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    • 1. 发明申请
    • ETHERNET APPARATUS CAPABLE OF LANE FAULT RECOVERY AND METHODS FOR TRANSMITTING AND RECEIVING DATA
    • 以太网设备能够进行LANE故障恢复以及发送和接收数据的方法
    • US20100162033A1
    • 2010-06-24
    • US12580174
    • 2009-10-15
    • Kye-hyun AhnJe-soo Ko
    • Kye-hyun AhnJe-soo Ko
    • G06F11/20
    • G06F11/2007
    • An Ethernet apparatus for performing lane fault recovery is provided. An Ethernet apparatus capable of lane fault recovery includes a data transmitter using a backup lane in the transport link to transmit data intended to be transmitted via the faulty lane when at least one faulty lane is detected from the data transfer lanes, and a data receiver recognizing the data received via the backup lane as data transferred via the faulty lane when the faulty lane is detected. In an Ethernet apparatus having a multi-lane structure, a lane fault and faulty lanes can be accurately recognized while maintaining compatibility with a standard Ethernet apparatus.
    • 提供了一种用于执行车道故障恢复的以太网设备。 能够进行通道故障恢复的以太网设备包括:当从数据传输通道检测到至少一个故障通道时,使用传输链路中的备用通道的数据发送器发送旨在通过故障通道发送的数据;以及数据接收器, 当检测到故障车道时,经由备用车道接收的数据作为通过故障车道传送的数据。 在具有多通道结构的以太网设备中,可以准确识别通道故障和故障通道,同时保持与标准以太网设备的兼容性。
    • 5. 发明授权
    • Ethernet apparatus and method for selectively operating multiple lanes
    • 以太网设备和方法,用于选择性地操作多个车道
    • US09059844B2
    • 2015-06-16
    • US13325227
    • 2011-12-14
    • Kye-Hyun AhnChoong-Reol YangSeung-Hwan KimKyeong-Eun Han
    • Kye-Hyun AhnChoong-Reol YangSeung-Hwan KimKyeong-Eun Han
    • H04J3/17H04L5/14
    • H04L5/1423
    • A high-speed Ethernet apparatus having a multiple lane configuration and method for selectively operating the multiple lanes to allow lanes to participate or not in data transmission and reception. The Ethernet apparatus includes: a transfer rate control unit to set a state of each of multiple physical coding sub-layer (PCS) lanes inside to be the same as a state of corresponding each of multiple physical transmission lanes based on state change information that indicates whether the each physical transmission lane is activated or not, and to remove idle blocks from data blocks which are received at a transfer rate of a physical transmission lane in active state among the multiple physical transmission lanes; and a block allocating unit to allocate the data blocks from which the idle blocks have been removed through PCS lanes in active state that correspond to the physical transmission lanes in active state.
    • 一种具有多通道配置和方法的高速以太网设备,用于选择性地操作多个通道以允许车道参与或不参与数据传输和接收。 以太网装置包括:传输速率控制单元,用于根据指示的多个物理传输通道的状态改变信息,将多个物理编码子层(PCS)通道中的每一个的状态设置为与多个物理传输通道的相应状态相同 每个物理传输通道是否被激活,以及从多个物理传输通道中处于活动状态的物理传输通道的传输速率接收的数据块中去除空闲块; 以及块分配单元,用于通过与活动状态下的物理传输通道相对应的活动状态的PCS通道来分配已经从其中移除了空闲块的数据块。
    • 6. 发明授权
    • Ethernet apparatus and method of adjusting transmission rate thereof
    • 以太网设备及其传输速率调整方法
    • US08861529B2
    • 2014-10-14
    • US12940978
    • 2010-11-05
    • Kye-Hyun AhnKwangjoon Kim
    • Kye-Hyun AhnKwangjoon Kim
    • H04L12/56H04L12/709H04L12/803H04L12/801
    • H04L47/10H04L45/245H04L47/125Y02D50/30
    • A plurality of lanes are formed between an Ethernet apparatus and a remote Ethernet apparatus. The Ethernet apparatus determines a transmission rate for transmitting a packet and determines the number of lanes to transmit a packet among a plurality of lanes according to the determined transmission rate. The Ethernet apparatus activates the determined number of lanes of a plurality of lanes and transmits the packet to the remote Ethernet apparatus through the activated lanes. Further, the Ethernet apparatus sets the number of lanes for receiving a packet according to a transmission rate, activates the set number of lanes of a plurality of lanes in a state that can receive the packet according to the set number of lanes, and receives packets that are transmitted from the remote Ethernet apparatus through the activated lanes.
