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huawei's strategy is not only to rely on technological breakthroughs to solve the chip generation gap problem, but also to focus on the synergy between system design and engineering practice. they believe that by optimizing the system architecture and using bandwidth resources and energy advantages to make up for chip process defects, they can effectively improve ai capabilities and ultimately eliminate chip generation gaps. this is not only huawei's technological pursuit, but also a challenge faced by the technology community.
artificial intelligence and energy consumption: conflict and deconstruction
the development of ai technology has also brought new challenges, namely energy consumption. due to the efficient computing requirements of ai systems, their operation requires a lot of energy and resources. this trend has also prompted researchers to focus on energy consumption issues and explore more energy-saving and efficient technical solutions. huawei's strategic decision reflects its high attention to ai energy consumption issues. they believe that solving ai energy consumption issues is key and needs to be achieved through system architecture optimization, technological innovation and other means.
the rise of china's chip market: challenges and opportunities
from the perspective of the international chip market, china has a significant advantage in the production capacity of mature process semiconductors above 28 nanometers, accounting for 29% of the global production capacity. huawei's executives also made it clear that the chinese chip market is rising and will continue to play an important role in the future.
however, the challenges of china's chip market cannot be ignored. competition in the chip industry is fierce, and all parties at home and abroad are actively exploring innovative technologies and market opportunities. huawei's strategy is not only to make technological breakthroughs, but more importantly, to continuously learn and accumulate experience in system design and engineering practice to meet the challenges of chip technology development.
