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    • 2. 发明申请
    • Method To Support Flexible Data Transport On Serial Protocols
    • 在串行协议上支持灵活数据传输的方法
    • US20090225769A1
    • 2009-09-10
    • US12043918
    • 2008-03-06
    • Chi-Lie WangJason Z. Mo
    • Chi-Lie WangJason Z. Mo
    • H04L12/56
    • H04L49/9042H04L49/90
    • A serial buffer transports packets through queues capable of operating in a packet mode or a raw data mode. In packet mode, entire packets are stored in a queue. In raw data mode, packet header/delimiter information is not stored in the queue (only packet data is stored). Packets can be transferred out of a queue in response to a slave read request. The serial buffer constructs a packet header in response to the slave read request, and retrieves a specified amount of packet data from the selected queue. The serial buffer also transfers out packets as a bus master when a water level exceeds a water mark within a queue. The serial buffer constructs packet headers for these bus master transfers, which may be performed in a flush mode or a non-flush mode (in packet mode), or in a flush mode (in raw data mode).
    • 串行缓冲区通过能够以分组模式或原始数据模式运行的队列来传输分组。 在分组模式下,整个分组存储在队列中。 在原始数据模式下,报文头/分隔符信息不存储在队列中(仅存储数据包数据)。 响应于从机读请求,可将数据包传送出队列。 串行缓冲器构成响应于从读取请求的分组报头,并且从所选队列中检索指定数量的分组数据。 当水位超过队列内的水位时,串行缓冲器还将数据包作为总线主机传输。 串行缓冲区构建这些总线主机传输的数据包头,可以以冲洗模式或非冲洗模式(分组模式)或冲洗模式(原始数据模式)执行。
    • 3. 发明申请
    • Method And Structure To Support System Resource Access Of A Serial Device Implementing A Lite-Weight Protocol
    • 支持系统资源访问的方法和结构实现一个轻量级协议的串行设备
    • US20080205422A1
    • 2008-08-28
    • US11679817
    • 2007-02-27
    • Chi-Lie WangJason Z. MoCalvin Nguyen
    • Chi-Lie WangJason Z. MoCalvin Nguyen
    • H04L12/56
    • H04L49/9089H04L47/2483H04L49/90H04L49/901
    • On-chip resources of a serial buffer are accessed using priority packets of a Lite-weight protocol. A priority packet path is provided on the serial buffer to support priority packets. Normal data packets are processed on a normal data packet path, which operates in parallel with the priority packet path. The system resources of the serial buffer can be accessed in response to the priority packets, without blocking the flow of normal data packets. Thus, normal data packets may flow through the serial buffer with the maximum bandwidth supported by the serial interface. The Lite-weight protocol also supports read accesses to queues of the serial buffer (which reside on the normal data packet path). The Lite-weight protocol also supports doorbell commands for status/error reporting.
    • 使用Lite-weight协议的优先级数据包访问串行缓冲区的片上资源。 在串行缓冲器上提供优先级分组路径,以支持优先级分组。 正常数据包在正常的数据包路径上进行处理,该路径与优先包路径并行运行。 串行缓冲区的系统资源可以根据优先级分组进行访问,而不会阻塞正常数据包的流量。 因此,正常数据包可以通过串行接口支持的最大带宽流经串行缓冲器。 Lite-weight协议还支持对串行缓冲区(驻留在正常数据包路径)的队列的读访问。 Lite-weight协议还支持用于状态/错误报告的门铃命令。
    • 4. 发明授权
    • Method and apparatus for automatically loading device status information into a network device
    • 将设备状态信息自动加载到网络设备中的方法和装置
    • US06678728B1
    • 2004-01-13
    • US09454783
    • 1999-12-03
    • Krishna UppundaEric DavisNathaniel HendersonChi-Lie WangAlexander Herrera
    • Krishna UppundaEric DavisNathaniel HendersonChi-Lie WangAlexander Herrera
    • G06F15177
    • H04L12/12Y02D50/40
    • A method and apparatus for automatically loading device status information into a network device. One embodiment comprises an apparatus in a network device, wherein the network device enters a sleep state under particular conditions. In one embodiment, the apparatus is for communicating with other devices on the network and comprises control circuitry that controls communication between the network device and the other devices on the network. The apparatus further comprises a memory device that stores configuration data for the control circuitry, wherein at least a portion of the configuration data is loaded into the control circuitry upon initialization of the network device. The apparatus further comprises a buffer that stores keep-alive data that is transmitted to a plurality of the other devices in the network to refresh the presence of the network device in the network, wherein the keep-alive data is loaded into the buffer from the memory device upon initialization of the network device.
    • 一种用于将设备状态信息自动加载到网络设备中的方法和装置。 一个实施例包括网络设备中的设备,其中网络设备在特定条件下进入睡眠状态。 在一个实施例中,该设备用于与网络上的其他设备进行通信,并且包括控制网络设备与网络上的其他设备之间的通信的控制电路。 该装置还包括存储器件,其存储用于控制电路的配置数据,其中当网络设备初始化时,配置数据的至少一部分被加载到控制电路中。 所述设备还包括缓冲器,其存储传送到网络中的多个其他设备的保持活动数据,以刷新网络中网络设备的存在,其中保持活动数据从 初始化网络设备时的存储设备。
    • 8. 发明授权
    • Hardware-based concurrent direct memory access (DMA) engines on serial rapid input/output SRIO interface
    • 基于硬件的并行直接存储器访问(DMA)引擎,串行快速输入/输出SRIO接口
    • US08516163B2
    • 2013-08-20
    • US11679820
    • 2007-02-27
    • Chi-Lie WangBertan Tezcan
    • Chi-Lie WangBertan Tezcan
    • G06F13/28G06F9/26
    • G06F13/28
    • A serial buffer includes queues configured to store data packets received from a host. A direct memory access (DMA) engine receives data packets from the highest priority queue having a water level that reaches a corresponding watermark. The DMA engine is configured in response to a DMA register set, which is selected from a plurality of DMA register sets. The DMA register set used to configure the DMA engine can be selected in response to information in the header of the read data packet, or in response to the queue from which the data packet is read. Each DMA register set defines a corresponding buffer in system memory, to which the data packet is transferred. Each DMA register set also defines whether the corresponding buffer is accessed in a wrap mode or a stop mode, and whether doorbell signals are generated in response to transfers to the last address in the corresponding buffer.
    • 串行缓冲器包括配置为存储从主机接收的数据包的队列。 直接存储器访问(DMA)引擎从具有达到相应水印的水位的最高优先级队列接收数据分组。 DMA引擎被配置为响应于从多个DMA寄存器组中选择的DMA寄存器集合。 用于配置DMA引擎的DMA寄存器组可以响应于读取的数据分组的头部中的信息,或响应于读取数据分组的队列而被选择。 每个DMA寄存器集定义系统存储器中相应的缓冲区,数据包被传输到该缓冲区。 每个DMA寄存器集还定义相应的缓冲器是否以卷绕模式或停止模式被访问,以及是否响应于传送到相应缓冲器中的最后地址而生成门铃信号。