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New in Windows Server Technical Preview, Network Controller #Winserv #SDN #Hyperv #NetworkController

Network Controller

New in Windows Server  Technical Preview, Network Controller provides a centralized, programmable point of automation to manage, configure, monitor, and troubleshoot virtual and physical network infrastructure in your datacenter. Using Network Controller, you can automate the configuration of network infrastructure instead of performing manual configuration of network devices and services.

Network Controller Features

The following Network Controller features allow you to configure and manage virtual and physical network devices and services.

  • Fabric Network Management
  • Firewall Management
  • Network Monitoring
  • Network Topology and Discovery Management
  • Service Chaining Management
  • Software Load Balancer Management
  • Virtual Network Management
  • Windows Server Gateway Management

Fabric Network Management

This Network Controller feature allows you to easily manage the fabric, or physical network, for your datacenter stamp or cluster. Using this feature, you can configure IP subnets, virtual Local Area Networks (VLANs), Layer 2 and Layer 3 switches, and network adapters installed in host computers.

Fabric network management includes planning, designing, implementation, and auditing of the fabric network resources and network infrastructure services.

Firewall Management

This Network Controller feature allows you to configure and manage allow/deny firewall Access Control rules for your workload VMs for both East/West and North/South network traffic in your datacenter. The firewall rules are plumbed in the vSwitch port of workload VMs, and so they are distributed across your workload in the datacenter. Using the Northbound API, you can define the firewall rules for both incoming and outgoing traffic from the workload VM. You can also configure each firewall rule to log the traffic that was allowed or denied by the rule.

Network Monitoring

This Network Controller feature allows you to monitor the physical and virtual network in your datacenter stamp or cluster. The Network Monitoring service uses the network object model, provided by the topology service, to determine the network devices and links to be monitored. Physical network monitoring is performed using both active network and element data.

Active network data, such as network loss and latency, is detected by sending network traffic and measuring round-trip time. The Network Monitoring service automatically determines the network points between which traffic must be sent, the quantum of traffic to be sent in order to cover all network paths, and also the loss/latency baseline and deviations over a period of time. A key aspect of this solution is fault localization. The Network Monitoring service attempts to localize devices that are causing network loss and latency. The solution leverages advanced algorithms to identify both network paths and devices in the paths that are causing performance degradation.

Element data is collected using Simple Network Management Protocol (SNMP) polling and traps. The monitoring service collects a limited set of critical data available through public management information bases (MIBs). For example, the service monitors link state, system restarts, and Border Gateway Protocol (BGP) peer status.

The monitoring system reports health of both devices and device groups. Health is reported based on both active and element data. Devices are, for example, physical switches and routers. Device groups are a combination of physical devices which has some relevance within the datacenter. For instance, device groups can be racks or subnets or simply host groups. In addition to providing health information, the monitoring service also reports vital statistics such as network loss, latency, device CPU/memory usages, link utilization, and packet drops.

The Network Monitoring service also performs impact analysis. Impact analysis is the process of identifying overlay networks affected by the underlying faulty physical networks. The service uses topology information to determine virtual network footprint and to report the health of impacted virtual networks. For example, if a host loses network connectivity, the system marks all virtual networks on this host and that are connected to the faulty network as impacted. Similarly, if a rack loses uplink connectivity to the core network, the system determines the logical network affected and marks all virtual networks in this rack and connected to the affected logical network as impacted.

Finally, the system integrates with the SCOM server to report both health and statistics data. Health is reported in an aggregated manner making it easy to traverse and understand key issues.

Network Topology and Discovery Management

This Network Controller feature allows you to automatically discover network elements in the cloud datacenter network. Network Topology and Discovery also determines how network devices are interconnected to build a topology and dependency map.

Service Chaining Management

This Network Controller feature allows you to create rules that redirect network traffic to one or more VMs that are configured as virtual appliances. There are many types of virtual appliances, such as firewall appliances, security appliances that perform deep packet inspection, and antivirus appliances. You can obtain these VM-based virtual appliances from a wide variety of independent software vendors (ISVs).

Software Load Balancer Management

This Network Controller feature allows you to enable multiple servers to host the same workload, providing high availability and scalability.

