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    • 2. 发明申请
    • Pipeline bit handling circuit and method for a bus bridge
    • 一种总线桥管道位处理电路及方法
    • US20060190667A1
    • 2006-08-24
    • US11064744
    • 2005-02-24
    • Robert DrehmelClarence OgilvieCharles Woodruff
    • Robert DrehmelClarence OgilvieCharles Woodruff
    • G06F13/36
    • G06F13/4027G06F12/0831
    • A circuit and method to provide pipeline bit handling across a bus bridge between two different buses. In a preferred embodiment, the pipeline bit handling circuit provides rule enforcement for a P-bit address modifier across a bus bridge between two different buses with different rules for the P-bit address modifier. In a bus domain where pipeline transactions are allowed if the P-Bit is asserted and are not allowed if the P-Bit is not asserted, embodiments herein allow a master bus device to ensure that all bus devices will see a P=0 command with a defined minimum spacing to any other P=0 command. The required separation for P=0 commands is maintained within the bus bridge. In the preferred embodiments, the separation between P=0 commands is maintained by immediately retrying P=0 commands rather than spacing snoop requests.
    • 一种用于在两条不同总线之间的总线桥上提供流水线位处理的电路和方法。 在优选实施例中,流水线位处理电路为P位地址修改器具有不同规则的两个不同总线之间的总线桥上的P位地址修改器提供规则强制。 在一个总线域中,如果P位被断言,允许流水线事务被允许,并且如果P位不被置位则不允许流水线事务,这里的实施例允许主总线设备确保所有总线设备将看到P = 0命令, 与任何其他P = 0命令的定义的最小间距。 在总线桥内保持P = 0命令所需的间隔。 在优选实施例中,通过立即重试P = 0命令而不是间隔窥探请求来保持P = 0命令之间的间隔。
    • 6. 发明申请
    • Method and system for ordering requests at a bus interface
    • 用于在总线接口上排序请求的方法和系统
    • US20060190651A1
    • 2006-08-24
    • US11064728
    • 2005-02-24
    • Clarence OgilvieCharles Woodruff
    • Clarence OgilvieCharles Woodruff
    • G06F13/22
    • G06F13/362
    • A bus bridge for coupling between a first bus and a second bus includes: multiple ticket registers; a ticket dispenser counter; and a ticket call counter. The ticket dispenser counter dispenses a ticket value to a request received at the bridge from the first bus for access to the second bus. This ticket value is held in one ticket register of the multiple ticket registers. The ticket call counter provides ticket call values, and the request is granted access to the second bus when a current ticket call value equals the ticket value dispensed to the request. While the request waits for access to the second bus, the bus bridge can perform work on the request. When request coherency is maintained employing snooping, ticket values assigned to a plurality of requests maintain a snoop response ordering of the requests for access to the second bus.
    • 用于在第一总线和第二总线之间耦合的总线桥包括:多个机票寄存器; 售票柜台 和一个门票柜台。 售票机计数器从第一总线接收到在桥接处接收到的请求的票价值分配用于访问第二总线。 该票值保存在多张票据登记册的一张票据登记册中。 票券呼叫计数器提供票券呼叫值,并且当当前票券呼叫值等于分配给该请求的票值时,该请求被授权访问第二总线。 当请求等待访问第二总线时,总线桥可以根据请求执行工作。 当采用窥探保持请求一致性时,分配给多个请求的票值维持对访问第二总线的请求的窥探响应排序。
    • 7. 发明申请
    • Method and system for controlling forwarding or terminating of a request at a bus interface based on buffer abvailability
    • 用于基于缓冲器可用性在总线接口处控制转发或终止请求的方法和系统
    • US20060190661A1
    • 2006-08-24
    • US11064570
    • 2005-02-24
    • Clarence OgilvieCharles Woodruff
    • Clarence OgilvieCharles Woodruff
    • G06F13/36
    • G06F13/4031G06F12/0831
    • A bus bridge for coupling between a first bus and a second bus includes: a number of data buffers for a particular request type; a counter for monitoring a number of requests of the particular type received at the bus bridge from the first bus for access to the second bus; and override logic. Each request of the particular type requires one data buffer of the number of data buffers for the particular request type. The override logic determines when the monitored number of requests of the particular type exceeds the number of data buffers for the particular request type at the bus bridge, and responsive thereto, initiates a request termination signal at the bus bridge to terminate a received request of the particular type. When request coherency is maintained employing snooping, the request termination signal is a retry snoop response signal output from the bus bridge.
    • 用于在第一总线和第二总线之间耦合的总线桥包括:用于特定请求类型的多个数据缓冲器; 一个计数器,用于监视从第一总线在总线桥接收到的特定类型的多个请求以访问第二总线; 并覆盖逻辑。 特定类型的每个请求需要用于特定请求类型的数据缓冲器数量的一个数据缓冲器。 覆盖逻辑确定何时监视的特定类型的请求数量超过了总线桥上特定请求类型的数据缓冲器的数量,并响应于此,在总线桥上发起请求终止信号以终止接收到的请求 特定类型。 当采用窥探保持请求一致性时,请求终止信号是从总线桥输出的重试监听响应信号。