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    • 1. 发明申请
    • Adaptive Receive Path Learning To Facilitate Combining TCP Offloading And Network Device Teaming
    • 自适应接收路径学习方便组合TCP卸载和网络设备组合
    • US20150365335A1
    • 2015-12-17
    • US14835841
    • 2015-08-26
    • Emulex Corporation
    • Wilson Kwong Thai Yam
    • H04L12/891H04L29/08H04L12/803
    • H04L47/41H04L47/125H04L47/193H04L47/765H04L67/10Y02D50/30
    • One or more modules include a first portion that teams together multiple physical network interface ports of a computing system to appear as a single virtual network interface port to a switch to which the physical ports are linked. A second portion determines a receive port upon which a packet of a TCP session was received. A third portion assigns a transmit port to be the receive port, wherein the transmit port is used by the computing system to transmit packets of the TCP session. The third portion assigns the transmit port prior to a TCP offload engine (TOE) being enabled to offload from the system CPU processing of packets of the TCP session transceived on the assigned transmit/receive port. If a subsequent packet for the TCP session is received on a different second port, the transmit port is reassigned to be the second port.
    • 一个或多个模块包括将计算系统的多个物理网络接口端口组合在一起以将物理端口链接到的交换机显示为单个虚拟网络接口端口的第一部分。 第二部分确定接收到TCP会话的分组的接收端口。 第三部分将发送端口分配为接收端口,其中发送端口被计算系统用于发送TCP会话的分组。 第三部分在TCP卸载引擎(TOE)启用之前分配发送端口,以从系统CPU处理在分配的发送/接收端口上收发的TCP会话的数据包处理。 如果在不同的第二端口上接收到用于TCP会话的后续分组,则将发送端口重新分配为第二端口。
    • 3. 发明申请
    • MONITORING IN SWITCH NETWORKS
    • 监控网络
    • US20150236937A1
    • 2015-08-20
    • US14704061
    • 2015-05-05
    • Emulex Corporation
    • Carl Joseph MIESJoseph Harold STEINMETZMurthy KOMPELLABruce Gregory WARREN
    • H04L12/26H04L29/06
    • H04L43/0876H04L43/12H04L43/18H04L67/1097H04L69/08
    • Monitoring in switch networks is disclosed. Ports in a switch may include monitoring circuitry and a monitoring tap which allows traffic data to be diverted for monitoring prior to any significant transformation of the traffic by the regular port logic. Furthermore, the monitoring circuitry can receive signaling and convert it for subsequent analysis by a protocol analyzer. The ports and paths in the switch network can be configured to create monitor paths to enable diverted traffic data to be passed through the network to locations where a protocol analyzer can be easily attached. With wide bandwidth ports, there is no disruption to the system. Because only a copy of the data is routed to the analyzer, there is no change to the original signal path and latency is identical with or without the analyzer.
    • 披露了交换机网络中的监控。 交换机中的端口可以包括监控电路和监控分接头,其允许在通过常规端口逻辑的业务的任何重大变换之前转发流量数据以进行监控。 此外,监控电路可以接收信令并将其转换成协议分析器进行后续分析。 交换机网络中的端口和路径可以配置为创建监视路径,以使转移的业务数据能够通过网络传递到协议分析器可以轻松连接的位置。 对于宽带宽端口,系统不会中断。 因为只有数据的副本才能路由到分析仪,所以原始信号路径没有改变,延迟与分析仪是否相同。
    • 4. 发明申请
    • POSITIVE FEEDBACK ETHERNET LINK FLOW CONTROL FOR PROMOTING LOSSLESS ETHERNET
    • 积极反馈以太网链路流量控制,用于促进无线以太网
    • US20150215224A1
    • 2015-07-30
    • US14680451
    • 2015-04-07
    • Emulex Corporation
    • Parav Kanaiyalal Pandit
    • H04L12/801H04L12/46
    • H04L47/39H04L12/4645H04L47/2408H04L47/263
    • An Ethernet node includes a receiver and transmitter for coupling to an Ethernet link for transceiving Ethernet frames with a remote Ethernet node at a remote end of the Ethernet link. The Ethernet node sends to the remote Ethernet node credit information that enables the remote Ethernet node to know an amount of Ethernet frames the remote Ethernet node is allowed to send to the Ethernet node. The credit information may be specified on a VLAN priority basis and may be included in a header piggy-backed on a host Ethernet frame or may be included in an explicit frame. The credit information may incrementally replenish credits or may specify an absolute credit amount and may be sent in response to processing frames, detection of a frame error, receipt of a request from the remote node or other events.
