Windows Server 2016 HYPER-V 網路模擬概觀Hyper-V Network Virtualization Overview in Windows Server 2016

適用於:Windows Server(以每年次管道)、Windows Server 2016Applies To: Windows Server (Semi-Annual Channel), Windows Server 2016

在 Windows Server 2016 和一樣管理員中,Microsoft 提供的端點網路模擬方案。In Windows Server 2016 and Virtual Machine Manager, Microsoft provides an end-to-end network virtualization solution. 有組成 Microsoft 的網路模擬方案的五個主要元件:There are five major components that comprise Microsoft's network virtualization solution:

  • Windows Azure 套件適用於 Windows Server提供房客入口網站,以建立 virtual 網路及系統管理員入口網站管理 virtual 網路面對。Windows Azure Pack for Windows Server provides a tenant facing portal to create virtual networks, and an administrative portal to manage virtual networks.

  • 一樣管理員] (VMM) 提供的網路 fabric 的集中的管理。Virtual Machine Manager (VMM) provides centralized management of the network fabric.

  • Microsoft Network Controller提供的集中、 程式化自動化管理、 設定、 監視,以及疑難排解 virtual 和實體網路基礎結構資料中心的點。Microsoft Network Controller provides a centralized, programmable point of automation to manage, configure, monitor, and troubleshoot virtual and physical network infrastructure in your datacenter.

  • HYPER-V 網路模擬提供虛擬化網路流量所需的基礎結構。Hyper-V Network Virtualization provides the infrastructure needed to virtualize network traffic.

  • HYPER-V 網路模擬閘道提供之間 virtual 和實體網路的連接。Hyper-V Network Virtualization gateways provide connections between virtual and physical networks.

本主題介紹概念,並解釋主要優點和 Windows Server 2016 中 HYPER-V 網路模擬 (一部整體網路模擬方案) 的功能。This topic introduces concepts and explains the key benefits and capabilities of Hyper-V Network Virtualization (one part of the overall network virtualization solution) in Windows Server 2016. 它解釋網路模擬好處這兩個私人雲朵尋找適用於企業的工作負載彙總和公用雲端服務提供者的基礎結構即服務 (IaaS) 的方式。It explains how network virtualization benefits both private clouds looking for enterprise workload consolidation and public cloud service providers of Infrastructure as a Service (IaaS).

Windows Server 2016 中網路模擬有關的更詳細資訊,請查看HYPER-V 網路模擬技術的詳細資料 Windows Server 2016 在For more technical details about networking virtualization in Windows Server 2016, see Hyper-V Network Virtualization Technical Details in Windows Server 2016.

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描述的功能Feature description

HYPER-V 網路模擬虛擬類似如何伺服器模擬 (hypervisor) 提供 「 虛擬機器 「 作業系統的電腦提供 「 virtual 的網路 」 (稱為 「 VM 網路功能)。Hyper-V Network Virtualization provides "virtual networks" (called a VM network) to virtual machines similar to how server virtualization (hypervisor) provides "virtual machines" to the operating system. 網路模擬分離從實體網路基礎結構 virtual 網路,並移除的 VLAN 以及階層 IP 位址指派限制提供一樣。Network virtualization decouples virtual networks from the physical network infrastructure and removes the constraints of VLAN and hierarchical IP address assignment from virtual machine provisioning. 這種彈性可讓您輕鬆移到 IaaS 雲朵針對有效率主機服務提供者和 datacenter 系統管理員,管理其基礎結構,同時也可維護必要多承租人隔離、 安全性需求,以及支援重疊一樣 IP 位址。This flexibility makes it easy for customers to move to IaaS clouds and efficient for hosters and datacenter administrators to manage their infrastructure, while maintaining the necessary multi-tenant isolation, security requirements, and supporting overlapping Virtual Machine IP addresses.

