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    • 47. 发明申请
    • CONFIGURABLE BLADE ENCLOSURE
    • 可配置叶片外壳
    • US20080034067A1
    • 2008-02-07
    • US11462042
    • 2006-08-03
    • Shah Mohammad Rezaul IslamGregg Steven Lucas
    • Shah Mohammad Rezaul IslamGregg Steven Lucas
    • G06F15/177
    • G06F11/2089G06F3/0605G06F3/0607G06F3/0635G06F3/0637G06F3/0658G06F3/0674G06F3/0689G06F11/201
    • A blade enclosure is provided which may accommodate a first configuration which includes integrated drive enclosure blades (I-DEBs) or a second configuration which includes I-DEBs and non-integrated or switched DEBs (S-DEBs). Each I-DEB includes a pair of redundant RAID controllers, each having two configurable ports. In the first configuration, all four ports are configured as host adapter (HA) ports through which data is exchanged with server blades. In the second configuration, one port of each RAID controller is configured as an HA port, through which data is exchanged with server blades, and the other port of each RAID controller is configured as a device adapter (DA) port, through which data may be exchanged with the S-DEB. Zones may also be established to separate traffic between the servers and the I-DEB from traffic between the I-DES and the S-DEB.
    • 提供了一种刀片机箱,其可容纳包括集成的驱动器外壳刀片(I-DEB)的第一配置或包括I-DEB和非集成或切换的DEB(S-DEB)的第二配置。 每个I-DEB包括一对冗余RAID控制器,每个具有两个可配置端口。 在第一个配置中,所有四个端口均配置为主机适配器(HA)端口,通过该端口与服务器刀片交换数据。 在第二种配置中,每个RAID控制器的一个端口被配置为HA端口,通过该端口将数据与服务器刀片交换,并且每个RAID控制器的另一个端口被配置为设备适配器(DA)端口,数据可能通过该端口 与S-DEB交换。 还可以建立区域来分离服务器与I-DEB之间的流量与I-DES和S-DEB之间的流量。
    • 48. 发明授权
    • High speed digital data transmission by separately clocking and recombining interleaved data subgroups
    • 通过单独计时和重组交错数据子组实现高速数字数据传输
    • US06246726B1
    • 2001-06-12
    • US09514025
    • 2000-02-25
    • Enrique GarciaGregg Steven LucasJuan Antonio Yanes
    • Enrique GarciaGregg Steven LucasJuan Antonio Yanes
    • H04L2704
    • H04L7/0008
    • To exchange a digital data input stream, a transmitter sends the digital data input stream to a receiver, and the receiver sequentially divides the stream into different interleaved substreams and later combines the substreams to provide an output including the original digital data input stream. The original digital data input stream includes multiple subgroups of data, such as bytes. Each subgroup is stored in a selected buffer of the receiver. Buffers are selected in a predetermined order of rotation to store sequentially received subgroups. Thus, each buffer receives subgroups in a defined order. Later, each buffer outputs its stored subgroups in the same order as received. A data assembler assembles the subgroups output by the various buffers, reconstructing the original digital input stream.
    • 为了交换数字数据输入流,发送器将数字数据输入流发送到接收机,并且接收机将该流顺序地​​划分成不同的交错子流,并且稍后组合子流以提供包括原始数字数据输入流的输出。 原始数字数据输入流包括多个数据子集,例如字节。 每个子组存储在接收器的选定缓冲器中。 以预定的旋转顺序选择缓冲器以存储顺序接收的子组。 因此,每个缓冲器以定义的顺序接收子组。 后来,每个缓冲区按照接收的顺序输出其存储的子组。 数据汇编器组装由各种缓冲器输出的子组,重构原始数字输入流。
    • 50. 发明授权
    • Detecting cable length in a storage subsystem with wide ports
    • 检测具有宽端口的存储子系统中的电缆长度
    • US07949489B2
    • 2011-05-24
    • US11828687
    • 2007-07-26
    • Brian James CagnoGregg Steven LucasThomas Stanley Truman
    • Brian James CagnoGregg Steven LucasThomas Stanley Truman
    • G01R13/00
    • G01B7/02
    • A mechanism detects cable length in a storage subsystem with wide ports. The mechanism uses in-situ bidirectional cable wrapping for determining different cable lengths. The mechanism under-margins transmitter output to failure for each external port and even for each PHY within a wide port. Based on the transition point from “good” wrap to “bad” wrap, the cable length may be determined. The transition point identifies if the cable is long or short, at which point the optimum tuning parameters can accordingly be set. A calibration mechanism calibrates the high speed transmitter/receiver pair characteristics, and, thus, optimizes the transmission performance between subsystems. The calibration mechanism mitigates the need for frequent error correction and does not incur the performance degradation associated with error correction techniques.
    • 机构检测具有宽端口的存储子系统中的电缆长度。 该机构使用原位双向电缆缠绕来确定不同的电缆长度。 发射机的输出功率低于每个外部端口的故障,甚至是宽端口内的每个PHY。 基于从“良好”包装到“不良”包装的转换点,可以确定电缆长度。 转换点标识电缆是长还是短,此时可以设置最佳调谐参数。 校准机构校准高速发射机/接收机对特性,从而优化子系统之间的传输性能。 校准机制减轻了频繁纠错的需要,并且不会引起与纠错技术相关的性能下降。