    • 以太网节点包括用于耦合到以太网链路的接收器和发射器,用于在以太网链路的远端与远程以太网节点收发以太网帧。 以太网节点向远程以太网节点发送信用信息,使远程以太网节点能够知道远程以太网节点允许发送到以太网节点的以太网帧数量。 信用信息可以以VLAN优先级为基础来指定,并且可以包括在主机以太网帧中的背景中的头部中,或者可以被包括在显式帧中。 信用信息可以递增地补充信用或可以指定绝对信用量,并且可以响应于处理帧,帧错误的检测,来自远程节点的请求的接收或其他事件而被发送。
    • 6. 发明申请
    • METHOD FOR VERIFYING CORRECT ENCRYPTION KEY UTILIZATION
    • 验证正确加密密钥使用的方法
    • US20150180668A1
    • 2015-06-25
    • US14632712
    • 2015-02-26
    • Emulex Corporation
    • John Sui-kei TangLarry Dean HoferDavid C. Lawson
    • H04L9/32
    • H04L9/3242H03M13/09H04L9/0822H04L9/083H04L9/0894H04L2209/24
    • Methods and systems are provided for verifying use of encryption keys. A request for verification information may be sent by a network element (e.g., server), with the request comprising combination of one or more identifiers, the combination associated with a particular I/O operation. The request may be sent to another element, which may be a centralized encryption management element (e.g., management server). In response to the request, key use verification information generated for the particular I/O operation may be received, and may be used thereafter in validating a corresponding encryption key, which may be used during data encryption or decryption, based on the received key use verification information and locally generated verification information associated with the particular I/O operation. The one or more identifiers include at least one of a target identifier, a LUN identifier, and a LBA range identifier.
    • 提供了用于验证使用加密密钥的方法和系统。 验证信息的请求可以由网络元件(例如,服务器)发送,该请求包括一个或多个标识符的组合,该特定I / O操作的组合。 该请求可以被发送到另一个元件,其可以是集中式加密管理元件(例如,管理服务器)。 响应于该请求,可以接收针对特定I / O操作生成的密钥使用验证信息,并且可以在此之后使用基于所接收的密钥使用来验证可以在数据加密或解密期间使用的对应加密密钥 验证信息和与特定I / O操作相关联的本地生成的验证信息。 一个或多个标识符包括目标标识符,LUN标识符和LBA范围标识符中的至少一个。
    • 7. 发明授权
    • Stateless fibre channel sequence acceleration for fibre channel traffic over Ethernet
    • 以太网光纤通道流量无状态光纤信道序列加速
    • US09049218B2
    • 2015-06-02
    • US14547278
    • 2014-11-19
    • Emulex Corporation
    • Parag Dattatraya BhideGlenn Chih YuRahul Korivi Subramaniyam
    • H04L29/08H04L29/06
    • H04L47/125H04B10/25H04L67/1097H04L69/12H04L69/22H04L69/32
    • A method for offloading Fiber Channel transmit data in an I/O operation. The transmit data includes Fiber Channel sequences, each Fiber Channel sequence includes multiple frames. The method includes generating a single transmit sequence request descriptor for transmitting all of the plurality of frames; creating an Ethernet header, a FCoE encapsulation header, and a Fiber Channel header for each frame in response to information in the transmit sequence request descriptor; creating start of frame and end of frame delimiters; inserting data into each frame; computing Fiber Channel CRC and Ethernet FCS for each frame; and transmitting the plurality of frames over a network. In each of the plurality of frames, the Ethernet header precedes the FCoE encapsulation header, which precedes the Fiber Channel header, which precedes the data. The data is followed by the Fiber Channel CRC, which is followed by the Ethernet FCS.
