with shared storage. While an affordable option, the document notes the noisy physical server is not ideal. Overall it presents a method for virtually replicating public cloud infrastructure on a small scale for learning and testing purposes.
High Availability with Windows Server Clustering and Geo-ClusteringStarWind Software
Find out why having an effective disaster recovery plan is so important and how this differs from simple application or server resiliency. This presentation explains technical issues involved in implementing DR in a virtual server environment and show how using the StarWind Virtual SAN solution can help increase the availability of business critical workloads.
You can also watch webcast based on this slide presentation: http://www.starwindsoftware.com/reduce-disaster-recovery-and-business-continuity-expenses-video
Presentation given for ILTA in 12/2010 detailing the key preparations and migration strategies, as well as demonstrated several techniques to migrate your infrastrcuture to ESXi 4.1
The document discusses the history and components of computer processors. It describes how processors are organized into generations based on improvements in architecture and functions. The key components of a processor that work together are the arithmetic logic unit, control unit, execution unit, branch predictor, floating point unit, cache and bus interface. Recent generations include integrated graphics capabilities, smaller manufacturing processes, and system on a chip designs.
The document discusses the 6th generation Intel Core processor. It introduces computer processors and the concept of generations. It describes the components of a processor and the Intel Tick-Tock model. It provides details on the 6th generation processor including that it is built on the new Skylake microarchitecture using Intel's 14nm manufacturing process. It highlights key benefits such as a leap in performance and power efficiency as well as stunning graphics.
VMware vSphere 5.1 - Upgrade Tips & Top New Featuresstcroixsolutions
vSphere 5.1 brings new features and advantages to IT professionals managing virtual environments with VMware.
Bill Oyler from St Croix Solutions highlights the top features in the new vSphere version and offers tips on upgrading from older versions.
Network Infrastructure for Optimizing VDI:
1. VDI requirements for Network Infrastructure
2. Dell Open Networking
3. Pluribus Open Netvisor Linux
4. Pluribus VCF IA for Security and Visibility
Thông tin liên hệ tư vấn giải pháp VDI:
Công ty Cổ phần Tin học Lạc Việt
Hotline: (+84.8) 38.444.929
Email: info@lacviet.com.vn
Website: http://www.lacviet.vn/
Авторский учебный курс от Архитектора Microsoft Алексея Кибкало.
Поколения виртуальных машин
Автоматическая активация ОС в виртуальных машинах
Что такое Live Migration. Скорость работы, компрессия, миграция с WS2012 на WS2012R2
Живое изменение размера дисков виртуальных машин
Storage QoS, контроль и мониторинг производительности дисковых ресурсов
Клонирование и экспорт запущенных ВМ, экспорт снимков ВМ
Новые возможности в виртуальных машинах с Linux
Дисковая дедупликация для работающий VDI машин, дедупликация CSV
При поддержке "Звезды и С" www.stars-s.ru
The document discusses containers and how they compare to virtual machines. It explains that containers provide operating system-level virtualization where the kernel is shared among containers, unlike virtual machines which virtualize hardware. This allows containers to have faster startup and be more resource efficient. The document then provides steps for setting up a container environment on Windows and details how to build, run, distribute, and update container images.
Cloud Based VDI with OpenStack, by Shifen YangHui Cheng
This document summarizes Cloud Based VDI with OpenStack. It discusses modifications made to Nova, Keystone, Glance, Quantum, and Swift to support a virtual desktop infrastructure using OpenStack. Key points include extending APIs, adding Active Directory support, implementing differential snapshots in Nova, enforcing storage quotas in Swift, and designing for disaster recovery. The overall goal is to launch and manage virtual machines, enable user login and authentication, check access policies, update storage rings, and implement content delivery, all through an OpenStack-based cloud computing platform.
- Windows Server 2016 Technical Preview introduces new capabilities for rolling cluster upgrades without downtime, upgrading VM configurations, and servicing VM drivers. It also includes features like secure boot support for Linux guests, distributed storage QoS, production checkpoints, and dynamic memory resizing. The preview refines the Hyper-V architecture for improved backup reliability and adds capabilities like hot add of VHDx and network adapters.
New WSO2 Enterprise Integrator Focuses on Integration Developer ProductivityWSO2
The new version of WSO2 Enterprise Integratory introduces WSO2 Integration Studio, which enhances the developer experience, and a revamped micro integrator profile for better integration with cloud-native technologies. This deck on WSO2 Enterprise Integrator 6.5.0 will explore these new features and improvements in detail.
