A decade after #NVIDIADGX-1#, #NVIDIAVeraRubin# redefines what an AI factory looks like. Built through extreme co-design, Vera Rubin delivers a POD-scale platform purpose-built for global-scale AI infrastructure. From model training to agentic AI workloads, it’s the foundation for what comes next. 📍 Stop by our booth on the #ISC26# show floor to see our demos 🔗 Learn more:

It's Day 2 at ISC 2026! We're showcasing our latest AI and HPC innovations with Data Center Building Block Solutions® (DCBBS)! Come visit us 📅Jun 23-25, 2026 🌍Hamburg, Germany 📍Booth #B10# | Exhibition Hall H Learn more: #ISC26# #ISC2026# #Supermicro# #HPC# #AI#

Scaling hybrid workloads with NVIDIA CUDA-Q is enabling teams across the quantum ecosystem to explore real-world impact using GPU-accelerated simulation. 🚀 ⚡ Aegiq and @Quantum_Motion are advancing quantum chemistry workflows with CUDA-Q. ⚡ Classiq is drawing on CUDA-Q to explore new quantum applications in finance. ⚡ FirstQFM has demonstrated quantum foundation models on the Leonardo supercomputer. ⚡ Eclipse Qrisp (pioneered by @Fraunhofer FOKUS) and @Qilimanjaro are powering their work with CUDA-Q. ⚡ qBraid now serves as a CUDA-Q target, expanding access to a broad set of QPU providers. ⚡ QCentroid is building QuantumOps workflows on CUDA-Q, driving more efficient applications development. ⚡ Welinq is pairing its distributed quantum compiler with CUDA-Q for GPU-accelerated circuit verification. The path to useful quantum computing is hybrid—powered by accelerated simulation. Learn more: #ISC26#

This week, Supermicro is kicking off ISC 2026 with an exciting announcement: The Data Center Building Block Solutions® (DCBBS) Blueprint for HPC based on the @nvidia Vera Rubin NVL4 platform. Follow the page for more news from ISC 2026! Read the Press Release: #ISC2026# #HPC# #Supermicro# #NVIDIA# #DCBBS#

On June 23, 2026, the ISC 2026 conference in Hamburg, Germany, released the Global Supercomputing TOP 500 list: The Chinese-made, self-developed “Lingcheng” supercomputer reached the top of the global Supercomputing TOP 500 with 2.19 EFlops (1,018 floating-point operations per second) of continuous double-precision floating-point performance. After nine years, it climbed to the peak again, opening a new era in the supercomputing field. 2026年6月23日，德国汉堡ISC2026大会发布全球超算TOP500榜单：中国全国产自主研制的“灵晟”超级计算机以2.19EFlops（每秒1018次浮点运算）持续双精度浮点性能登顶全球超算TOP500，时隔九年，再攀巅峰，开创超算领域新纪元。