    • 一种在I / O操作中卸载光纤通道传输数据的方法。 发送数据包括光纤通道序列,每个光纤通道序列包括多个帧。 该方法包括:生成用于发送所有多个帧的单个发射序列请求描述符; 响应于发送序列请求描述符中的信息为每个帧创建以太网报头,FCoE封装报头和光纤通道报头; 创建帧的开始和帧分隔符的结尾; 将数据插入到每个帧中; 计算每个帧的光纤通道CRC和以太网FCS; 以及通过网络发送所述多个帧。 在多个帧的每一个中,以太网报头位于先于数据之前的光纤通道报头之前的FCoE封装报头。 数据后面是光纤通道CRC,其后是以太网FCS。
    • 8. 发明申请
    • POWER MANAGEMENT FOR INPUT/OUTPUT DEVICES
    • 输入/输出设备的电源管理
    • US20150012771A1
    • 2015-01-08
    • US14494741
    • 2014-09-24
    • Emulex Corporation
    • Mark Joseph Karnowski
    • G06F1/32
    • G06F1/3287G06F1/3209H04L12/12Y02D10/171Y02D50/40Y02D50/42
    • Methods and systems are provided for managing power consumption in network devices. In a network device that may comprise a plurality of ports, each of which being identified by a unique identifier and being adapted to handle separate network traffic, it may be determined whether a first port of the network device may need to be reactivated, where the first port may have been previously shut down by directing of traffic corresponding to the first port, through a virtual port generated on a second port. When the first port is to be reactivated, the virtual port may be turned off, and the first port may then be reactivated. Traffic being routed through the virtual port may be routed before shutting it down; and the paused traffic to and from the network device may be resumed through the first port after it is reactivated.
    • 提供了用于管理网络设备中的功耗的方法和系统。 在可以包括多个端口的网络设备中,每个端口由唯一的标识符标识并且适于处理分离的网络业务,可以确定是否可能需要重新激活网络设备的第一端口,其中 可以通过在第二端口上生成的虚拟端口来引导对应于第一端口的流量来先前关闭第一端口。 当第一个端口被重新激活时,可以关闭虚拟端口,然后可以重新激活第一端口。 通过虚拟端口路由的流量可以在关闭之前路由; 并且可以在重新激活之后通过第一端口恢复来往网络设备的暂停的流量。
    • 9. 发明申请
    • ACCELERATED SOCKETS
    • 加速插座
    • US20140379847A1
    • 2014-12-25
    • US14483633
    • 2014-09-11
    • Emulex Corporation
    • James B. Williams
    • H04L29/06H04L29/08
    • H04L69/162H04L67/1097
    • Disclosed herein is an improved method of using sockets in connection with TCP over certain local networks, such as the enhanced Ethernet. In particular, an accelerated socket protocol is provided to enhance data communications between different host computer systems connected to an enhanced Ethernet network. Under the accelerated socket protocol, a host computer, while sending a number of data packets, is able to indicate a particular data packet is a last ready data packet out of all packets ready to be sent by setting a PUSH bit in that particular data packet, which triggers an automatic acknowledgement message that confirms receipt of data from the receiver. In addition, while receiving data packets, the host computer can advertise an effective window that corresponds to the actually available receiving space in the host computer.
    • 这里公开了一种在某些本地网络(例如增强型以太网)上使用与TCP相关联的套接字的改进方法。 特别地,提供加速套接字协议以增强连接到增强型以太网的不同主机计算机系统之间的数据通信。 在加速套接字协议下,主计算机在发送多个数据包的同时,能够通过在该特定数据包中设置一个PUSH位来指示特定数据包是准备发送的所有数据包中的最后一个准备好的数据包 ,其触发确认从接收器接收数据的自动确认消息。 此外,在接收数据分组的同时,主计算机可以发布对应于主计算机中实际可用的接收空间的有效窗口。