    • 在以太网设备和远程以太网设备之间形成多个通道。 以太网设备确定用于发送分组的传输速率,并根据确定的传输速率确定在多个车道之间传送分组的通道数。 以太网设备激活多个通道的确定数量的通道,并通过激活的通道将该分组发送到远程以太网设备。 此外,以太网设备根据传输速率设置用于接收分组的通道数,在根据设定的通道数可以接收分组的状态下激活多个通道的设定数量的通道,并且接收分组 通过激活的通道从远程以太网设备发送。
    • 7. 发明申请
    • ETHERNET APPARATUS AND METHOD OF ADJUSTING TRANSMISSION RATE THEREOF
    • 以太网设备和调整传输速率的方法
    • US20110110253A1
    • 2011-05-12
    • US12940978
    • 2010-11-05
    • Kye-Hyun AHNKwangjoon Kim
    • Kye-Hyun AHNKwangjoon Kim
    • H04L12/26
    • H04L47/10H04L45/245H04L47/125Y02D50/30
    • A plurality of lanes are formed between an Ethernet apparatus and a remote Ethernet apparatus. The Ethernet apparatus determines a transmission rate for transmitting a packet and determines the number of lanes to transmit a packet among a plurality of lanes according to the determined transmission rate. The Ethernet apparatus activates the determined number of lanes of a plurality of lanes and transmits the packet to the remote Ethernet apparatus through the activated lanes. Further, the Ethernet apparatus sets the number of lanes for receiving a packet according to a transmission rate, activates the set number of lanes of a plurality of lanes in a state that can receive the packet according to the set number of lanes, and receives packets that are transmitted from the remote Ethernet apparatus through the activated lanes.
    • 在以太网设备和远程以太网设备之间形成多个通道。 以太网设备确定用于发送分组的传输速率,并根据确定的传输速率确定在多个车道之间传送分组的通道数。 以太网设备激活多个通道的确定数量的通道,并通过激活的通道将该分组发送到远程以太网设备。 此外,以太网设备根据传输速率设置用于接收分组的通道数,在根据设定的通道数可以接收分组的状态下激活多个通道的设定数量的通道,并且接收分组 通过激活的通道从远程以太网设备发送。
    • 9. 发明申请
    • ETHERNET APPARATUS AND METHOD FOR SELECTIVELY OPERATING MULTIPLE LANES
    • 以太网设备和选择多种操作的方法
    • US20120155486A1
    • 2012-06-21
    • US13325227
    • 2011-12-14
    • Kye-Hyun AHNChoong-Reol YangSeung-Hwan KimKyeong-Eun Han
    • Kye-Hyun AHNChoong-Reol YangSeung-Hwan KimKyeong-Eun Han
    • H04J3/17
    • H04L5/1423
    • A high-speed Ethernet apparatus having a multiple lane configuration and method for selectively operating the multiple lanes to allow lanes to participate or not in data transmission and reception. The Ethernet apparatus includes: a transfer rate control unit to set a state of each of multiple physical coding sub-layer (PCS) lanes inside to be the same as a state of corresponding each of multiple physical transmission lanes based on state change information that indicates whether the each physical transmission lane is activated or not, and to remove idle blocks from data blocks which are received at a transfer rate of a physical transmission lane in active state among the multiple physical transmission lanes; and a block allocating unit to allocate the data blocks from which the idle blocks have been removed through PCS lanes in active state that correspond to the physical transmission lanes in active state.
    • 一种具有多通道配置和方法的高速以太网设备,用于选择性地操作多个通道以允许车道参与或不参与数据传输和接收。 以太网装置包括:传输速率控制单元,用于根据指示的多个物理传输通道的状态改变信息,将多个物理编码子层(PCS)通道中的每一个的状态设置为与多个物理传输通道的相应状态相同 每个物理传输通道是否被激活,以及从多个物理传输通道中处于活动状态的物理传输通道的传输速率接收的数据块中去除空闲块; 以及块分配单元,用于通过与活动状态下的物理传输通道相对应的活动状态的PCS通道来分配已经从其中移除了空闲块的数据块。