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    • 1. 发明申请
    • Apparatus, System, and Method For Adapter Card Failover
    • 用于适配器卡故障转移的设备,系统和方法
    • US20080263391A1
    • 2008-10-23
    • US11738150
    • 2007-04-20
    • Stephen L. BlinickCheng-Chung SongCarol SpanelAndrew Dale Walls
    • Stephen L. BlinickCheng-Chung SongCarol SpanelAndrew Dale Walls
    • G06F11/07
    • G06F11/2038G06F11/2033G06F11/2046
    • An apparatus, system, and method are disclosed for adapter card failover. A switch module connects a first processor complex to an adapter card through a first port as an owner processor complex. The owner processor complex manages the adapter card except for a second port and receives error messages from the adapter card. The switch module further connects a second processor complex to the adapter card through the second port as a non-owner processor complex. The non-owner processor complex manages the second port. A detection module detects a failure of the first processor complex. A setup module modifies the switch module to logically connect the second processor complex to the adapter card as the owner processor complex and to logically disconnect the first processor complex from the adapter card in response to detecting the failure.
    • 公开了用于适配器卡故障切换的装置,系统和方法。 开关模块通过作为所有者处理器的第一端口将第一处理器复合体连接到适配器卡。 所有者处理器复合体管理适配器卡,但第二个端口除外,并从适配器卡接收错误消息。 交换机模块通过第二端口进一步将第二处理器复合体连接到适配器卡作为非所有者处理器复合体。 非所有者处理器复合体管理第二个端口。 检测模块检测第一处理器复杂的故障。 设置模块修改交换机模块以将所有者处理器复杂化,将第二处理器复合体逻辑连接到适配器卡,并根据检测到故障从逻辑上断开第一个处理器复合体与适配器卡的连接。
    • 2. 发明授权
    • Apparatus, system, and method for adapter card failover
    • 适配卡故障切换的装置,系统和方法
    • US07870417B2
    • 2011-01-11
    • US11738142
    • 2007-04-20
    • Stephen L. BlinickCheng-Chung SongCarol SpanelAndrew Dale Walls
    • Stephen L. BlinickCheng-Chung SongCarol SpanelAndrew Dale Walls
    • G06F11/00
    • G06F11/2038G06F11/2033G06F11/2046
    • An apparatus, system, and method are disclosed for adapter card failover. A switch module connects a first processor complex to an adapter card through a first port as an owner processor complex. The owner processor complex manages the adapter card except for a second port and receives error messages from the adapter card. The switch module further connects a second processor complex to the adapter card through the second port as a non-owner processor complex. The non-owner processor complex manages the second port. A detection module detects a failure of the first processor complex. A setup module modifies the switch module to logically connect the second processor complex to the adapter card as the owner processor complex and to logically disconnect the first processor complex from the adapter card in response to detecting the failure.
    • 公开了用于适配器卡故障切换的装置,系统和方法。 开关模块通过作为所有者处理器的第一端口将第一处理器复合体连接到适配器卡。 所有者处理器复合体管理适配器卡,但第二个端口除外,并从适配器卡接收错误消息。 交换机模块通过第二端口进一步将第二处理器复合体连接到适配器卡,作为非所有者处理器复合体。 非所有者处理器复合体管理第二个端口。 检测模块检测第一处理器复杂的故障。 设置模块修改交换机模块以将所有者处理器复杂化,将第二处理器复合体逻辑连接到适配器卡,并根据检测到故障从逻辑上断开第一个处理器复合体与适配器卡的连接。
    • 4. 发明申请
    • MULTI-CHARACTER ADAPTER CARD
    • 多字符适配卡
    • US20080301345A1
    • 2008-12-04
    • US11754821
    • 2007-05-29
    • Stephen L. BlinickCarol SpanelAndrew Dale Walls
    • Stephen L. BlinickCarol SpanelAndrew Dale Walls
    • G06F13/00
    • G06F13/385
    • One embodiment of an adapter card in accordance with the invention includes a circuit board connectable to a motherboard of a computer system. A logic chip is connected to the circuit board to provide functionality to the adapter card. One or more programmable devices are connected to the circuit board and store data read by the logic chip upon initialization. This data may include first character data to program the logic chip to have a first character and second character data to program the logic chip to have a second character. A switching mechanism is provided to switch between the first and second character data in response to an external input, thereby causing the logic chip to read one of the first and second character data.
