128 Dimms - 24 Drives - NVMe native - Multi-processor servers
Explore the exceptional capabilities of Supermicro Multiprocessor Servers, ideally suited for memory-intensive enterprise applications and in-memory computing. Our latest X11 MP systems are engineered to deliver the highest levels of performance, efficiency, and security, all while providing essential RAS (Reliability, Availability, and Serviceability) functions.
Key Advantages:
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Peak Performance: Experience superior performance with our new-generation multiprocessor (MP) servers, designed to handle intensive computations and large data sets efficiently.
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Advanced Security and RAS Features: Benefit from enhanced security features and reliable RAS functions that ensure continuous operation and minimal downtime.
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Customization Options: Tailor your MP system to meet specific requirements with our wide range of customizable options, perfect for various enterprise needs.
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Memory-Intensive Capabilities: Optimized for applications requiring substantial memory resources, our servers support the most demanding workloads with ease.
Discover our broad selection of high-performance, reliable, and customizable multiprocessor servers in this category, perfect for tackling the most challenging enterprise tasks. Additionally, explore our GPU SERVERS for solutions that are specially designed to accelerate computational processes and enhance performance across a variety of applications.
Servers featuring 24 drive bays are highly versatile, often used in medium to large-sized businesses for a range of applications including virtualized environments and database hosting. With ample storage options and efficient data management capabilities, these systems provide a balanced solution for organizations seeking both performance and reliability.
Servers with 128 memory sockets are the zenith of high-performance computing, predominantly reserved for groundbreaking research and applications like large Hadron collider simulations, complex astrophysics models, and genome sequencing at an unprecedented scale. These behemoths deliver the ultimate in computational power, memory capacity, and data throughput, setting new benchmarks for what is possible in high-performance computing.
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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MP SuperServer SYS-681E-TR
In-Memory Database Application
Virtualization, ERP, CRM
Research lab/National Lab
Scale-up HPC81 761.53 €
Performance
Explore the exceptional capabilities of Supermicro Multiprocessor Servers, ideally suited for memory-intensive enterprise applications and in-memory computing. Our latest X11 MP systems are engineered to deliver the highest levels of performance, efficiency, and security, all while providing essential RAS (Reliability, Availability, and Serviceability) functions.
Peak Performance
Experience superior performance with our new-generation multiprocessor (MP) servers, designed to handle intensive computations and large data sets efficiently.
Advanced Security and RAS Features
Benefit from enhanced security features and reliable RAS functions that ensure continuous operation and minimal downtime.
Customization Options
Tailor your MP system to meet specific requirements with our wide range of customizable options, perfect for various enterprise needs.
Memory-Intensive Capabilities
Optimized for applications requiring substantial memory resources, our servers support the most demanding workloads with ease.
Explore Our Selection
Discover our broad selection of high-performance, reliable, and customizable multiprocessor servers, perfect for tackling the most challenging enterprise tasks. Additionally, explore our GPU servers for solutions that are specially designed to accelerate computational processes and enhance performance across a variety of applications.