針對想要順暢延伸到雲端的資料中心。Customers want to seamlessly extend their datacenters to the cloud. 現今有技術挑戰讓這類順暢混合雲端架構。Today there are technical challenges in making such seamless hybrid cloud architectures. 最大針對表面上的其中一個是重複使用他們現有網路拓撲 (子網路、 IP 位址、 網路的服務,及等) 在雲端中,其先資源和他們雲端資源橋接。One of the biggest hurdles customers face is reusing their existing network topologies (subnets, IP addresses, network services, and so on.) in the cloud and bridging between their on-premises resources and their cloud resources. HYPER-V 網路模擬提供,不受影響的基礎實體網路 VM 網路的概念。Hyper-V Network Virtualization provides the concept of a VM Network that is independent of the underlying physical network. 此 VM 網路的一或多個 Virtual 子網路、 撰寫的概念的連接至 virtual 網路中的實體網路的確切位置時與 virtual 網路拓撲分離。With this concept of a VM Network, composed of one or more Virtual Subnets, the exact location in the physical network of virtual machines attached to a virtual network is decoupled from the virtual network topology. 如此一來,針對可以輕鬆地移動他們 virtual 子網路至雲端同時保留現有的 IP 位址和拓撲在雲端中的繼續運作現有的服務,不知道的所在位置的子網路。As a result, customers can easily move their virtual subnets to the cloud while preserving their existing IP addresses and topology in the cloud so that existing services continue to work unaware of the physical location of the subnets. 是的 HYPER-V 網路模擬可讓順暢混合雲端。That is, Hyper-V Network Virtualization enables a seamless hybrid cloud.

除了混合雲端,許多組織的整合他們資料中心,並建立私人雲朵內部取得雲端架構的效率和延展性優點。In addition to hybrid cloud, many organizations are consolidating their datacenters and creating private clouds to internally get the efficiency and scalability benefit of cloud architectures. HYPER-V 網路模擬可較佳的效率和彈性的私人雲朵來聯繫營業網路拓撲 (,讓您 virtual) 的實際實體網路拓撲。Hyper-V Network Virtualization allows better flexibility and efficiency for private clouds by decoupling a business unit's network topology (by making it virtual) from the actual physical network topology. 如此一來的業務單位輕鬆時所隔離彼此分享內部的私人雲端和保留現有的網路拓撲繼續。In this way, the business units can easily share an internal private cloud while being isolated from each other and continue to keep existing network topologies. Datacenter 作業小組已部署及動態將不提供更好的操作效率伺服器被迫中斷作業 datacenter 和整體更有效率資料中心中的任何位置點一下工作負載的彈性。The datacenter operations team has flexibility to deploy and dynamically move workloads anywhere in the datacenter without server interruptions providing better operational efficiencies and an overall more effective datacenter.

主要優點工作負載的擁有者,是,他們可以現在前往他們工作負載 」 拓撲 「 雲端變更其 IP 位址或重新寫入自己的應用程式。For workload owners, the key benefit is that they can now move their workload "topologies" to the cloud without changing their IP addresses or re-writing their applications. 例如,一般三層 LOB 應用程式由前端層、 業務邏輯層級和資料庫層。For example, the typical three-tier LOB application is composed of a front end tier, a business logic tier, and a database tier. 原則、 透過 HYPER-V 網路模擬可讓客戶訓練所有或部分的三個層到雲端,同時保留路由拓撲及 IP 位址的服務 (例如一樣 IP 位址),而不需要應用程式,以變更。Through policy, Hyper-V Network Virtualization allows customer onboarding all or parts of the three tiers to the cloud, while keeping the routing topology and the IP addresses of the services (i.e. virtual machine IP addresses), without requiring the applications to be changed.

基礎結構的擁有者,處於一樣位置中的其他可讓而不變更虛擬電腦或網路重新設定工作負載任何位置點一下移動中的資料中心。For infrastructure owners, the additional flexibility in virtual machine placement makes it possible to move workloads anywhere in the datacenters without changing the virtual machines or reconfiguring the networks. 例如 HYPER-V 網路模擬一樣可以即時 datacenter 服務中斷不在任何地方移轉,可以讓跨子網路即時移轉。For example Hyper-V Network Virtualization enables cross subnet live migration so that a virtual machine can live migrate anywhere in the datacenter without a service disruption. 先前即時移轉限於相同子限制虛擬電腦找不到網路。Previously live migration was limited to the same subnet restricting where virtual machines could be located. 子網路跨即時移轉允許整合依據動態資源需求能源效率,工作負載的系統管理員,可也基礎結構維護而不干擾客戶工作負載時間。Cross subnet live migration allows administrators to consolidate workloads based on dynamic resource requirements, energy efficiency, and can also accommodate infrastructure maintenance without disrupting customer workload up time.