    • 根据本发明的适配器卡的一个实施例包括可连接到计算机系统的主板的电路板。 逻辑芯片连接到电路板以向适配器卡提供功能。 一个或多个可编程设备连接到电路板,并在初始化时存储由逻辑芯片读取的数据。 该数据可以包括用于对逻辑芯片编程以具有第一字符和第二字符数据的第一字符数据,以将逻辑芯片编程为具有第二字符。 提供切换机制以响应于外部输入在第一和第二字符数据之间切换,从而使逻辑芯片读取第一和第二字符数据之一。
    • 5. 发明授权
    • Multi-character adapter card
    • 多字符适配卡
    • US07596651B2
    • 2009-09-29
    • US11754821
    • 2007-05-29
    • Stephen L. BlinickCarol SpanelAndrew Dale Walls
    • Stephen L. BlinickCarol SpanelAndrew Dale Walls
    • G06F9/06
    • G06F13/385
    • One embodiment of an adapter card in accordance with the invention includes a circuit board connectable to a motherboard of a computer system. A logic chip is connected to the circuit board to provide functionality to the adapter card. One or more programmable devices are connected to the circuit board and store data read by the logic chip upon initialization. This data may include first character data to program the logic chip to have a first character and second character data to program the logic chip to have a second character. A switching mechanism is provided to switch between the first and second character data in response to an external input, thereby causing the logic chip to read one of the first and second character data.
    • 根据本发明的适配器卡的一个实施例包括可连接到计算机系统的主板的电路板。 逻辑芯片连接到电路板以向适配器卡提供功能。 一个或多个可编程设备连接到电路板,并在初始化时存储由逻辑芯片读取的数据。 该数据可以包括用于对逻辑芯片编程以具有第一字符和第二字符数据的第一字符数据,以将逻辑芯片编程为具有第二字符。 提供切换机制以响应于外部输入在第一和第二字符数据之间切换,从而使逻辑芯片读取第一和第二字符数据之一。
    • 7. 发明申请
    • ASSISTED TRACE FACILITY TO IMPROVE CPU CACHE PERFORMANCE
    • 辅助跟踪功能来提高CPU高速缓存的性能
    • US20080065810A1
    • 2008-03-13
    • US11530393
    • 2006-09-08
    • Carol SpanelAndrew Dale Walls
    • Carol SpanelAndrew Dale Walls
    • G06F12/08G06F12/00
    • G06F11/348G06F11/3471
    • A system and method for recording trace data while conserving cache resources includes generating trace data and creating a cache line containing the trace data. The cache line is assigned a tag which corresponds to an intermediate address designated for processing the trace data. The cache line also contains embedded therein an actual address in memory for storing the trace data, which may include either a real address or a virtual address. The cache line may be received at the intermediate address and parsed to read the actual address. The trace data may then be written to a location in memory corresponding to the actual address. By routing trace data through a designated intermediate address, CPU cache may be conserved for other more important or more frequently accessed data.
