（原标题：直击AI+教育场景核心痛点，清微智能联手灵书AI打造解决方案） 21世纪经济报道记者 申俊涵 实习生 方轶旻 北京报道 在数字经济与智能技术加速发展的背景下，职业教育正面临前所未有的转型契机。如何将人工智能技术有效融入教学、实训、评价等关键环节， 实现教学效率与人才培养质量的双重提升，成为当前教育信息化建设的核心议题。 "职业院校需要的是能够支撑上万人高并发、毫秒级低延迟响应，同时采购与使用成本可控的算力。传统方案高昂的成本和能耗，让很多学校望而 却步。"近日，在一场聚焦"人工智能+职业教育"深度融合的高端研讨会上，清微智能副总裁陈逸伦谈到当前职业教育领域AI落地的核心痛点。 据了解，清微智能成立于2018年，公司专注于国产原创的可重构芯片（Reconfigurable Processing Unit, RPU）的研发和产业应用，面向AI智算中 心、大模型、自动驾驶、智能制造等场景提供算力支持。 面对职业教育场景，师资缺口、素养落差、算力不均与协同低效构成了AI深度赋能教育的四大核心挑战。其中，作为底层驱动力的算力，其成 本、能耗和自主可控性更是关乎落地的关键。为此，清微智能与灵书AI联手打造的"A ...

Core Viewpoint - The emergence of the TX81 chip represents a significant breakthrough in China's technology landscape, potentially rewriting the narrative of domestic chip development and AI capabilities [3][6][9]. Group 1: Technological Innovation - The TX81 chip is a dynamic reconfigurable chip (RPU) that allows efficient computation without complex instruction set exchanges, adapting to various tasks such as voice, image, and large models [7][8]. - This chip embodies four core advantages: high energy efficiency, high concurrency, high scalability, and high cost-effectiveness [8]. - The architecture innovation of the TX81 chip is seen as a necessary path for China to overcome the limitations of traditional chip development and compete in the global AI landscape [5][9]. Group 2: Market Context - The traditional growth curve of chips is becoming inadequate in the face of explosive AI computing demands, necessitating a shift towards innovative architectures [5]. - The success of the TX81 chip is likened to the transformation seen in the Chinese automotive industry, where companies like BYD and Xiaomi have achieved breakthroughs through electrification and smart technology [10][13]. Group 3: Company Background - The founding of Qingwei Intelligent was driven by a vision to commercialize reconfigurable chips after the founder faced challenges in selecting suitable chips for machine vision applications [16][22]. - The company started with a small team in a modest office, emphasizing a culture of innovation and resilience despite initial hardships [29][32]. Group 4: Development Challenges - The development of the TX81 chip involved significant challenges, including achieving a large chip area of 800 square millimeters and enhancing computing efficiency through reconfigurable technology [35]. - The team faced numerous technical hurdles, including the need for custom clock devices and programming for multi-chip interconnections, which required original solutions [36][40]. Group 5: Future Prospects - Qingwei Intelligent aims to continue its momentum with the upcoming TX82 chip, targeting mass production by 2026, as part of its commitment to advancing China's AI capabilities [51][53]. - The collaboration with other domestic firms, such as Zhiyu, highlights a growing ecosystem focused on original technology development in China [53].