Certified with Oracle Linux - Single CPU - Supermicro - TwinPro - TwinPro
Experience the cutting-edge Supermicro TwinPro™ architecture, which leverages the successful Twin technology to deliver exceptional throughput, storage, networking, I/O, memory, and processing capabilities in a compact 1U/2U form factor. Designed for high-demand environments such as high-end enterprise, data center, HPC, and cloud computing, TwinPro™ servers offer a significant competitive advantage by maximizing the efficiency of data center resources.
Key Advantages:
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High-Performance Technology: Built on a foundation of proven Twin architecture, the TwinPro™ systems enhance every aspect of computing performance.
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Customizable Solutions: Fully customizable to meet the specific requirements of your operations, ensuring that you get the most out of your investment.
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Simplified Deployment and Maintenance: TwinPro™ solutions are easy to deploy and maintain, assembled with high-quality components that guarantee continuous operation even under full load.
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Optimal Form Factor: Offering top-tier capabilities within a 1U/2U configuration, allowing for efficient space usage in any setup.
Explore the full range of customizable, high-performance TwinPro servers and consider our FATTWIN SERVERS, which complement the TwinPro offerings. Discover the breadth of our blade server technology in this category, and find the optimal solution for your computing needs.
Supermicro products are best in the world in servers, storage solutions, and high-performance computing systems. Their products often come in form factors designed for rack-mounting in standard 19-inch enclosures, but can be found in tower and in very small form factor servers.
Servers Certified for Oracle's enterprise software solutions are predominantly used in large corporations and data centers, focusing on use-cases like database management, ERP, and cloud services. These products offer key benefits such as robust data analytics, high-level security features, and seamless integration capabilities, making them essential for data-intensive and mission-critical operations.
TwinPro servers are engineered for mission-critical applications and are commonly deployed in data centers that require high availability and robust performance. With features like hot-swappable components, energy-efficient cooling solutions, and dual CPU configurations, TwinPro servers offer enhanced reliability and scalability, making them a go-to choice for enterprises aiming for optimal operational continuity.
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.
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Twin A+ Server AS-2014TP-HTR - 4 nodes
Compute Intensive Applications
HPC, Data Center
Enterprise Server
Hyperscale / Hyperconverged6 692.17 €
High-Performance Technology
Built on a foundation of proven Twin architecture, the TwinPro™ systems enhance every aspect of computing performance. These high-performance servers are ideal for high-end enterprise, data center, HPC, and cloud computing environments.
Customizable Solutions
TwinPro™ servers are fully customizable to meet the specific requirements of your operations. This flexibility ensures that you get the most out of your investment, with servers tailored to your unique needs and workloads.
Simplified Deployment and Maintenance
TwinPro™ solutions are easy to deploy and maintain, assembled with high-quality components that guarantee continuous operation even under full load. This simplicity reduces downtime and ensures reliable performance.
Optimal Form Factor
Offering top-tier capabilities within a 1U/2U configuration, TwinPro™ servers allow for efficient space usage in any setup. These servers maximize the efficiency of data center resources while maintaining a compact footprint.