Watch the On-Demand webinar - https://wso2.com/library/webinars/2019/06/new-wso2-enterprise-integrator-focuses-on-integration-developer-productivity/
Open Source Citrix Windows PV Drivers - Paul Durrant, CitrixThe Linux Foundation
Citrix has recently spent several months making sure all the key parts of XenServer are open source. Part of this effort made the XenServer Windows Paravirtual (PV) drivers available in source form under a BSD 2 clause license on GitHub.
Multiple Device Emulators for HVM Guests, Paul Durrant, CitrixThe Linux Foundation
Currently Xen only allows a single device emulator to be attached to each HVM guest in a system and, to date,this has been QEMU generally running as a process in the same domain as the toolstack, or in a stub domain.
To enable the deployment of virtual GPUs to HVM guests in XenServer, patches were created to allow multiple device emulators to be attached to each HVM guest. QEMU continues to be used to emulate the majority of the devices, but a second process is spawned to handle the virtual GPU. This opens up the possibility of the GPU vendors supplying 'appliance' driver domains in future.
I'd like to give an overview of the changes that we've made to Xen and QEMU to enable the use of multiple emulators, the potential benefits to driver domains, plus the knock on effect of emulator disaggregation on the 'unplug' protocol and what we could do about this.
The document outlines 7 lessons for building highly effective real-time servers from DK Moon's experience working on game servers. The lessons are: 1) Know your traffic pattern to minimize network usage. 2) Avoid packet copying to reduce CPU usage. 3) Focus on client obfuscation over encryption. 4) Use multicasting instead of broadcasting. 5) Don't rely on databases for synchronization. 6) Caching introduces overhead so use directly when possible. 7) Develop monitoring tools before launching to ensure visibility.
AppEnsure - Enhance TRUE End User ExperiencePawel Serwan
This document introduces AppEnsure's end user experience monitoring solution. It establishes that AppEnsure was founded in 2012, has 15+ years of consulting experience, and 60 employees focused on research and development. The solution uses agents that reside on servers, virtual desktops, and optionally end points to monitor real user traffic and experiences across any application and delivery method. It provides response times, throughputs, and correlates metrics to alerts and root cause analysis to help troubleshoot performance issues proactively.
Application Streaming is dead. A smart way to choose an alternativeDenis Gundarev
Application streaming is dead according to the author. Application virtualization isolates applications from the operating system for improved security and compatibility. It virtualizes the file system, registry, and other system resources. Major application virtualization solutions include App-V from Microsoft, ThinApp from VMware, and CloudVolumes. Other options discussed are Symantec Workspace Streaming, Spoon, Jukebox, FSLogix, and Sandboxie. Windows also includes some virtualization capabilities with UAC and the Application Compatibility Toolkit.
GPU Accelerated Virtual Desktop Infrastructure (VDI) on OpenStackBrian Schott
This is a talk presented at the OpenStack DC Meetup #9 of GPU pass-through of an Nvidia GRID K2 card with XenServer, Microsoft Hyper-V, and open source Xen hypervisors. We looked at
The document provides step-by-step instructions for installing VMware ESXi 6.0 on a server. It first lists the minimum hardware requirements including supported server hardware, CPUs, RAM, network adapters and storage. It then outlines the interactive installation process using a CD/DVD including selecting options, providing passwords, configuring networking and applying changes. Once complete, the vSphere client can be used to manage the new ESXi host.
Paul Durant, leader of the Windows PV Drivers effort in Xen Project, discusses the history, architecture, interfaces, and use of the drivers. Using the Windows PV Drivers yield higher performance for Windows VMs.
This document discusses building a "home cloud" by running virtual ESXi servers on a single physical server. It provides requirements, design details, and step-by-step installation instructions. The goal is to execute VMotion and high availability functions by creating a vCenter-managed cluster of two virtual ESXi servers on one physical server with shared storage. While an affordable option, the document notes the noisy physical server is not ideal. Overall it presents a method for virtually replicating public cloud infrastructure on a small scale for learning and testing purposes.
High Availability with Windows Server Clustering and Geo-ClusteringStarWind Software
Find out why having an effective disaster recovery plan is so important and how this differs from simple application or server resiliency. This presentation explains technical issues involved in implementing DR in a virtual server environment and show how using the StarWind Virtual SAN solution can help increase the availability of business critical workloads.
