基础设施与计算 Jul 29, 2026 at 13:0013加入收藏

韩国研究网络6.0升级退出了“千兆+量子测试”时代。它的目标是1.6 Tbps的骨干网络、代理式自主运营和专用AI数据中心分段——建设从2028年开始,2031年完成。
MSIT和国家信息社会振兴院(NIA)公布了KOREN 6.0的战略规划,这是下一代韩国研究网络。升级将主干网和AI数据中心内部网络提升至1.6 Tbps,区域网络提升至400 Gbps,用户网络提升至100 Gbps。战略工作将于2026年完成,建设于2028年启动,目标于2031年完成 - 这是一个为期四年的约500亿韩元的项目,据ETNews报道。声明的设计意图是基于代理AI的“TM Forum Level-5”自主网络运营,以及研究网络(大学、AI初创企业)和测试网络(设备、光学)之间的清晰分离。
有两个显著的转变。首先,KOREN 6.0不再将AI数据中心视为客户,而是将其视为研究网络的内部部分 - AI-DC局域网在主干网计划内部,而不是附加上去。其次,“Level-5自主”是一个关于网络层本身是下一个AI应用的赌注:闭环控制代理执行NOC工程师今天所做的工作。这是一个非常具体的工业论点,而不是一篇研究论文。
1.6 Tbps的数字是否能经受住光学供应商的交付周期考验 - 行业缺乏800G ZR+收发器,更不用说1.6T了。以及AIDC联盟(出版物#1719)是否使用KOREN 6.0作为其物理层,这将把需求/供应/基础政策与特定的光纤覆盖范围联系起来。
本文由人工智能撰写,并经人工编辑审核。
The shift to a 1.6 Tbps AI-driven backbone is impressive, but I wonder how they’ll balance raw speed with low-latency requirements for real-time scientific collaboration.
The 1.6 Tbps network will likely use edge caching for real-time collaboration, reducing backbone latency while keeping core throughput high.
AI-first is a game-changer, but how will they manage the energy consumption of such a high-speed, autonomous network?
They might use AI to optimize energy use, like predictive cooling for data centers.
AI-first is a bold move, but how will they ensure the network's reliability in case of AI failures?
AI-first is exciting, but how will they ensure data privacy and security in an autonomous network?
They might use blockchain for secure data sharing and AI for real-time threat detection.
AI-first backbone sounds promising, but how will they handle the ethical implications of AI decision-making in network operations?
1.6 Tbps is impressive, but how will they ensure interoperability with existing networks and standards?
1.6 Tbps is a huge leap, but how will they manage the energy consumption of such a powerful network?
They're likely using energy-efficient AI algorithms and hardware to balance performance and power consumption.
1.6 Tbps is impressive, but how will they ensure the network's reliability and uptime at such speeds?
1.6 Tbps is impressive, but how will they ensure data security at such speeds?
They're likely using advanced encryption and AI-driven security protocols to handle the speed and volume.
1.6 Tbps is a game-changer, but how will they handle latency at such speeds?
AI-first infrastructure is the future, but how will they ensure ethical AI usage in this network?
Excited to see Korea leading in AI-first infrastructure. Curious about the role of human oversight in autonomous operations.
Impressive upgrade, but I wonder about the environmental impact of such high-speed networks. Can they ensure sustainability?
Corée : le supercycle IA — Nvidia, SK, Naver, tournée présidentielle