Enabling next generation supercomputing clusters

M. Vrazel
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Abstract

Innovative cabling solutions will be a key factor in realizing next generation supercomputing clusters. Demands for higher data rates, larger clusters, and increased density cannot be optimally addressed with existing twin-axial cabling solutions. Quellan, Inc.'s family of low power, low latency Lane Manager ICs provide a 2x reach extension over standard cable for single lane data rates up to 6.25 Gb/s. In addition, the Lane Managers can facilitate increased density and improved airflow through clusters by enabling narrow gauge cables to operate at maximum lengths comparable to that of standard 24AWG cabling. Integrated higher layer features ensure compliance with a variety of current and emerging standards such as Infiniband, PCI Express, and CX-4. This presentation will highlight the performance and advanced features set of the Lane Manager family while also detailing the benefits of this technology for addressing various signal integrity challenges inherent to the cabling infrastructure of supercomputing clusters.
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启用下一代超级计算集群
创新的布线解决方案将是实现下一代超级计算集群的关键因素。现有的双轴布线解决方案无法最佳地满足对更高数据速率、更大集群和更高密度的需求。Quellan公司的低功耗、低延迟Lane Manager ic系列在标准电缆上提供2倍的延伸,单线数据速率高达6.25 Gb/s。此外,Lane Managers可以通过窄轨电缆在与标准24AWG电缆相当的最大长度下运行,从而增加密度并改善通过集群的气流。集成的更高层功能确保符合各种当前和新兴的标准,如Infiniband、PCI Express和CX-4。本演讲将重点介绍Lane Manager系列的性能和高级功能集,同时详细介绍该技术在解决超级计算集群布线基础设施固有的各种信号完整性挑战方面的优势。
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