South Korea develops ultra-low power chips! On April 9, the Ministry of science, technology, information and communication of South Korea announced on Tuesday that South Korean researchers have developed the first ultra-low power AI chip ab9 for servers in South Korea. Ab9 was reported by South Korea on April 9. The Ministry of science, technology, information and communication of South Korea announced on Tuesday that the principle of the communication power off experimental system of the communication power off experimental machine is fundamentally similar to that of DC. South Korean researchers have developed the first ultra-low power AI chip ab9 for servers in South Korea
ab9 is jointly developed by the Korean Institute of electronics and communications (ETRI) and SK Telecom and other Korean institutions. The computing power reaches 40 tflops (processing 40 trillion times per second), and the power consumption is only 15~40w
in order to achieve high performance, researchers integrated 16384 cores in the bare chip area (17mm*23mm) the size of a coin, and improved energy efficiency by using software technology that controls the power supply of each core too often
the Ministry of science and information and communication technology of South Korea estimates that the AI chip can improve the energy efficiency of AI services in cloud data centers by more than 10 times
it is reported that researchers plan to test this chip in SK Telecom Data Center, which provides intelligent closed-circuit television and speech recognition services in the second half of the year
in addition, ETRI has jointly developed an ultra-small low-power vision AI chip with the Korean Institute of electronic technology and the Korean IC design company
the core polyurethane series brand products touch up to 166 utilization fields. The chip circuit area is 5mm*5mm, which will be half of the more popular material of adult nails. It can recognize objects 30 times per second, and the power consumption is 0.5W, which is only 1/10 of that of traditional semiconductors
this visual AI chip can be applied to mobile devices and IOT devices. Researchers plan to use it in CCTV cameras and UAVs in the second half of the year
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