You can also watch webcast based on this slide presentation: http://www.starwindsoftware.com/reduce-disaster-recovery-and-business-continuity-expenses-video
Presentation given for ILTA in 12/2010 detailing the key preparations and migration strategies, as well as demonstrated several techniques to migrate your infrastrcuture to ESXi 4.1
The document discusses the history and components of computer processors. It describes how processors are organized into generations based on improvements in architecture and functions. The key components of a processor that work together are the arithmetic logic unit, control unit, execution unit, branch predictor, floating point unit, cache and bus interface. Recent generations include integrated graphics capabilities, smaller manufacturing processes, and system on a chip designs.
The document discusses the 6th generation Intel Core processor. It introduces computer processors and the concept of generations. It describes the components of a processor and the Intel Tick-Tock model. It provides details on the 6th generation processor including that it is built on the new Skylake microarchitecture using Intel's 14nm manufacturing process. It highlights key benefits such as a leap in performance and power efficiency as well as stunning graphics.
Noile solutii Intel pentru afaceri eficiente-tm-20mai2010Agora Group
This document discusses Intel technologies for efficient IT infrastructures and provides the following key points:
1. Intel has fabrication facilities around the world producing microchips on advanced technology nodes.
2. Intel's Core processor family delivers scalable performance across devices from netbooks to servers through Intel architecture.
3. Intel's new 2010 Core processors feature technologies like Turbo Boost for intelligent performance and integrated graphics.
Noile soluţii Intel pentru afaceri eficiente-23apr2010Agora Group
This document discusses Intel technologies for efficient IT infrastructures and provides the following key points:
1. Intel has fabrication facilities around the world producing microchips on advanced technology nodes.
2. Intel's Core processor family delivers scalable performance across devices from netbooks to servers through Intel architecture.
3. Intel's new 2010 Core processors feature technologies like Turbo Boost for intelligent performance and integrated graphics.
Noile soluţii Intel pentru afaceri eficiente-20apr2010Agora Group
This document discusses Intel technologies for efficient IT infrastructures and provides the following key points:
1. Intel has fabrication facilities around the world producing microchips on advanced technology nodes.
2. Intel's Core processor family delivers scalable performance across devices from netbooks to servers through Intel architecture.
3. Intel's new 2010 Core processor family features improved performance and energy efficiency through technologies like Turbo Boost.
Noile tehnologii INTEL pentru infrastructuri IT eficiente-19mar2010Agora Group
This document discusses Intel technologies for efficient IT infrastructures and provides the following key points:
1. Intel has fabrication facilities around the world producing microchips on advanced technology nodes.
2. Intel's Core processor family delivers scalable performance across devices from netbooks to servers through Intel architecture.
3. Intel's new 2010 Core processors feature technologies like Turbo Boost for intelligent performance and integrated graphics.
7496_Hall 070204 Research Faculty Summitwebuploader
The document provides an overview and agenda for a presentation on Windows XP Embedded (XPe) and Windows CE 5.0. It discusses new features for XPe including enhanced security, compatibility with Windows XP SP2, and updated development tools. It also summarizes features for Windows CE 5.0 such as improvements to the core operating system, device drivers, international support, and networking capabilities. The presentation aims to discuss technical challenges and how embedded systems can enrich people's lives.
Microsoft SQL Server - Intel Processors and Microsoft Power Pivot PresentationMicrosoft Private Cloud
The document discusses how PowerPivot running on PCs with Intel Core vPro processors and servers with Intel Xeon processors can provide a high-performance platform for self-service business intelligence. It recommends upgrading client PCs and servers to these Intel processors to optimize the PowerPivot experience and provide benefits like increased performance, security, manageability, and energy efficiency. The document also provides configuration recommendations and next steps for deploying PowerPivot with these hardware upgrades.
The document discusses reimagining the datacenter through software defined infrastructure. This allows datacenters to become more dynamic, automated and efficient by treating compute, storage and networking resources as composable blocks that can be allocated on demand. This approach breaks down traditional silos and allows simpler deployment and maintenance while improving agility, automation and efficiency. The software defined approach is compared to the traditional rigid infrastructure model and examples are given of how it can improve provisioning times, utilization rates and flexibility.
Serie dei nuovi processori Xeon Scalabili - Yashi ItaliaYashi Italia
The document discusses Intel's Xeon Scalable processors. It provides details on the different processor series including Bronze, Silver, Gold, and Platinum. The main points covered are:
- The processors deliver up to 1.65x average performance boost over prior generations.
- They support configurations ranging from 2 to 8 sockets.