Virtual Network Management

This Network Controller feature allows you to deploy and configure Hyper-V Network Virtualization, including the Hyper-V Virtual Switch and virtual network adapters on individual VMs, and to store and distribute virtual network policies.

Network Controller supports both Network Virtualization Generic Routing Encapsulation (NVGRE) and Virtual Extensible Local Area Network (VXLAN).

Windows Server Gateway Management

This Network Controller feature allows you to deploy, configure, and manage Hyper-V hosts and virtual machines (VMs) that are members of a Windows Server Gateway cluster, providing gateway services to your tenants. Network Controller allows you to automatically deploy VMs running Windows Server Gateway, which is also called the Routing and Remote Access Service (RRAS) Multitenant Gateway, with the following gateway features:

  • Add and remove gateway VMs from the cluster and specify the level of backup required.
  • Site-to-site virtual private network (VPN) gateway connectivity between remote tenant networks and your datacenter using IPsec.
  • Site-to-site VPN gateway connectivity between remote tenant networks and your datacenter using Generic Routing Encapsulation (GRE).
  • Point-to-site VPN gateway connectivity so that your tenants’ administrators can access their resources on your datacenter from anywhere.
  • Layer 3 forwarding capability.
  • Border Gateway Protocol (BGP) routing, which allows you to manage the routing of network traffic between your tenants’ VM networks and their remote sites.

Network Controller is capable of dual-tunnel configuration of site-to-site VPN gateways and the automatic placement of tunnel end-points on separate gateways. In addition, Network Controller can load balance site-to-site and point-to-site VPN connections between gateway VMS, as well as logging configuration and state changes by using logging services.

For more information on BGP, see Border Gateway Protocol (BGP) Overview.

For more information on the RRAS Multitenant Gateway, see Windows Server 2012 R2 RRAS Multitenant Gateway Deployment Guide.

For more information on Windows Server Gateway, see Windows Server Gateway


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#Microsoft Azure Stack Brings Azure Cloud to Your Datacenter #AzureStack #Azure #sysctr #Winserv #Hyperv


 

Here you see some important Slides from Microsoft Ignite 2015 session ” Bringing Azure to Your Datacenter “

Cloud Infra New

Security Controller added

Microsoft Azure Stack

The Same Infrastructure as Azure

Microsoft Azure Fabric

Microsoft CloudOS with Azure Stack

System Center Foundation

Modern Management with System Center Hybrid

Watch this session with Mark Russinovich, Jeffrey Snover and Jeremy Winter to learn how you can continue to be a strategic partner to the business by leveraging the power of Microsoft Azure in your datacenter to deliver the rapid innovation your business requires.

Here you can watch the complete Microsoft Ignite 2015 video Bringing Microsoft Azure to Your Datacenter


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Microsoft Datacenter vNext Preview: Bringing #Azure to Your Datacenter with #AzureStack

Microsoft Azure Stack

Hear from Microsoft engineering leaders within the company on the Microsoft strategy for each key focus area, along with a breakdown of some of the new features and functionality that will be available within the products. Take a look at compute, storage, and networking, and explore security, service delivery, IT management, and even running Linux on the Microsoft platform. Get everything you need to know about what’s being delivered in the next release of Microsoft datacenter technologies!
Bringing Azure to Your Datacenter with Microsoft Azure Stack

Agenda Azure Stack

Here you can watch and Learn on Microsoft Virtual Academy about Microsoft bringing Azure to your Datacenter with Azure Stack


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#Microsoft Storage Spaces Direct in Windows Server Technical Preview #Winserv #Hyperv #Storage

SDS Overview

The Storage Spaces Direct stack includes the following, starting from the bottom:

Hardware: The storage system consisting of a minimum of four storage nodes with local storage. Each storage node can have internal disks, or disks in an external SAS connected JBOD enclosure. The disk devices can be SATA disks, NVMe disks or SAS disks.

Software Storage Bus: The Software Storage Bus spans all the storage nodes and brings together the local storage in each node, so all disks are visible to the Storage Spaces layer above.

Storage Pool: The storage pool spans all local storage across all the nodes.

Storage Spaces: Storage Spaces (aka virtual disks) provide resiliency to disk or node failures as data copies are stored on different storage nodes.

