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    • 5. 发明授权
    • Adapter blade for a blade server system chassis
    • 刀片服务器系统机箱的适配器刀片
    • US07684208B2
    • 2010-03-23
    • US11693416
    • 2007-03-29
    • Michihiro OkamotoEdward Stanley SuffernTakeshi Wagatsuma
    • Michihiro OkamotoEdward Stanley SuffernTakeshi Wagatsuma
    • H05K7/14
    • H05K7/1487H05K7/1488
    • A system chassis includes multiple chassis bays configured for receiving either of a single, conventional server blade or an adapter blade. The adapter blade can selectively secure a plurality of compact blades, such as a blade PC. The adapter blade includes a blade latch for selectively releasing the adapter blade from the chassis bay, wherein the presence of a compact blade enclosure within any of the plurality of adapter bays of the adapter blade prevents the latch from being operable to release the adapter blade. The compact blade preferably includes a latch disposed along an upper or lower edge of the blade for selectively releasing the compact blade enclosure from the adapter bay. The adapter blade preferably also includes an interposer disposed for electronically communicating each compact blade with a server interface a separate node upon securing a compact blade within any of the adapter bays.
    • 系统机箱包括配置为接收单个传统服务器刀片或适配器刀片中的任一个的多个机箱托架。 适配器刀片可以选择性地固定多个紧凑型刀片,例如刀片PC。 适配器刀片包括用于从机箱托架选择性地释放适配器刀片的刀片闩锁,其中在适配器刀片的多个适配器托架的任何一个中存在紧凑的刀片外壳防止闩锁可操作以释放适配器刀片。 紧凑型叶片优选地包括沿着叶片的上边缘或下边缘设置的闩锁,用于将紧凑型叶片外壳从适配器托架中选择性地释放。 适配器刀片优选地还包括插入器,其设置用于在将紧凑刀片固定在任何适配器隔间内时将每个紧凑型刀片与服务器接口电子地连接到单独的节点。
    • 6. 发明申请
    • Power Control of Servers Using Advanced Configuration and Power Interface (ACPI) States
    • 使用高级配置和电源接口(ACPI)状态的服务器的电源控制
    • US20090055665A1
    • 2009-02-26
    • US11843181
    • 2007-08-22
    • Stephen C. MaglioneEdward Stanley Suffern
    • Stephen C. MaglioneEdward Stanley Suffern
    • G06F1/32G06F9/44
    • G06F1/3203G06F1/206H05K7/1498Y02D10/16
    • A method of managing power consumption by a plurality of blade servers within a processing system. The speed of at least one of the plurality of blade servers is reduced in response to the processing system reaching a power or thermal threshold. At least one of the plurality of blade servers is identified as not being critical to maintain in a working state and the critical blade server is put in a sleep state. A satellite management controller may control blade server power consumption and heat generation in various ways that combine processor speed-stepping and control of processor sleep states. Known sleep states save more power than speed-stepping by turning off the processor and/or volatile memory. The processor speed and sleep-states of at least one non-critical blade server, and optionally the processor speed of a critical processor, may be changed in order to control the power consumption below a power threshold or control the temperature below a thermal threshold.
    • 一种管理处理系统内的多个刀片服务器的功耗的方法。 响应于处理系统达到功率或热阈值,多个刀片服务器中的至少一个的速度被减小。 多个刀片服务器中的至少一个被识别为不是维持在工作状态并且关键刀片服务器处于睡眠状态的关键。 卫星管理控制器可以以组合处理器速度步进和处理器睡眠状态的控制的各种方式控制刀片服务器功耗和发热。 通过关闭处理器和/或易失性存储器,已知的睡眠状态比速度步进节省更多的功率。 可以改变至少一个非关键刀片服务器的处理器速度和睡眠状态,以及可选地关键处理器的处理器速度,以便将功率消耗控制在功率阈值以下或将温度控制在热阈值以下。
    • 9. 发明授权
    • System and method for recovering and restoring lost data in a N-channel coherent data transmission system
    • 用于在N信道相干数据传输系统中恢复和恢复丢失数据的系统和方法
    • US06647028B1
    • 2003-11-11
    • US09157743
    • 1998-09-21
    • Emmanuel LanconClement Yvon Gustave PoiraudEdward Stanley SuffernSpiros Joseph Teleoglou
    • Emmanuel LanconClement Yvon Gustave PoiraudEdward Stanley SuffernSpiros Joseph Teleoglou
    • H04J304
    • H04J3/1623H04J3/0626H04J3/14H04L25/14
    • A method and apparatus for use where an incoming high speed data stream is first divided into N lower bandwidth channels and is then transmitted through the network to a receiver where it arrives with varying delays depending on the physical characteristics of the network. The high speed data stream is reconstructed by determining the different geographical delay parameters among the lower speed channels, by adjusting the transmission delays by alignment circuitry, and then by combining the lower speed signals into one high bandwidth channel. When one of the lower speed channels fails, the bandwidth is automatically re-adjusted using the remaining N−1 lines. When the failed channel is restored to an acceptable level of service, the communication protocol automatically re-adjusts the bandwidth to the full N channels. When the network indicates the loss of a line, the multiplexers at both ends of the link automatically compensate for the loss without any message exchange. When the line is restored, the multiplexers at both ends of the link automatically re-adjust the bandwidth.
    • 一种用于将输入的高速数据流首先划分成N个较低带宽信道并随后通过网络传输到接收机的方法和装置,其中接收器根据网络的物理特性以不同的延迟到达。 通过利用对准电路调整传输延迟,然后将低速信号组合成一个高带宽信道,通过确定低速信道之间的不同地理延迟参数来重构高速数据流。 当其中一个低速通道出现故障时,使用剩余的N-1线自动重新调整带宽。 当故障通道恢复到可接受的服务水平时,通信协议自动将带宽重新调整为全N个通道。 当网络指示线路的丢失时,链路两端的多路复用器自动补偿丢失而不进行任何消息交换。 当线路恢复时,链路两端的多路复用器自动重新调整带宽。