    • 用于在保存缓存资源的同时记录跟踪数据的系统和方法包括生成跟踪数据并创建包含跟踪数据的高速缓存行。 为缓存线分配一个标签,该标签对应于指定用于处理跟踪数据的中间地址。 高速缓存线还包括在其中嵌入存储跟踪数据的存储器中的实际地址,其可以包括实际地址或虚拟地址。 高速缓存行可以在中间地址处被接收并被解析以读取实际地址。 然后可以将跟踪数据写入与实际地址相对应的存储器中的位置。 通过路由跟踪数据通过指定的中间地址,CPU缓存可以保存为其他更重要或更频繁访问的数据。
    • 9. 发明授权
    • Apparatus and method for distinguishing temporary and permanent errors in memory modules
    • 用于区分存储器模块中的临时和永久性错误的装置和方法
    • US08032816B2
    • 2011-10-04
    • US11757221
    • 2007-06-01
    • Carol SpanelAndrew Dale Walls
    • Carol SpanelAndrew Dale Walls
    • G11C29/00
    • G11C29/52G06F11/1012G11C5/04G11C29/44G11C2029/0409G11C2029/0411
    • An apparatus and method for distinguishing correctable bit errors in memory. A bit error detection module detects a correctable bit error in a memory in response to a READ operation. The correctable bit error is correctable using error-correcting code. The READ operation is generated during normal operation. A comparison module compares an error location indicator with a stored error location indicator. The error location indicator includes a memory location of the correctable bit error. The stored error location indicator corresponds to a previously stored error location indicator of a previous correctable bit error. A storage module stores the error location indicator if the comparison module determines that the error location indicator differs from a stored error location indicator. An error counter module increases an error counter corresponding to the error location indicator if the comparison module determines that the error location indicator matches a stored error location indicator.
    • 用于区分存储器中可校正位错误的装置和方法。 响应于READ操作,位错误检测模块检测存储器中的可校正位错误。 使用纠错码可纠正位错误。 在正常操作期间产生READ操作。 比较模块将错误位置指示器与存储的错误位置指示器进行比较。 错误位置指示符包括可纠正位错误的存储位置。 存储的错误位置指示符对应于先前存储的可纠错位错误的错误位置指示符。 如果比较模块确定错误位置指示符与存储的错误位置指示符不同,则存储模块存储错误位置指示符。 如果比较模块确定错误位置指示符与存储的错误位置指示符匹配,则错误计数器模块增加与错误位置指示符相对应的错误计数器。
    • 10. 发明授权
    • Apparatus and method for distinguishing single bit errors in memory modules
    • 用于区分存储器模块中的单个位错误的装置和方法
    • US07971124B2
    • 2011-06-28
    • US11757162
    • 2007-06-01
    • Carol SpanelAndrew Dale Walls
    • Carol SpanelAndrew Dale Walls
    • G11C29/00
    • G11C29/44G06F11/1012G11C5/04G11C29/52G11C2029/0409G11C2029/0411
    • An apparatus, system, and method are disclosed for distinguishing correctable bit errors in memory. A bit error detection module detects a correctable bit error in memory. The correctable bit error is correctable using error-correcting code (“ECC”). A comparison module compares an error location indicator with a stored error location indicator. The error location indicator is a location of the correctable bit error. The stored error location indicator includes to at least one previously stored error location indicator of a previously detected correctable bit error. A storage module stores the error location indicator in response to the comparison module determining that the error location indicator differs from a stored error location indicator. A bit error counter module increases a random bit error counter if the comparison module determines that the error location indicator differs from a stored error location indicator and does not increase the random bit error counter otherwise.
    • 公开了用于区分存储器中的可校正位错误的装置,系统和方法。 位错误检测模块检测存储器中可纠正的位错误。 使用纠错码(“ECC”)可纠正位错误。 比较模块将错误位置指示器与存储的错误位置指示器进行比较。 错误位置指示符是可纠正位错误的位置。 存储的错误位置指示符包括至少一个先前存储的先前检测到的可校正位错误的错误位置指示符。 存储模块响应于比较模块确定错误位置指示符与存储的错误位置指示符不同而存储错误位置指示符。 如果比较模块确定错误位置指示符与存储的错误位置指示符不同,则错误计数器模块会增加随机位错误计数器,否则不会增加随机位错误计数器。