- Each series provides different core counts, frequencies, and capabilities with Platinum being the highest performing.
- Features include support for Intel technologies like AVX-512, Optane SSDs, QuickAssist, and security features.
The document discusses the Intel Xeon Processor E5-2600 v3 product family. It provides significant performance improvements over previous generations through additions like 50% more cores and cache as well as hardware enhancements. These improvements help address growing demands on data center infrastructure. The new processors also provide benefits like improved security, virtualization, efficiency and a lower total cost of ownership.
Intel 4th Gen Core Refresh for EnthusiastMayura Garg
New unlocked 4th generation Intel Core processors deliver uncompromised 4-core, 4GHz performance for enthusiasts. They feature robust overclocking capabilities through independent base clock tuning. Built for enthusiasts, they provide multi-tasking compute performance with 4 cores and up to 8 threads to handle intensive gaming and multimedia creation.
Application hosting in the Intelligent WANCisco DevNet
This document discusses application hosting in the intelligent WAN using Cisco UCS E-Series servers and open service containers. It begins by covering the different branch office models from lean to full-service and the motivations for virtualizing and centralizing applications. It then introduces the Cisco UCS E-Series product line for residual compute at the branch. The rest of the document discusses the Cisco solution for application hosting, including the UCS E-Series servers, open service containers on IOS-XE routers, example use cases, and commands for installing and managing containers.
Presentation cisco vxi–optimized infrastructure for scaling v mware view wi...xKinAnx
This document summarizes a Cisco presentation on optimizing infrastructure for scaling VMware View desktop virtualization. The key points covered include:
- Cisco's Virtualization Experience Infrastructure (VXI) solution which provides validated designs using Cisco UCS servers, networking, and security to deliver a high performance virtual desktop experience.
- How Cisco UCS provides benefits like simplified management, flexibility and scalability, workload mobility and active-active uplinks for desktop virtualization.
- Examples showing how Cisco UCS can support over 100 knowledge worker virtual desktops on a single server with linear scalability to thousands of desktops.
Presentation cisco vxi–optimized infrastructure for scaling v mware view wi...solarisyourep
This document provides an overview and summary of a Cisco presentation on optimizing infrastructure for scaling VMware View desktop virtualization. The key points discussed include:
- Rising desktop management costs and the drivers for desktop virtualization like mobility, security, and flexibility.
- Cisco's Virtualization Experience Infrastructure (VXI) which provides validated designs, security, management, and an ecosystem of partners to deliver a superior virtual desktop experience.
- How the Cisco Unified Computing System (UCS) provides an ideal architecture for desktop virtualization through scalability, density, visibility and integrated networking.
Windows Server 2008 R2 & SP1 for IT Pro'sAmit Gatenyo
This document summarizes key features and capabilities of Windows Server 2008 R2 including its release cadence, editions, enterprise scenarios, upgrade reasons, technology investment areas, virtualization features like Hyper-V and Remote Desktop Services (RDS), and new capabilities in R2 SP1 like Dynamic Memory and RemoteFX. It provides an overview of server and presentation virtualization solutions available in Windows Server 2008 R2.
Webinář: Dell VRTX - datacentrum vše-v-jednom za skvělou cenu / 7.10.2013Jaroslav Prodelal
Dokážete si představit, že byste provozovali své datacentrum v prostředí kanceláře? Ano, je to možné. Společnost Dell uvedla na trh novinku v podobě tzv. datacenter-in-a-box (vše-v-jednom), které je optimalizované (odhlučnění, napájení) pro provoz i v kanceláři, samozřejmě jej můžete dát i do samostatné místnosti.
Dell VRTX kombinuje v jediném 5U šasí výpočetní výkon (až 4 2-CPU servery), diskové úložiště (až 24 HDD) a síť.
Ve webináři vás seznámíme s touto cenově velmi zajímavou novinkou a ukážeme rozdíl mezi tímto řešením a případnými alternativami v době samostaných serverů, diskového pole a síťových switchů.
Agenda:
* co je Dell VRTX?
* segment zákazníků pro VRTX
* co VRTX nabízí
* řešení provozované na VRTX
* technické specifikace
* možná použití
* cena
* aktuální nabídky a promo akce
The document discusses how Intel vPro technology can provide benefits to managed service providers (MSPs) like reduced hardware and software repair times, lower deskside visits, and power savings for customers. It provides real-world examples from MSPs of reductions in repair times of 33-92% for hardware and 50-83% for software using vPro. MSPs can see margins around 5% higher on average for clients using vPro systems. The document encourages MSPs to start activating and utilizing vPro capabilities on Intel-based PCs and notebooks through their Kaseya management console.