實用的應用程式Practical applications

Datacenter 模擬的成功、 IT 組織和裝載提供者 (提供者會提供共置或實體伺服器出租) 開始提供更具彈性模擬基礎結構,讓您更輕鬆地提供其針對視伺服器執行個體。With the success of virtualized datacenters, IT organizations and hosting providers (providers who offer colocation or physical server rentals) have begun offering more flexible virtualized infrastructures that make it easier to offer on-demand server instances to their customers. 此服務新一代稱為基礎結構即服務 (IaaS)。This new class of service is referred to as Infrastructure as a Service (IaaS). Windows Server 2016 提供所有所需的平台功能,可讓企業針對建置私人雲朵和轉換到 IT 即服務操作模型。Windows Server 2016 provides all the required platform capabilities to enable enterprise customers to build private clouds and transition to an IT as a service operational model. Windows Server 2016 2016年也可讓主機創造建置公用雲朵並提供其針對 IaaS 方案。Windows Server 2016 2016 also enables hosters to build public clouds and offer IaaS solutions to their customers. 結合時一樣管理員和 Windows Azure 套件管理 HYPER-V 網路模擬原則,Microsoft 提供的雲端強大方案。When combined with Virtual Machine Manager and Windows Azure Pack to manage Hyper-V Network Virtualization policy, Microsoft provides a powerful cloud solution.

Windows Server 2016 HYPER-V 網路模擬提供型原則、 軟體控制網路模擬減少負荷企業所面臨時它們擴充專用的 IaaS 雲朵,並提供雲端主機服務提供者好彈性與延展性管理達成高資源使用量虛擬電腦管理。Windows Server 2016 Hyper-V Network Virtualization provides policy-based, software-controlled network virtualization that reduces the management overhead faced by enterprises when they expand dedicated IaaS clouds, and it provides cloud hosters better flexibility and scalability for managing virtual machines to achieve higher resource utilization.

IaaS 案例中有虛擬 (專用雲端) 不同組織部門或其他針對 (裝載的雲端) 的電腦需要隔離的安全。An IaaS scenario that has virtual machines from different organizational divisions (dedicated cloud) or different customers (hosted cloud) requires secure isolation. 目前的方案,區域網路 (Vlan),可以在本案例中顯示重大缺點。Today's solution, virtual local area networks (VLANs), can present significant disadvantages in this scenario.

VlanVLANs

目前 Vlan 是,大部分的組織用來支援位址空間重複使用和承租人隔離的機制。Currently, VLANs are the mechanism that most organizations use to support address space reuse and tenant isolation. VLAN 使用明確標記 (VLAN ID) 乙太網路框架標頭,以及它依賴乙太網路回到執行隔離,並具有相同的 VLAN 收到網路節點限制流量A VLAN uses explicit tagging (VLAN ID) in the Ethernet frame headers, and it relies on Ethernet switches to enforce isolation and restrict traffic to network nodes with the same VLAN ID. 主要的 Vlan 缺點如下所示:The main disadvantages with VLANs are as follows:

  • 所造成的風險因為麻煩重新設定 production 參數虛擬電腦或隔離邊界動態 datacenter 向時的非故意中斷。Increased risk of an inadvertent outage due to cumbersome reconfiguration of production switches whenever virtual machines or isolation boundaries move in the dynamic datacenter.

  • 由於最大的 4094 Vlan 與一般參數支援不會超過 1000 VLAN Id 有限延展性。Limited in scalability because there is a maximum of 4094 VLANs and typical switches support no more than 1000 VLAN IDs.

  • 在單一的 IP 子網路,限制的單一 VLAN 中節點,限制根據實體的位置虛擬電腦的位置限制。Constrained within a single IP subnet, which limits the number of nodes within a single VLAN and restricts the placement of virtual machines based on physical locations. 即使 Vlan 可以展開的網站上,整個 VLAN 必須是相同的子網路上。Even though VLANs can be expanded across sites, the entire VLAN must be on the same subnet.

IP 位址指派IP address assignment

缺點所提出的 Vlan,除了一樣 IP 位址指派提出問題,其中包括:In addition to the disadvantages that are presented by VLANs, virtual machine IP address assignment presents issues, which include:

  • Datacenter 網路基礎結構的所在位置判斷一樣 IP 位址。Physical locations in datacenter network infrastructure determine virtual machine IP addresses. 如此一來,移動至雲端通常需要變更服務工作負載的 IP 位址。As a result, moving to the cloud typically requires changing IP addresses of the service workloads.

