The GPU SuperServer SYS-522GA-NRT is a high-performance 2U rackmount server engineered for AI, machine learning, and GPU-intensive workloads. It supports up to 8 double-width GPUs with optimized cooling and power delivery, featuring dual Intel Xeon processors, up to 2TB DDR4 memory, and flexible storage options. Key benefits include exceptional computational density for data centers, enterprise-grade reliability with redundant components, and scalable architecture that grows with demanding applications. Its unique selling points are the industry-leading GPU capacity in a compact 2U form factor, advanced thermal management preventing throttling under heavy loads, and pre-validated configurations that reduce deployment time for AI/ML projects.
The SuperWorkstation SYS-751GE-TNRT is a high-performance dual-socket workstation engineered for demanding professional applications. Built on Intel’s latest Xeon Scalable processors, it delivers exceptional computational power with support for up to 4TB of DDR4 memory across 16 DIMM slots. The system features eight PCIe 4.0 slots enabling multiple high-end GPUs for AI, machine learning, and intensive graphics workloads. Storage flexibility includes ten 2.5″ drive bays supporting NVMe SSDs for lightning-fast data access. Advanced thermal management with redundant cooling ensures reliable 24/7 operation under heavy loads. The tower form factor provides easy maintenance access while maintaining a professional appearance. Ideal for content creation, scientific computing, financial modeling, and enterprise virtualization where maximum performance and reliability are essential.
The GPU SuperServer SYS-751GE-TNRT-NV1 is a high-performance 7U rackmount server engineered for AI, machine learning, and GPU-intensive workloads. This powerhouse supports up to 8 NVIDIA GPUs with optimized cooling and power delivery, delivering exceptional parallel processing capabilities for deep learning training, inference, and scientific computing applications.
Key features include dual Intel Xeon Scalable processors, massive memory capacity up to 4TB DDR4, redundant power supplies for reliability, and advanced thermal management to maintain peak performance under heavy loads. The server offers flexible storage options with multiple drive bays supporting NVMe SSDs for ultra-fast data access.
Unique selling points include its enterprise-grade build quality, optimized GPU-to-GPU communication pathways, comprehensive remote management capabilities, and scalable architecture that grows with computational demands. The system excels in data centers requiring maximum GPU density while maintaining operational stability and energy efficiency, making it ideal for research institutions, cloud service providers, and enterprises deploying AI at scale.
The GPU A Server AS-5126GS-TNRT is a high-performance 2U rackmount server engineered for AI, machine learning, and GPU-intensive workloads. This powerhouse supports up to 8 dual-slot GPUs with optimized thermal design and redundant cooling systems to maintain peak performance under heavy computational loads. Built on a robust dual-socket platform, it delivers exceptional processing power while featuring hot-swappable drive bays, redundant power supplies, and enterprise-grade reliability. The server’s advanced airflow architecture and tool-less GPU installation make it ideal for data centers requiring maximum compute density, reduced deployment time, and 24/7 operational reliability. Its scalable design and comprehensive remote management capabilities position it as the optimal solution for organizations demanding cutting-edge GPU acceleration for deep learning, scientific computing, and high-performance computing applications.
The GPU A Server AS-5126GS-TNRT2 is a high-performance 2U rackmount server engineered for AI, machine learning, and GPU-intensive workloads. This powerhouse supports up to 8 dual-slot GPUs with optimized thermal design and redundant cooling systems to maintain peak performance under heavy computational loads. Built on a robust dual-socket platform, it delivers exceptional processing power while featuring enterprise-grade reliability with hot-swappable components and redundant power supplies. The server’s advanced airflow architecture and tool-less GPU installation enable rapid deployment and maintenance, making it ideal for data centers, research institutions, and enterprises requiring maximum GPU density and computational throughput in a compact form factor.
The HPE Compute Scale-up Server 3200 (R9N70A) is a high-performance, enterprise-grade server designed for demanding workloads requiring exceptional computational power and scalability. This rack-mounted system features multiple processor sockets supporting the latest Intel or AMD processors, delivering superior processing capabilities for data-intensive applications, virtualization, and high-performance computing environments.
Key features include massive memory capacity supporting up to several terabytes of RAM, extensive storage options with support for multiple drive bays accommodating both SSD and traditional storage, and advanced networking capabilities with multiple high-speed ports. The server incorporates HPE’s intelligent management technologies, including HPE iLO for remote administration and monitoring.
Primary benefits encompass dramatically reduced processing times for complex workloads, seamless scalability to accommodate growing business demands, enhanced reliability through redundant components and advanced error correction, and simplified management through integrated monitoring tools. The system’s energy-efficient design helps reduce operational costs while maintaining peak performance.
Unique selling points include HPE’s proven enterprise reliability and support ecosystem, optimized architecture for both scale-up and scale-out scenarios, comprehensive security features including silicon-level protection, and flexible configuration options allowing customization for specific use cases. The server is ideal for organizations running databases, analytics platforms, virtualized environments, and mission-critical applications requiring maximum uptime and performance.
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