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2. 2
Intel® Architecture Code Name Skylake
and Windows® 10 Better Together:
The Technologies Inside
Shiv Kaushik
Intel Fellow, Software and Services Group
General Manager, Windows OS (WOS) Division, Intel Corporation
SPCS009
3. 3
Agenda
• 6th Generation Intel® Core™ Processor & Microsoft Windows® 10
• Energy Efficiency
• New Experiences & Richer Content
• Security
• Platform Innovation
• Summary and Call to Action
4. 4
Agenda
• 6th Generation Intel® Core™ Processor & Microsoft Windows® 10
• Energy Efficiency
• New Experiences & Richer Content
• Security
• Platform Innovation
• Summary and Call to Action
5. Intel Next Generation Microarchitecture Code Name Skylake
Next Generation 14nm Core™ Product
5
6th Gen Intel® Core™ and
Intel® Xeon® for Mobile
Processors
Utilized advanced 14 nm process technology to deliver further microarchitecture
improvements for client and server
Sandy Bridge:
NEW Intel
Microarchitecture
NEW Intel
Microarchitecture
(Haswell)
Ivy Bridge:
Intel
Microarchitecture
14nm Process Technology32nm Process Technology 22nm Process Technology
Skylake:
NEW Intel
Microarchitecture
Haswell:
NEW Intel
Microarchitecture
Broadwell:
Intel
Microarchitecture
7. 7
6th Generation Intel® Core™ Processor
• Generational scaling in idle & scenario power. Energy Efficiency for small form
factors.
• Generational scaling in single threaded and targeted workload performance.
• Standard virtualization extensions - Intel® Virtualization Technologies (Intel®
VT-x/x2, VT-d/d2).
• Next Generation security capabilities – Intel® Memory Protection Extensions
(Intel® MPX).
Intel® Virtualization Technology (Intel® VT) for Directed I/O (Intel® VT-d); Intel® Virtualization Technology (Intel® VT) for Intel® Architecture (Intel® VT-x)
8. 8
6th Generation Intel® Core™ Based SoC/Platform
• Intel® Smart Sound technology - Next
generation Audio DSP with enhanced offload
capabilities
• Next Generation Graphics & Media
• Standard IO for small form factor devices
• Next Generation Storage enhancements
(NVM Express™, eMMC 5.0)
• Integrated Touch
• Integrated Sensor Hub
• Power Optimizer (S0ix) Platform Capability
• USB Type-C
Display
Not to scale
2ch
DDR
Core Core
LLC
LLC
Processor Graphics
2/3/4
Display
DMI/OPI
PCI
Express*
IMC
Core Core
LLC
LLC
System Agent
ISP
eDRAMPCH
EC
VR PCU
PECI
SVID
9. 9
Intel® Architecture, 6th Generation Intel® Core™ &
Windows® 10 Better Together
Power
Optimizer
Intel® Speed
Shift
Technology†
Intel® Turbo Boost
Technology 2.0
SoC Duty Cycling
Modern
Standby
Energy Efficiency
Optimizations
Intel®
Virtualization
Technology
Intel® Memory
Protection
Extensions
Device
Guard
Biometric
Authentication
Instant-On
Great Battery Life
Sleek Form Factor
Intel® Platform
Trust TechnologySecure
USB Type-C WiGig*
2 in 1 ContinuumIntegrated
Touch
Scalable
Integrated
Sensor Hub
+
+
+
More energy efficient, responsive, secure, scalable platform …
†Intel & Microsoft active collaboration under way for Intel® Speed Shift Technology Autonomous Mode Support in future Windows
10. 10
… to deliver new experiences and richer content
Intel®
RealSense™
Technology
Intel® Smart Sound
Technology†
Cortana*
(Voice
Activation)
Windows®
Hello
Intel® Iris™
Pro
Graphics
Intel Security
Engine (CSME) DirectX* 12 PlayReady* 3.0
New Experiences
4K
Richer Content
Intel® Architecture, 6th Generation Intel® Core™ &
Windows® 10 Better Together
+
+
Protected Audio
Video Path
†Intel & Microsoft active collaboration under way for Intel® Smart Sound Technology offload support for Cortana* Voice Activation in future Windows
11. 11
Agenda
• 6th Generation Intel® Core™ Processor & Microsoft Windows® 10
• Energy Efficiency
• New Experiences & Richer Content
• Security
• Platform Innovation
• Summary and Call to Action
12. 12
Legacy Energy-performance Control (P-states)