  • 原則受限於 IP 位址,例如免、 資源探索及 directory 服務等等。Policies are tied to IP addresses, such as firewall rules, resource discovery and directory services, and so on. 變更 IP 位址需要更新相關的原則。Changing IP addresses requires updating all the associated policies.

  • 一樣部署及流量隔離的拓撲而定。Virtual machine deployment and traffic isolation are dependent on the topology.

Datacenter 網路系統管理員計劃的資料中心的實體配置,當他們必須請判斷位置子網路將實體放置並傳送。When datacenter network administrators plan the physical layout of the datacenter, they must make decisions about where subnets will be physically placed and routed. 這些決策技術為基礎 IP 和乙太網路影響潛在允許上指定的伺服器或讓連接到特定架 datacenter 中執行虛擬電腦的 IP 位址。These decisions are based on IP and Ethernet technology that influence the potential IP addresses that are allowed for virtual machines running on a given server or a blade that is connected to a particular rack in the datacenter. 當一樣是提供,並放入 datacenter 時,它必須遵守這些選擇和相關的 IP 位址限制。When a virtual machine is provisioned and placed in the datacenter, it must adhere to these choices and restrictions regarding the IP address. 因此,一般的結果是,datacenter 系統管理員將新的 IP 位址指派給虛擬的電腦。Therefore, the typical result is that the datacenter administrators assign new IP addresses to the virtual machines.

這項需求的問題是正在地址,除了語意 IP 位址相關聯的資訊。The problem with this requirement is that in addition to being an address, there is semantic information associated with an IP address. 例如,一個子網路可能包含提供的服務,或在不同的所在位置。For instance, one subnet may contain given services or be in a distinct physical location. 免、 存取控制原則和 IPsec 安全性關聯的通常關聯的 IP 位址。Firewall rules, access control policies, and IPsec security associations are commonly associated with IP addresses. 變更 IP 位址強制調整所有原始的 IP 位址所依據他們原則一樣擁有者。Changing IP addresses forces the virtual machine owners to adjust all their policies that were based on the original IP address. 這個重新編號費用是高許多企業中,選擇新只服務部署到雲端,舊版應用程式保留。This renumbering overhead is so high that many enterprises choose to deploy only new services to the cloud, leaving legacy applications alone.

HYPER-V 網路模擬分離 virtual 網路上的實體網路基礎結構客戶虛擬電腦。Hyper-V Network Virtualization decouples virtual networks for customer virtual machines from the physical network infrastructure. 如此一來,它可以讓客戶虛擬電腦維持其原始的 IP 位址,同時讓 datacenter 系統管理員而不需要重新設定實體 IP 位址或 VLAN Id 提供客戶虛擬電腦中的任何資料中心。As a result, it enables customer virtual machines to maintain their original IP addresses, while allowing datacenter administrators to provision customer virtual machines anywhere in the datacenter without reconfiguring physical IP addresses or VLAN IDs. 下一節摘要的按鍵的功能。The next section summarizes the key functionality.

重要的功能Important functionality

以下是清單鍵的功能、 益處與 HYPER-V 網路模擬 Windows Server 2016 中的功能:The following is a list of the key functionality, benefits, and capabilities of Hyper-V Network Virtualization in Windows Server 2016:

  • 可讓彈性工作負載位置-網路隔離及 IP 位址重新使用 Vlan 不Enables flexible workload placement - Network isolation and IP address re-use without VLANs

    HYPER-V 網路模擬分離顧客 virtual 網路從主機服務提供者,自由提供工作負載位置資料中心中的實體網路基礎結構。Hyper-V Network Virtualization decouples the customer's virtual networks from the physical network infrastructure of the hosters, providing freedom for workload placements inside the datacenters. 一樣工作負載位置不再受限於 VLAN 隔離需求實體網路的 IP 位址指派因為它從依據軟體定義、 multitenant 模擬原則 HYPER-V 主機執行。Virtual machine workload placement is no longer limited by the IP address assignment or VLAN isolation requirements of the physical network because it is enforced within Hyper-V hosts based on software-defined, multitenant virtualization policies.

