联想发布新一代ThinkSystem服务器 搭载第六代AMD EPYC处理器与Neptune液冷
联想11月10日发布新一代超级智能（SI）与高性能计算基础设施，核心是搭载第六代 AMD EPYC SP7 处理器的新款 ThinkSystem 服务器，并同步推出存储阵列、互连选项和扩展的部署服务，面向客户数据中心、混合环境和托管设施。
新品包括两款服务器。ThinkSystem SC755是双路服务器，采用联想 Neptune 液冷技术，可通过水冷移除系统最高100%的热量，联想称其持续性能比同类风冷系统最高高出40%。ThinkSystem SR755面向大规模虚拟化、工程负载、金融建模、电子设计自动化和智能体基础设施，强调计算密度与内存带宽。
存储方面，ThinkSystem DE6800面向需要可靠高吞吐的块存储负载，DE6500主打更经济的性能与更简单的部署管理。联想同时扩展了 Hybrid AI Factory 服务，覆盖图形处理器部署、配置和优化等环节。
联想基础设施方案集团副总裁 Scott Patti 表示，目标是在功率和散热受限的条件下，从每一瓦电力中获得更多有用性能，并加快从部署到投入运行的速度。AMD计算与企业业务高级副总裁兼总经理 Dan McNamara 表示，新的联想平台可帮助客户加速从工程和科学研究到推理等各类负载。
发布中给出的客户案例包括佛罗里达大学的第四代 HiPerGator 集群。该集群由联想、NVIDIA 和 AMD 技术组成，算力达17.49 PFLOPS，过去一年处理了3300万次研究请求。联想还提到 DreamWorks Animation 以采用 Neptune 液冷的 ThinkSystem 服务器替换了传统风冷渲染农场。
联想在11月举行的 SC26 超算大会上展示这批硬件、Neptune 散热系统和部署服务，展位为3023号。公司表示，新组合面向企业级和吉瓦级规模的计算设施建设。
Lenovo Unveils ThinkSystem Servers Powered by 6th Generation AMD EPYC Processors
Lenovo announced new infrastructure for super intelligence (SI) and high-performance computing on November 10, centered on new ThinkSystem servers powered by 6th Generation AMD EPYC SP7 processors, alongside storage arrays, interconnect options and expanded deployment services for customer data centers, hybrid environments and colocation facilities.
The launch includes two servers. The ThinkSystem SC755 is a dual-socket server using Lenovo Neptune liquid cooling to remove up to 100% of system heat through water, delivering up to 40% higher sustained performance compared with similar air-cooled systems, according to Lenovo. The ThinkSystem SR755 is designed for large-scale virtualization, engineering workloads, financial modeling, electronic design automation and agentic infrastructure, with an emphasis on compute density and memory bandwidth.
On storage, the ThinkSystem DE6800 supports high-throughput, latency-sensitive block storage workloads, while the DE6500 offers economical performance with simpler deployment and management. Lenovo also expanded its Hybrid AI Factory services to cover graphics processor deployment, configuration and optimization.
Scott Patti, vice president of Lenovo's Infrastructure Solutions Group, said the goal is getting more useful performance from every watt while addressing power and cooling constraints and moving faster from deployment to operational use. Dan McNamara, senior vice president and general manager of compute and enterprise AI at AMD, said the new Lenovo platforms help customers accelerate workloads from engineering and scientific research to inferencing.
Customer examples in the announcement include the University of Florida's fourth-generation HiPerGator cluster, built with Lenovo, NVIDIA and AMD technology, which delivers 17.49 PFLOPS and processed 33 million research requests in the past year. Lenovo also cited DreamWorks Animation, which replaced a traditional air-cooled render farm with ThinkSystem servers using Neptune liquid cooling.
Lenovo demonstrated the hardware, Neptune cooling systems and deployment services at booth 3023 during the SC26 supercomputing conference. The company said the portfolio targets enterprise and gigawatt-scale computing facilities.
来源：联想
发布：GSM·美国（发布链接）
图片来源：图：搭载 AMD EPYC 处理器的双路服务器主板。作者：极客湾Geekerwan，CC BY 3.0，维基共享资源。 / Photo: A dual-socket server board with AMD EPYC processors. Credit: Geekerwan, CC BY 3.0, via Wikimedia Commons.
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