Cornelis Networks recently introduced the CN5000 family, a state-of-the-art networking solution designed to revolutionize artificial intelligence (AI) and high-performance computing (HPC) workloads. With its sights set on deployments with a massive scale of up to 500,000 endpoints, the CN5000 addresses common challenges such as scaling inefficiencies and the underutilization of computing resources. The solution stands out in its ability to ensure lossless data transfer and effective congestion avoidance, promising to make optimum use of every compute cycle. This translates to a new standard in network-led application acceleration in both AI and HPC domains. Users will benefit from substantially faster job completion times coupled with reduced latency and diminished network congestion. Notably, when applied to HPC workloads, the CN5000 surpasses the performance of existing InfiniBand NDR technology in terms of message rates, latency reduction, and simulation speeds, setting a new precedent for the industry.
The Transformative Potential of CN5000
In AI applications, Cornelis Networks’ CN5000 marks a significant leap forward with its custom Omni-Path design, resulting in a sixfold enhancement in collective communication speed. This upgrade significantly accelerates model training and inference, benefiting industries eager for swift AI advancement. The CN5000’s key feature is its universal compatibility with top GPUs, CPUs, and accelerators from prominent vendors like AMD, Intel, and NVIDIA, facilitating its integration across diverse tech landscapes. Its support for OpenFabrics software highlights its vendor neutrality, promoting effortless integration in varied environments. Essential components include SuperNICs, Director Class switches, the OPX Software Suite, and various cabling options, collectively forming a sophisticated networking solution. Launching CN5000, Cornelis Networks reaffirms its leadership in innovative networking tailored for AI and HPC. Establishing new standards in performance, scalability, and efficiency, Cornelis Networks is set to redefine computational networking’s landscape.
