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    • 1. 发明申请
    • SYSTEM AND METHOD FOR DATA SYNCHRONIZATION ACROSS DIGITAL DEVICE INTERFACES
    • 用于数字同步的数字设备接口的系统和方法
    • US20150081934A1
    • 2015-03-19
    • US14028489
    • 2013-09-16
    • Vinay GuptaNir BaruchAmit Gur
    • Vinay GuptaNir BaruchAmit Gur
    • G06F5/16
    • G06F13/1626G06F1/12G06F13/00G06F13/1673G06F13/1689
    • A system for synchronizing and re-ordering data transmitted between first and second clock domains associated with first and second device interfaces, respectively, includes a splitter, an arbiter, a transaction manager, and a read data buffer. The splitter receives a parent read request from one or more data input ports of the first device interface and splits it into one or more read requests. The arbiter receives the one or more read requests and selects one of the read requests and transmits it to the transaction manager. The transaction manager allocates an entry to the read request and then the read request is transmitted to the read data buffer. Thereafter, the read data buffer transmits the read request to the second device interface and transmits received response data to the first device interface.
    • 用于同步和重新排序在与第一和第二设备接口相关联的第一和第二时钟域之间传输的数据的系统分别包括分离器,仲裁器,事务管理器和读取数据缓冲器。 分离器从第一设备接口的一个或多个数据输入端口接收父读请求,并将其分解成一个或多个读请求。 仲裁器接收一个或多个读取请求,并选择一个读取请求并将其发送到事务管理器。 事务管理器将一个条目分配给读取请求,然后读取请求被发送到读取数据缓冲区。 此后,读取的数据缓冲器将读取的请求发送到第二设备接口,并将接收到的响应数据发送到第一设备接口。
    • 2. 发明授权
    • System and method for data synchronization across digital device interfaces
    • 用于跨数字设备接口进行数据同步的系统和方法
    • US09292456B2
    • 2016-03-22
    • US14028489
    • 2013-09-16
    • Vinay GuptaNir BaruchAmit Gur
    • Vinay GuptaNir BaruchAmit Gur
    • G06F13/00G06F13/16G06F1/12
    • G06F13/1626G06F1/12G06F13/00G06F13/1673G06F13/1689
    • A system for synchronizing and re-ordering data transmitted between first and second clock domains associated with first and second device interfaces, respectively, includes a splitter, an arbiter, a transaction manager, and a read data buffer. The splitter receives a parent read request from one or more data input ports of the first device interface and splits it into one or more read requests. The arbiter receives the one or more read requests and selects one of the read requests and transmits it to the transaction manager. The transaction manager allocates an entry to the read request and then the read request is transmitted to the read data buffer. Thereafter, the read data buffer transmits the read request to the second device interface and transmits received response data to the first device interface.
    • 用于同步和重新排序在与第一和第二设备接口相关联的第一和第二时钟域之间传输的数据的系统分别包括分离器,仲裁器,事务管理器和读取数据缓冲器。 分离器从第一设备接口的一个或多个数据输入端口接收父读请求,并将其分解成一个或多个读请求。 仲裁器接收一个或多个读取请求,并选择一个读取请求并将其发送到事务管理器。 事务管理器将一个条目分配给读取请求,然后读取请求被发送到读取数据缓冲区。 此后,读取的数据缓冲器将读取的请求发送到第二设备接口,并将接收到的响应数据发送到第一设备接口。