记者日前从全球计算联盟（GCC）获悉，2025全球计算大会（CGC）定于11月7日在深圳会展中心举 行。本届大会将围绕智能计算、具身智能、开放液冷、机密计算、AI云操作系统、CloudDevice等六大 主题设立专业论坛，推动计算技术在产业中的深度融合与落地应用。 随着人工智能与算力需求持续攀升，如何高效推进技术落地成为行业关注重点。据悉，本次大会设置的 智能计算论坛将探讨算力效率提升与AI模型优化路径；具身智能论坛则聚焦机器人、智能硬件在工业 与消费场景中的实际应用。 在计算基础设施层面，开放液冷技术论坛将针对高密度算力场景，分享绿色节能的散热解决方案。面对 数据安全挑战，机密计算论坛将探讨金融、互联网等领域中隐私保护与AI安全的协同机制。 此外，AI云操作系统论坛将发布算力资源调度与异构融合相关技术标准，CloudDevice论坛则将展示云 终端在制造、零售等行业的融合创新案例。 除专题论坛外，大会还设置了技术互动展示区，包括CloudDevice XR体验、具身智能机器人演示及智算 迷你开发实验室等，供参会者近距离了解前沿技术进展。 在全球计算产业加速发展的背景下，本次大会将为技术研发、产业应用与跨界合 ...

Core Insights - The "2025 Global Computing Conference (CGC)" is set to focus on key areas such as intelligent computing, embodied intelligence, open liquid cooling, confidential computing, AI cloud operating systems, and CloudDevice, promoting a vision of "new computing empowering a digital intelligence society" [1][2][3] Group 1: Conference Overview - The conference will feature six major forums aimed at addressing industry pain points and fostering collaboration among academia, industry, and research [1] - The event will take place at the Shenzhen Convention and Exhibition Center on November 7, providing opportunities for participants to connect with leading companies and research institutions [3] Group 2: Forum Highlights - The Intelligent Computing Forum will focus on upgrading computing productivity, showcasing AI model optimization and computing efficiency improvements through algorithm innovation and hardware acceleration [1][2] - The Embodied Intelligence Forum will address challenges in industrial robot interaction and consumer-grade smart device development, using case studies to explore commercialization strategies [1][2] - The Open Liquid Cooling Technology Forum will serve as a bridge between equipment manufacturers and data center users, providing deployment guidelines and cost-saving references through thermal efficiency comparisons [2] - The Confidential Computing Forum will discuss AI-era security and privacy protection, particularly in financial and internet applications [2] - The AI Cloud Operating System Forum will break down core technologies for computing scheduling and present solutions for heterogeneous computing orchestration [2] - The CloudDevice Forum will focus on the integration of cloud terminals across various industries, sharing smart terminal implementation cases [2] Group 3: Exhibition Features - The "GCC Annual Theme Exhibition Area" will feature interactive AI experiences, including the CloudDeviceXR interactive area and embodied intelligent robot interaction zone, allowing participants to engage with cutting-edge technologies [2] - The exhibition will also include a relaxation area with AI smart massage chairs and 3,000 gift packages, blending professional exchange with enjoyable experiences [2]

" 欧米伽未来研究所 " 关注科技未来发展趋势，研究人类向欧米伽点演化过程中面临的重大机遇与挑战。将不定期推荐 和发布世界范围重要科技研究进展和未来趋势研究。 （ 点击这里查看广义智能体理论 ） Gartner 研究副总裁 高挺（ Arnold Gao ） 表示 ： "2026 年对技术领导者而言是至关重要的一年，变革、创新与风 险将在这一年以空前的速度发展。 2026 年的各项重要战略技术趋势将密切交织，折射出一个由人工智能（ AI ）驱 动的高度互联化世界的现实图景。 在这样一个世界，企业机构必须推动负责任的创新、卓越运营和数字信任。 这些趋势不仅代表了技术变革的方向，还 是促进业务转型的催化剂。 今年不同于以往的一点是变革速度 —— 这一年涌现的创新成果远超以往。 由于下一轮创 新浪潮已近在眼前，只有当下采取行动的企业才能应对市场波动和决定未来数十年的行业走向。 " 以下是 2026 年重要战略技术趋势。 AI 超级计算平台整合了 CPU 、 GPU 、 AI ASIC 、 神经系统计算和替代性计算范式，使企业能够统筹复杂工作负 载，同时释放更大的性能、效率与创新潜力。这些系统融合了强大的处理器、海量存 ...

Core Viewpoint - Fujitsu is transitioning its focus from high-performance computing to scalable traditional data center infrastructure with its next-generation processor, Monaka, which is designed for cloud-native workloads and aims for efficient, secure computing [1][2][37]. Group 1: Monaka Processor Overview - Monaka is built on a 2nm core chip with a 3D multi-core layout, optimized for air-cooled servers and conventional memory, targeting confidential computing and low-voltage operation [1][3][6]. - The processor will feature 144 Armv9-A cores per slot in a dual-slot configuration, totaling 288 cores, and is designed for standard 2U data center servers [3][6]. - Monaka aims to achieve generational improvements in application performance and performance per watt, with a projected launch in fiscal year 2027 [10][38]. Group 2: Design and Efficiency - The design incorporates advanced silicon for critical areas while using more cost-effective processes for larger SRAM and IO chips, aligning with Japan's energy efficiency goals [6][10]. - Monaka will utilize DDR5 and PCIe Gen6 for high throughput IO, avoiding special packaging or HBM to enhance memory bandwidth [6][10]. - The chip is expected to have a power consumption of less than 500W, suitable for standard server racks, focusing on scalability and efficient throughput rather than peak floating-point performance [6][10]. Group 3: Security and Reliability - Monaka emphasizes trust with hardware-level isolation, workload protection, and system resilience, positioning it as a confidential computing platform for multi-tenant environments [19][22]. - It features full memory encryption and a hardware root of trust to enhance system-level security and verify firmware authenticity [22][19]. - Reliability features include error detection and correction mechanisms, thermal control, and maintainability, aiming for high uptime in large-scale distributed deployments [22][19]. Group 4: Software and Ecosystem - Monaka is designed to run standard Linux stacks, supporting upstream distributions and common development tools, ensuring compatibility and accessibility for developers [24][27]. - The development stack will support LLVM, GCC, and Python, maintaining consistency with tools used in previous Fujitsu architectures [27][24]. - Monaka will support CXL 3.0 for composable infrastructure and PCIe Gen6 for compatibility with next-generation storage and networking devices [30][24]. Group 5: Market Positioning - Fujitsu positions Monaka as a "mainframe-class" processor, focusing on predictable behavior, lifecycle control, and secure leasing, rather than just throughput aggregation [31][34]. - The processor targets markets that require platform integrity, such as sovereign cloud deployments, telecommunications, and defense sectors, emphasizing reliability over raw performance [34][31]. - Monaka represents a continuation of Fujitsu's decades-long experience in processor design, transitioning from SPARC to Arm architecture while prioritizing control and integration [35][37].