3rd June 2024 – (Beijing) Chinese researchers have achieved a groundbreaking milestone in chip manufacturing technology with the creation of Speck, a cutting-edge low-power chip designed specifically for artificial intelligence (AI) applications.
The development of Speck was led by a collaborative effort spearheaded by the esteemed Chinese Academy of Sciences (CAS). The neuromorphic chip, known as Speck, revolutionizes dynamic computing by combining a dynamic visual sensor and a neuromorphic chip on a single platform, thus achieving an unprecedented level of low resting power consumption.
According to Li Guoqi, a researcher at the Institute of Automation of CAS, Speck consumes an astonishingly low 0.7 milliwatts of power when performing visual tasks. This exceptional energy efficiency makes Speck an extremely promising solution for AI applications that prioritize both power conservation and responsiveness.
The true innovation of Speck lies in its system-level design, which seamlessly integrates algorithms, software, and hardware. This comprehensive approach harnesses the advantages of “brain-inspired” computing, emulating high-level brain functions such as dynamic attention allocation.
The recent publication of this research in Nature Communications underscores its significance as a significant stride towards replicating the remarkable efficiency of the human brain.
Li further elucidated the inspiration behind this groundbreaking development, stating, “The human brain is a marvel of neural networking, operating on a mere 20 watts of power, which is a fraction of the energy consumed by current AI systems.”
Source: CASThe post Chinese researchers develop breakthrough “brain-inspired” chip for AI applications appeared first on Dimsum Daily.
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