• DVFS – Intel® SpeedStep® Technology
- P~V2∙f∙Cdynn+leakage(V) ~ f3
- Performance tradeoff for energy savings
• P-states OS control starting Windows* XP
- P1-Pn frequency table enumerated via ACPI
- Explicit P-state selection based on workload
• Demand Based Algorithm
- Policies (AC/DC/Balanced)
- Non regular workloads are hard to manage
- Lower than Pn is used for critical conditions
P0 – 1 core
P0 – 2 cores
P1
P2
Pn
T-states
Guaranteed
frequency
Turbo
frequency
Energy efficient
Frequency (min V)
Thermal control
OS control
13. 13
Intel® Speed Shift Technology – Hardware P-States
• Why change:
- Highly dynamic power – Multi core, AVX, …
- Small form factors large turbo range
- Smarter power management enables better choices
• How:
- Expose entire frequency range
- Windows® 10 and hardware share power/perf. control
- OS direct control when and where desired
- Autonomous control elsewhere
• Active Intel-MS collaboration under way for
autonomous control mode support in future
Windows
P0 – 1 core
P0 – 2 cores
P1
P2
Pn
T-states
Guaranteed
frequency
Turbo
frequency
Energy efficient
Frequency (min V)
Thermal control
OS control
14. 14
• Processor gains power by autonomously suspending execution for short periods
• In power limited scenarios, high frequency cannot be always sustained
• SoC Duty cycling allows speeding up to most efficient frequency
6th Generation Intel® Core™ - SoC Duty Cycling
Hardware Duty Cycling delivers more performance in thermally constrained Form Factors
by enabling longer execution at higher frequency
Gain Gain
Idle Idle
Time0 1 2 3 4 0 1 2 3 4
inefficient operating frequency
No HW Duty Cycling
HW Duty Cycling
Most
Efficient
Freq.
Most
Efficient
Freq.Pe
Pn
No SoC Duty Cycling
SoC Duty Cycling
15. 15
Windows® Standby States
Legacy Standby
(S3 support)
Modern Standby
(S0 low power Idle)
Connected
(since Windows®8.0,
a.k.a. Connected Standby)
Disconnected
(new on Windows 10, only
option when no hardware-offload
capable networking and/or
HDD-based systems)
User/OEM switch
2nd Generation Intel®
Core™ Processor
6th Generation Intel®
Core™ Processor
4th Generation Intel®
Core™ Processor
16. 16
Contrasting Windows® Standby States
• DMS has flexible platform BOM requirements (HDD vs. SSD, Any NIC)
• Single Platform design for Connected and Disconnected Standby
- Disk (HDD vs. SSD) or NIC determines the standby state, OEM can override
Legacy Standby
POWER
High S0 power
No SW activity in S3
S0 (system is ON)
Time
Connected Standby
(Windows® 8.1)
Low S0 power
Periodic SW execution
Wi-Fi Connected
Time
Disconnected Modern Standby
(Windows® 10)
Low S0 power
Infrequent SW execution
Wi-Fi Not Connected
Time
17. 17
Comparing Windows® Standby States
Legacy S3
Connected Standby
(Windows® 8.1)
Disconnected Modern Standby
(Windows® 10)
Architecture
ACPI
OS issues standby command
Most devices powered down
Power Optimizer (S0ix)
Devices low power state
Power Optimizer (S0ix)
Devices low power state
Resume from Standby S3: 3-7s <500ms <500ms
Wake Event Support
Requires one-off complex
firmware support
New wake sources
supported by OS/drivers
New wake sources supported by
OS/drivers
Fresh Data Support No Yes Yes
IHV Cost Adder Baseline Drive: +$85 256GB SSD Same as S3
Board Cost Adder Baseline Power Delivery: +$1 On par with S3
Windows®10 Disconnected Modern Standby + 6th Generation Intel® Core™ Power Optimizer (S0ix)
deliver cost-effective, instant-on experience with scalable wake capabilities
1
1
‘Instant On’ experience
2 Support innovative wake experiences (e.g. Wake on Voice, Wake on Sensors)
2
BOM Cost comparable to Legacy S33
3
18. 18
Agenda
• 6th Generation Intel® Core™ Processor & Microsoft Windows® 10
• Energy Efficiency
• New Experiences & Richer Content
• Security
• Platform Innovation
• Summary and Call to Action
19. 19
Cortana* (Voice Assistant)
Hey Cortana, set a
reminder to ….
