US 2026/0228153 A1Published application

Interconnection system comprising a plurality of computing modules and computing system

AssigneeShanghai Xizhi Technology Co., Ltd.

InventorsYichen SHEN, Huaiyu MENG, Wu ZHOU, Jun XIONG, Azhar HUSSAIN, Jian ZHU

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Abstract

The present disclosure relates to an interconnection system comprising a plurality of computing modules, and to a computing system including the same. The plurality of computing modules are hierarchically organized into multiple levels of computing module groups. In the hierarchical structure, a plurality of computing modules form first-level computing module groups, a plurality of first-level computing module groups form second-level computing module groups, and additional higher-level computing module groups may be formed in a similar hierarchical manner, thereby constructing two or more levels of computing module groups. For each level, a number of input/output interfaces used for communication interconnection within computing module groups at that level is greater than a number of input/output interfaces used for communication interconnection between different computing module groups at that level.

Claims23

Dependent claims

An interconnection system, comprising a plurality of computing modules, each computing module having K input/output interfaces, wherein K is an integer greater than 0;

the plurality of computing modules being hierarchically organized into j levels of computing module groups, wherein j is an integer greater than or equal to 2;
wherein:
every N1 computing modules form a first-level computing module group, and M1 input/output interfaces of each computing module are used for communication interconnection among the computing modules within the first-level computing module group, the computing modules within the first-level computing module group being communicatively interconnected through first links, and N1 is an even integer greater than or equal to 2;
every N1 computing module groups of the (i−1)th-level form an ith-level computing module group, and Mi input/output interfaces of each (i−1)th-level computing module group are used for communication interconnection among the (i−1)th-level computing module groups within the ith-level computing module group, the (i−1)th-level computing module groups within the ith-level computing module group being communicatively interconnected through ith links, where i denotes a level index satisfying 1<i≤j, Ni is an integer greater than or equal to 2;
and
for each level of computing module group from the first level to the jth level, the number of input/output interfaces used for communication interconnection within the computing module group at that level is greater than the number of input/output interfaces used for communication interconnection between different computing module groups at that level.

3 more elements

Dependencies are inferred from the claim text.