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NETWORK-ON-CHIP USING REQUEST AND REPLY TREES FOR LOW-LATENCY PROCESSOR-MEMORY COMMUNICATION

机译:低延迟处理器-存储器通信中使用请求和应答树的片上网络

摘要

A Network-On-Chip (NOC) organization comprises a die having a cache area and a core area, a plurality of core tiles arranged in the core area in a plurality of subsets, at least one cache memory bank arranged in the cache area, whereby the at least one cache memory bank is distinct from each of the plurality of core tiles. The NOC organization further comprises an interconnect fabric comprising a request tree to connect to a first cache memory bank of the at least one cache memory bank, each core tile of a first one of the subsets, the first subset corresponding to the first cache memory bank, such that each core tile of the first subset is connected to the first cache memory bank only, and allow guiding data packets from each core tile of the first subset to the first memory bank, and a reply tree to connect the first cache memory bank to each core tile of the first subset, and allow guiding data packets from the first cache memory bank to a core tile of the first subset.
机译:片上网络(NOC)组织包括具有高速缓存区域和核心区域的裸片,在多个子集的核心区域中排列的多个核心图块,在高速缓存区域中排列的至少一个高速缓存存储体,从而至少一个高速缓冲存储器组与多个核心区块中的每个核心区块不同。 NOC组织进一步包括互连结构,该互连结构包括用于连接到至少一个高速缓存存储体的第一高速缓存存储体,子集中的第一个子集的每个核心瓦片的请求树,第一子集对应于第一高速缓存存储体。 ,使得第一子集的每个核心瓦片仅连接到第一高速缓存存储体,并允许将数据分组从第一子集的每个核心瓦片引导到第一存储体,以及答复树来连接第一高速缓存存储体第一子集的每个核心区块,并允许将数据包从第一高速缓存存储体引导到第一子集的核心区块。

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