Hey Cortana, send
email to Frank
Hey Cortana,
call Jason on Skype*
Hey Cortana, text
Peter
Hey Cortana, tell me a
joke
Hey Cortana
Intel stock
Hey Cortana, weather
in San Francisco
Hey Cortana, Play me
some music
Keyword
spotter
Command
& Control
Cortana* Interactions
1. Type in Search Box
2. Click Microphone Icon
3. Voice Activation
Host
CPU
(SW)
Audio
DSP
(HW)
Cortana
extensibility model
20. 20
Voice activation – “Hey Cortana”
• Voice Activation available with Win10 RTM
• Voice Activation (VA) feature enables users to quickly engage with Cortana hands
free experience by using “Hey Cortana” keyword spotter
• Microsoft “Keyword spotter” available as speech experience across all platforms
• Uses CPU processing audio pipeline to achieve excellent Correct Accept (CA) and low
False Accept (FA) performance
• Supports staged commands (“Hey Cortana” <wait for beep> “How’s the weather?”) and
chained commands (“Hey Cortana, how’s the weather?”)
• Windows 10 allows integration of hardware DSP based “keyword spotter”
• Implemented using Voice Activation device driver interface with a DLL infrastructure
• 6th Generation Intel® Core™ based platform supports HW offload for voice
activation with hardware support and the necessary DLL components
Cortana* Voice Activation (VA)
21. 21
Windows® Hello (Biometric Authentication)
• Windows®Hello supports broad range of innovative biometrics for login
using face, fingerprint, iris
• Provides a password-free experience, powered by Microsoft* Passport,
Biometrics and embracing new hardware
• Windows 10 provides a native out of the box experience (OOBE) for
convenient, consistent device logon.
22. 22
Enrollment & Login Scenario Sequences
Discover Facial
Landmarks
Detect Head
Orientation
Facial Template
Discover Facial
Landmarks
Detect head
Orientation
Facial template
representation Does it match?
Face
Enrollment
Type a PIN to verify
your identity
Login
Scenario
No Yes
23. 23
Windows® Hello Security Requirements
Microsoft* Passport security and the Intel®
RealSense™ camera F200 solution features:
• False Acceptance Rate (FAR): 1/100,000
- Measures incorrect acceptance of an unauthorized user
• False Rejection Rate: 2 to 4%
- Measures incorrect rejection of an authorized user
• Anti-spoofing detection
Intel RealSense camera F200 supports
biometric authentication for Windows® Hello
24. 24
Richer Graphics & Media
6th Generation Intel® Core™ processor on Windows®10 delivers a richer gaming & media platform
Windows® 10 feature Usages Intel®platform support
DirectX* 12 /
WDDM2.0
• Richest, most immersive game experience
• Better performance and efficiency
• Improved programming model
4th, 5th and 6th Generation
Intel® Core™ processors
HEVC • High resolution video playback 6th Generation Intel Core
processor
PlayReady* 3 with
HDCP2.2, HDMI* 2.0
• Hardware assisted protected video
playback and projection
5th and 6th Generation Intel
Core processors
Miracast* • Native Wireless display support 4th, 5th and 6th Generation
Intel Core processors
25. 25
Agenda
• 6th Generation Intel® Core™ Processor & Microsoft Windows® 10
• Energy Efficiency
• New Experiences & Richer Content
• Security
• Platform Innovation
• Summary and Call to Action
26. 26
Intel® Platforms Provide Virtualization Capabilities
Critical for Isolation
Ring 3
Ring 0
VMX
Root
Virtual Machines (VMs)
Apps
OS
VM Monitor (VMM)
Apps
OS
VM Exit VM Entry
Intel® Virtualization Technology for IA-32, Intel® 64 and Intel® Architecture (Intel® VT-x)
Intel® Virtualization Technology for Directed I/O (Intel® VT-d)
• VMM runs in higher privileged mode
- Extended page tables (EPT) maps guest-physical
addresses to host physical
- Intel® Virtualization Technology for Directed I/O
(Intel® VT-d): Maps DMA addresses to host
physical addresses and prevents DMA to
unmapped pages
• Guest VMs run in lower privileged mode
and cannot change protections of EPT or
Intel VT-d
27. 27
Device Guard Ensures Software Integrity
What It Does:
• Combination of hardware + software security features to harden Windows®
against threats
• Enables businesses to strongly control what is allowed to run
• Brings mobile-like security protections to desktop OS with support for existing
line of business apps
Composite of Several Security Capabilities:
• Hardware Security
• Configurable Code Integrity
• Virtualization Based Security
- Protects critical parts of the OS against admin/kernel level malware
28. 28
Eliminate Buffer Overflow Using
Intel® Memory Protection Extensions
• New instructions to enable runtime buffer overflow checks
• Most C/C++ applications should able to use Intel® Memory
Protection Extensions (Intel® MPX) by:
- Recompilation without source changes. Interoperate with legacy
libraries
- Run Intel MPX enabled binary on legacy systems (no benefits)
- Enable or disable Intel MPX for each application dynamically
• OS support enabled in Windows® 10
• Microsoft Visual Studio* 2015 supports MPX intrinsics.