    現在在同一部主機伺服器不需要麻煩 VLAN 設定違反 IP 位址階層部署虛擬電腦的其他針對重疊的 IP 位址。Virtual machines from different customers with overlapping IP addresses can now be deployed on the same host server without requiring cumbersome VLAN configuration or violating the IP address hierarchy. 這可以簡化至主機服務提供者、 將修改,包括您保持不變一樣 IP 位址,而這些工作負載針對可讓共用 IaaS 客戶工作負載的移轉。This can streamline the migration of customer workloads into shared IaaS hosting providers, allowing customers to move those workloads without modification, which includes leaving the virtual machine IP addresses unchanged. 主機的供應商,支援許多針對想要延伸到共用 IaaS 資料中心他們現有網路位址空間是設定和維護隔離的 Vlan 每個客戶確保的潛在重疊的地址空格並存複雜履行。For the hosting provider, supporting numerous customers who want to extend their existing network address space to the shared IaaS datacenter is a complex exercise of configuring and maintaining isolated VLANs for each customer to ensure the coexistence of potentially overlapping address spaces. 使用 HYPER-V 網路模擬,支援重疊的地址做了更容易和裝載者較網路重新設定。With Hyper-V Network Virtualization, supporting overlapping addresses is made easier and requires less network reconfiguration by the hosting provider.

    此外,維護實體基礎結構升級可以完成不會導致向下客戶工作負載的時間。In addition, physical infrastructure maintenance and upgrades can be done without causing a down time of customer workloads. 使用 HYPER-V 網路模擬,可以而不需要實際 IP 位址變更或主要重新設定移轉虛擬特定主機、 架、 子網路,VLAN 或整個叢集上的電腦。With Hyper-V Network Virtualization, virtual machines on a specific host, rack, subnet, VLAN, or entire cluster can be migrated without requiring a physical IP address change or major reconfiguration.

  • 可讓共用 IaaS 雲端工作負載的變得更容易移Enables easier moves for workloads to a shared IaaS cloud

    使用 HYPER-V 網路模擬、 IP 位址和一樣設定維持不變。With Hyper-V Network Virtualization, IP addresses and virtual machine configurations remain unchanged. 這可以讓 IT 組織更輕鬆地將工作負載從他們的資料中心共用 IaaS 裝載提供者的工作負載或工具基礎架構與原則的最低重新設定。This enables IT organizations to more easily move workloads from their datacenters to a shared IaaS hosting provider with minimal reconfiguration of the workload or their infrastructure tools and policies. 萬一兩個資料中心是連接,IT 系統管理員可以繼續使用他們的工具而不需要重新這些設定。In cases where there is connectivity between two datacenters, IT administrators can continue to use their tools without reconfiguring them.

  • 可讓子網路上的動態移轉Enables live migration across subnets

    即時移轉一樣工作負載的傳統已限制相同的 IP 子網路或 VLAN 因為交叉子網路一樣的客體作業系統變更它的 IP 位址。Live migration of virtual machine workloads traditionally has been limited to the same IP subnet or VLAN because crossing subnets required the virtual machine's guest operating system to change its IP address. 此變更地址中斷現有的通訊,中斷一樣上執行之服務。This address change breaks existing communication and disrupts the services running on the virtual machine. 使用 HYPER-V 網路模擬,工作負載可以動態從執行 Windows Server 2016 一個子網路中,而無須更動工作負載的 IP 位址,在不同的子網路中執行 Windows Server 2016 伺服器移轉。With Hyper-V Network Virtualization, workloads can be live migrated from servers running Windows Server 2016 in one subnet to servers running Windows Server 2016 in a different subnet without changing the workload IP addresses. HYPER-V 網路模擬確保一樣的位置變更因為即時移轉的更新,而且之間的移轉一樣持續進行通訊的主機保持同步。Hyper-V Network Virtualization ensures that virtual machine location changes due to live migration are updated and synchronized among hosts that have ongoing communication with the migrated virtual machine.

  • 可讓變得更容易管理的伺服器與網路的分離管理Enables easier management of decoupled server and network administration

    因為移轉和工作負載的位置的基礎實體網路組態的獨立簡化伺服器工作負載的位置。Server workload placement is simplified because migration and placement of workloads are independent of the underlying physical network configurations. 伺服器管理員可對焦於管理服務,伺服器,並網路系統管理員可以專注於整體網路基礎結構及流量管理。Server administrators can focus on managing services and servers, and network administrators can focus on overall network infrastructure and traffic management. 這可讓資料中心部署,及移轉虛擬電腦,而無須更動虛擬電腦的 IP 位址的伺服器管理員。This enables datacenter server administrators to deploy and migrate virtual machines without changing the IP addresses of the virtual machines. 那里減少負荷因為 HYPER-V 網路模擬允許一樣位置網路拓撲,而發生減少的網路系統管理員可能會變更隔離邊界的定位參與。There is reduced overhead because Hyper-V Network Virtualization allows virtual machine placement to occur independently of network topology, reducing the need for network administrators to be involved with placements that might change the isolation boundaries.