Resilient File System (ReFS) ReFS provides the file system in which the Hyper-V VM files are stored. ReFS is a premier file system for virtualized deployments and includes optimizations for Storage Spaces such as error detection and automatic correction. In addition, ReFS provides accelerations for VHD(X) operations such as fixed VHD(X) creation, dynamic VHD(X) growth, and VHD(X) merge.

Clustered Shared Volumes: CSVFS layers above ReFS to bring all the mounted volumes into a single namespace.

Scale-Out File Server This is the top layer of the storage stack that provides remote access to the storage system using the SMB3 access protocol.

Windows Server Technical Preview introduces Storage Spaces Direct, which enables building highly available (HA) storage systems with local storage. This is a significant step forward in Microsoft Windows Server software-defined storage (SDS) as it simplifies the deployment and management of SDS systems and also unlocks use of new classes of disk devices, such as SATA and NVMe disk devices, that were previously not possible with clustered Storage Spaces with shared disks.

Here you can read the Microsoft post Storage Spaces Direct in Windows Server Technical Preview

SDS Hyperv

 


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Microsoft MVP Virtual Conference May 14 & 15 8am-6pm (PT) #MVPbuzz #sysctr #Hyperv #Azure #SQL

MVP Conference 2015

MVP Conf Register

Steve Guggenheimer

MVP Conf Day1

MVP Conf Day2

More information about the Microsoft MVP Virtual Conference 2015 here


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Cluster Operating System Rolling Upgrade in Windows Server Technical Preview #Winserv #Hyperv

Cluster OS Rolling Upgrade

Cluster Operating System (OS) Rolling Upgrade is a new feature in Windows Server Technical Preview that enables an administrator to upgrade the operating system of the cluster nodes from Windows Server 2012 R2 to Windows Server Technical Preview without stopping the Hyper-V or the Scale-Out File Server workloads. Using this feature, the downtime penalties against Service Level Agreements (SLA) can be avoided.

Cluster OS Rolling Upgrade provides the following benefits:

  • Hyper-V virtual machine and Scale-out File Server workloads can be upgraded from Windows Server 2012 R2 to Windows Server Technical Preview without downtime. Other cluster workloads will be unavailable during the time it takes to failover to Windows Server Technical Preview.
  • It does not require any additional hardware.
  • The cluster does not need to be stopped or restarted.
  • A new cluster is not required. In addition, existing cluster objects stored in Active Directory are used.
  • The upgrade process is reversible until the customer crosses the “point-of-no-return”, when all cluster nodes are running Windows Server Technical Preview, and when the Update-ClusterFunctionalLevel PowerShell cmdlet is run.
  • The cluster can support patching and maintenance operations while running in the mixed-OS mode.
  • It supports automation via PowerShell and WMI.
  • The ClusterFunctionalLevel property indicates the state of the cluster on Windows Server Technical Preview cluster nodes.

This guide describes the various stages of the Cluster OS Rolling Upgrade process, installation steps, feature limitations and frequently asked questions (FAQs), and is applicable to the following Cluster OS Rolling Upgrade scenarios in Windows Server Technical Preview:

  • Hyper-V clusters
  • Scale-Out File Server clusters

The following scenarios are not supported in Windows Server Technical Preview:

  • Cluster OS Rolling Upgrade of a cluster using storage with the Data Deduplication feature
  • Cluster OS Rolling Upgrade of virtual machines with Data Protection Manager (DPM) backups
  • Cluster OS Rolling Upgrade of guest clusters using virtual hard disk (.vhdx file) as shared storage
ImportantImportant
This preview release should not be used in production environments.

Read more about Cluster Operating System Rolling Upgrade in Windows Server Technical Preview here

Cluster OS Rolling Upgrade Process :

Cluster OS Rolling Upgrade Process


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Download The System Center Technical Preview 2 VHD’s #sysctr #SCVMM #SCDPM #SCOM #Hyperv

sysctr-technical-preview-vhds 2

Here you can download the New System Center Technical Preview 2 versions :

System Center Technical Preview 2 Virtual Machine Manager – Evaluation (VHD)

System Center Technical Preview 2 Data Protection Manager – Evaluation (VHD)

System Center Technical Preview 2 Orchestrator – Evaluation (VHD)

System Center Technical Preview 2 Operations Manager – Evaluation (VHD) 

System Center Technical Preview 2 Service Manager – Evaluation (VHD)

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