Collaborating with Microsoft to enable MPX code generation in
future release of Microsoft Visual Studio.
• Online information on Intel MPX at
http://software.intel.com/en-us/intel-isa-extensions
Buffer
……
P[0]
P[100]
√
X
29. 29
Agenda
• 6th Generation Intel® Core™ Processor & Microsoft Windows® 10
• Energy Efficiency
• New Experiences & Richer Content
• Security
• Platform Innovation
• Summary and Call to Action
30. 30
USB Type-C
• Next generation solution for consolidated fast-charging, display, and peripheral
connectivity, on a single cable & connector
• 6th Generation Intel® Core™ processor based platforms enable
- Innovative single connector USB Type-C peripheral/display connectivity
- Full support for dual-role power delivery and charging
• USB Type-C Connector System Software Interface (UCSI) industry
specification available on www.intel.com with an adopters agreement
• Windows® 10 provides the best user experience for USB Type-C on 6th
Generation Intel Core processor based platforms
- Built-in role negotiation, charging and alternate mode support (e.g. DisplayPort*)
- Simplifies OEM/ODM system development through native support of UCSI
31. 31
Windows® 10 2 in 1 Continuum
• Delivers best experience on 2 in 1 form
factors
- Desktop experience when docked
- Tablet Experience when un-docked
• Transition between “modes” triggered
based on platform hardware event
• 2 in 1 transition notification available to
Desktop and Universal Windows
Platform applications
32. 32
Wireless Docking
• Device mobility trends challenge usability
- Thinner, Smaller screen, fewer USB/Display ports
- Seamless transition - mobility and productivity
modes
• Wireless Docking enhances your productivity
- Place to dock, snatch to go – seamless experience
- Hardware acceleration keeps system resource
utilization low
• Based on WiGig* (802.11ad)
- Wire-like performance, Robust on-desk performance
even in dense environments
- Secured & Immune as transmission is very short
range and directional
33. 33
Wireless Docking on Windows® 10
• Intel and Microsoft worked
together to enable native
Windows® 10 experience for Intel®
Wireless Docking
• Native UI in Windows 10 to
manage connections to the Intel®
WiGig* dock to detect, pair and
connect to dock
33
34. 34
Agenda
• 6th Generation Intel® Core™ & Microsoft Windows* 10
• Energy Efficiency
• New Experiences & Richer Content
• Security
• Platform Innovation
• Summary and Call to Action
35. 35
Summary
• Intel® Architecture with Windows®10 provides an energy efficient,
secure, scalable platform to build a range of devices from IoT to AIOs
deliver new experiences and rich content
• A new Windows 10 PC with the 6th Generation Intel® Core™ (codename
Skylake) is best platform for these experiences and rich content
36. 36
Call to Action
• OEMs/ODMs:
• Evaluate “Modern Standby” as an alternate to Legacy S3
• Support Trusted Platform Module (TPM) 2.0, Secure Boot and Update Capsule
• Build devices for an excellent speech experience with Cortana* to enable hands free user experience
• Integrate hardware capabilities to enable Windows Hello experiences (face login, iris)
• Integrate USB Type-C support leveraging UCSI specification. Attend RPCS007 “2015 Platform
implementation of USB-C*” session.
• Software Developers:
- Introduce speech enabled mode for user(s) interaction with various applications by relying on
Cortana extensibility model
- Start evaluating Intel® Memory Protection Extensions and Intel® Software Guard Extensions to
develop and deploy robust applications
- Enable a fluid touch and pen user experience by adopting Intel® Precise Touch technology and
Windows®10 Direct Ink capabilities
- Leverage 2 in 1 continuum Application notifications to deliver right Desktop and Tablet experience