  • 簡化網路,並改善伺服器或網路資源使用量Simplifies the network and improves server/network resource utilization

    Rigidity Vlan 和相依性 overprovisioning 和 underutilization 實體網路基礎結構結果一樣的位置。The rigidity of VLANs and the dependency of virtual machine placement on a physical network infrastructure results in overprovisioning and underutilization. 中斷相依性,一樣工作負載位置的提高的彈性可以簡化網路管理,並改善伺服器及網路資源使用量。By breaking the dependency, the increased flexibility of virtual machine workload placement can simplify the network management and improve server and network resource utilization. 請注意,HYPER-V 網路模擬支援 Vlan 實體 datacenter 環境中。Note that Hyper-V Network Virtualization supports VLANs in the context of the physical datacenter. 例如,datacenter 可能會想將特定的 VLAN 上的所有 HYPER-V 網路模擬傳輸。For example, a datacenter may want all Hyper-V Network Virtualization traffic to be on a specific VLAN.

  • 與現有的基礎結構和新興技術相容Is compatible with existing infrastructure and emerging technology

    HYPER-V 網路模擬可以部署在今天的資料中心,但是新興 datacenter 」 一般的網路 」 的技術與相容。Hyper-V Network Virtualization can be deployed in today's datacenter, yet it is compatible with emerging datacenter "flat network" technologies.

    例如,HNV Windows Server 2016 中的支援 VXLAN 封裝格式與開放 vSwitch 資料庫管理通訊協定 (OVSDB) 為 SouthBound 介面 (SBI)...For example, HNV in Windows Server 2016 supports the VXLAN encapsulation format and the Open vSwitch Database Management Protocol (OVSDB) as the SouthBound Interface (SBI)..

  • 提供交互操作以及生態系統整備Provides for interoperability and ecosystem readiness

    HYPER-V 網路模擬支援多個組態通訊的現有的資源,例如跨前提連接、 存放區網路 (舊)、 非擬化檔案資源的存取等等。Hyper-V Network Virtualization supports multiple configurations for communication with existing resources, such as cross premise connectivity, storage area network (SAN), non-virtualized resource access, and so on. Microsoft 會致力於處理生態系統合作夥伴支援及提升效能、 延展性及管理 HYPER-V 網路模擬的體驗。Microsoft is committed to working with ecosystem partners to support and enhance the experience of Hyper-V Network Virtualization in terms of performance, scalability, and manageability.

  • 原則為基礎的設定Policy-based configuration

    Windows Server 2016 中的網路模擬原則是透過 Microsoft Network Controller 設定。Network virtualization policies in Windows Server 2016 are configured through the Microsoft Network Controller. 網路控制器有一套 RESTful northbound API,及 Windows PowerShell 介面設定原則。The network controller has a RESTful northbound API, and Windows PowerShell interface to configure policy. 如需 Microsoft Network Controller 的詳細資訊,請查看Network ControllerFor more information about the Microsoft Network Controller, see Network Controller.

軟體需求Software requirements

使用 Microsoft Network Controller HYPER-V 網路模擬需要 Windows Server 2016 和 HYPER-V 角色。Hyper-V Network Virtualization using the Microsoft Network Controller requires Windows Server 2016 and the Hyper-V role.

也了See also

若要了解更多有關 Windows Server 2016 中 HYPER-V 網路模擬查看下列連結:To learn more about Hyper-V Network Virtualization in Windows Server 2016 see the following links:

內容類型Content type 資訊尋找參考資料References
社群資源Community Resources - 私人雲端架構部落格- Private Cloud Architecture Blog
-詢問問題:cloudnetfb@microsoft.com- Ask questions: cloudnetfb@microsoft.com
RFCRFC -VXLAN- RFC 7348- VXLAN - RFC 7348
相關的技術Related Technologies - Network Controller- Network Controller
- HYPER-V 網路模擬概觀(Windows Server 2012 R2)- Hyper-V Network Virtualization Overview ( Windows Server 2012 R2 )