3rd Generation Intel Xeon Scalable series - 4th/5th Generation Intel Xeon Scalable series - blade module - NVMe native - Single CPU - Blade servers
Blade servers offer a compact yet powerful computing solution, designed to maximize processing power while minimizing the footprint in rack space. This modern architecture integrates server, networking, and storage capabilities with unified remote management features. Our blade servers are perfect for a variety of demanding applications.
Key Advantages:
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Space Efficiency: Reduces the need for excessive rack space, simplifying cabling and maintenance.
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Enhanced Power Management: Optimizes power consumption, crucial for maintaining efficiency in large-scale operations.
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Unified Remote Management: Allows for seamless management of server health and resources from a remote location.
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Versatile Applications: Ideal for cloud computing, video streaming, content delivery, social networking, desktop virtualization, and remote workstations.
Discover our comprehensive selection of multi-processor servers to find the ideal solution tailored to your specific needs.
Blade server are very flexible infrastructure solutions for differnet applications. Several differently configured blade modlules can be used within same chassis. Also blade chassis is configurable within online configurator separately.
Single CPU servers are cost-effective solutions tailored for small businesses, startups, and remote office deployments, providing a balanced mix of performance and power efficiency. These one-processor servers are commonly used for web hosting, light database work, and other entry-level applications, delivering a low total cost of ownership (TCO) while maintaining the capability to scale as business needs evolve.
The 4th & 5th Gen Intel Xeon Scalable processors are engineered for advanced analytics, AI workloads, and mission-critical enterprise applications. Providing a robust suite of platform capabilities, including built-in AI acceleration, enhanced security features, and optimal energy efficiency, these processors are an ideal choice for data centers looking to modernize infrastructure and gain a competitive edge.
The 3rd Gen Intel Xeon Scalable processors are widely used in data centers, cloud computing environments, and high-performance computing setups, offering optimized throughput and improved latency for various workloads. With features like Intel DL Boost for AI acceleration and built-in security measures, these processors provide a balanced combination of performance, energy efficiency, and advanced capabilities for enterprise applications.
Servers with native NVMe (Non-Volatile Memory Express) support are designed for the most demanding data-intensive tasks, such as big data analytics, machine learning, and high-frequency trading. Native NVMe offers unparalleled speed and low-latency data access, revolutionizing the data processing capabilities of enterprises and HPC centers.
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SuperBlade Server SBI-611E-1T2N
Enterprise data center
Cloud, CDN, AI/ML
70 servers per 42U Rack2 797.44 € -
SuperBlade Server SBI-610P-1T2N
Simulation & Modeling
AI Inferencing
Cloud Service
High-performance Computing
Single socket blade2 015.81 € -
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SuperBlade Server SBI-611E-5T2N
Enterprise data center
Cloud, CDN, AI/ML
35 servers per 42U Rack2 968.24 € -
SuperBlade Server SBI-611E-1C2N
Enterprise data center
Cloud, CDN, AI/ML
70 servers per 42U Rack2 937.37 € -
SuperBlade Server SBI-610P-1C2N
Cloud Service
Simulation & Modeling
AI Inferencing
High-performance Computing
Single socket blade2 284.67 €
Enhanced Power Management
Optimizes power consumption, crucial for maintaining efficiency in large-scale operations.
Unified Remote Management
Allows for seamless management of server health and resources from a remote location.
Versatile Applications
Ideal for cloud computing, video streaming, content delivery, social networking, desktop virtualization, and remote workstations.
Explore Our Selection
Discover our comprehensive selection of multiprocessor servers to find the ideal solution tailored to your specific needs.