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    • 2. 发明授权
    • Combining separate infiniband subnets into virtual subnets
    • 将单独的infiniband子网组合成虚拟子网
    • US07401157B2
    • 2008-07-15
    • US10208429
    • 2002-07-30
    • Lino CostantinoHoward GreenBrian Forbes
    • Lino CostantinoHoward GreenBrian Forbes
    • G06F15/173
    • H04L45/00
    • A system and method are disclosed for combining physically separate subnets of an Infiniband (IB) network into virtual subnets. In the virtual subnets, all of the end node in one subnet may be allowed to access all of the end nodes in another subnet, or the access may be limited to only a selected subset of another subnet. In addition to processing of globally-routed IB packets, the router also communicates (alone or in cooperation with another router) locally-routed IB packets traveling between a designated end nodes in different subnets. The routers may encapsulate the packets into raw datagrams for transport across intervening subnets. The described system and method may advantageously allow remote end nodes to act as a part of a given subnet, and may advantageously allow routers to provide both switch and routing functionality.
    • 公开了用于将Infiniband(IB)网络的物理上分离的子网组合成虚拟子网的系统和方法。 在虚拟子网中,可允许一个子网中的所有端节点访问另一个子网中的所有端节点,或者该访问可能仅限于另一子网的所选子集。 除了处理全局路由的IB分组之外,路由器还在不同子网中的指定端节点之间通信(单独或与另一路由器协作)本地路由的IB分组。 路由器可以将分组封装成原始数据报,以便跨中继子网进行传输。 所描述的系统和方法可以有利地允许远程端节点充当给定子网的一部分,并且可以有利地允许路由器提供交换和路由功能。
    • 3. 发明授权
    • Virtualized multiport switch
    • 虚拟化多端口开关
    • US07286544B2
    • 2007-10-23
    • US10205214
    • 2002-07-25
    • Brian ForbesLino CostantinoHoward Green
    • Brian ForbesLino CostantinoHoward Green
    • H04L12/28
    • H04L49/252H04L49/15H04L49/30
    • A multiport switch assembly comprises a plurality of discrete switch devices coupled together in a way that virtualizes the behavior of a multiport switch assembly. Each of said switch devices preferably has fewer ports than the number of ports made externally available by the multiport switch assembly. The multiport switch assembly preferably comprises a plurality of tiers of switch devices and a processor connected directly or indirectly to all or at least some of the switch devices. The processor executes code that permits the multiport switch assembly to appear, from the viewpoint of external logic (e.g., management entities, end nodes, routers, etc.), to operate as a single switch device. This alleviates the burden on the external logic, which otherwise would have to control each individual switch device to accomplish the desired switching behavior of the switch assembly.
    • 多端口开关组件包括以虚拟化多端口开关组件的行为的方式耦合在一起的多个离散开关装置。 每个所述开关装置优选地具有比由多端口开关组件外部可用的端口的数量少的端口。 多端口开关组件优选地包括多层开关装置和直接或间接地连接到所有或至少一些开关装置的处理器。 从外部逻辑(例如,管理实体,终端节点,路由器等)的观点来看,处理器执行允许多端口交换机组件出现的代码,以用作单个交换设备。 这减轻了外部逻辑的负担,否则将不得不控制每个单独的开关装置来实现开关组件的期望的开关行为。
    • 4. 发明授权
    • Infiniband router having an internal subnet architecture
    • Infiniband路由器具有内部子网架构
    • US07307996B2
    • 2007-12-11
    • US10208430
    • 2002-07-30
    • Brian ForbesLino CostantinoHoward Green
    • Brian ForbesLino CostantinoHoward Green
    • H04L12/28
    • H04L45/04
    • An Infiniband (IB) router with an internal subnet architecture is disclosed. It comprises multiple port interface circuits interconnected by an internal IB subnet. The multiple port interface circuits each connect to an external IB subnet and preferably determine new local route headers (LRH) for global IB packets (i.e. packets having a global route header (GRH)). The new LRHs for externally received packets include a destination local identifier (DLID) value that identifies another port interface circuit in the router, whereas the new LRHs for internally received packets include a DLID value that identifies an end node or router in the external subnet to which the port interface circuit is attached. The internal IB subnet transports IB packets between the port interface circuits, directing them according to the contents of the LRHs. The internal subnet may take the form of an IB switch or a network of IB switches.
    • 披露了具有内部子网架构的Infiniband(IB)路由器。 它包括通过内部IB子网互连的多个端口接口电路。 多个端口接口电路各自连接到外部IB子网,并且优选地确定用于全局IB分组(即具有全局路由报头(GRH)的分组))的新的本地路由报头(LRH)。 用于外部接收的分组的新LRH包括标识路由器中另一端口接口电路的目的本地标识符(DLID)值,而用于内部接收分组的新LRH包括DLID值,其将外部子网中的终端节点或路由器标识为 端口接口电路连接。 内部IB子网在端口接口电路之间传输IB数据包,根据LRH的内容指示它们。 内部子网可以采用IB交换机或IB交换机网络的形式。