Disclosed is a chip extension method for a hundred million-grade brain-like computer, comprising the following steps: providing an extension connection between the hundred million neuron-grade brain-like computer and multiple chip clusters by means of an ethernet communication module to form a computing cluster; providing an extension connection between each of the chip clusters and multiple chip arrays by means of a data transfer station; and providing an extension connection between each of the chip arrays and multiple brain-like computing chips arranged in a matrix by means of an asynchronous data communication module, each brain-like computing chip comprising multiple computing neuron nodes arranged in a matrix. The chip extension method is highly efficient, flexible and hierarchical, and can increase the scale of brain-like computing chip neurons to levels of hundreds of millions.
CHIP EXTENSION METHOD FOR HUNDRED MILLION-GRADE BRAIN-LIKE COMPUTER