Herzenssache IT: Supermicros AMD Epyc Server für bahnbrechende Innovationen in der Gesundheit

In the ever-growing and changing healthcare industry, the efficient processing of data plays a crucial role. Choosing the right hardware can have a significant impact on application performance, analytics and overall productivity. In this blog post, we take a look at Supermicro's groundbreaking solutions based on the powerful AMD Epyc processors and how they are revolutionizing the healthcare industry.

Introducing high-performance data centers: Unleashing the power of the Supermicro H13 series with 4th generation AMD EPYC processors

In the constantly evolving landscape of modern data centers, high performance and energy efficiency are paramount. The immense amounts of data generated in data centers require sophisticated analysis, which leads to a constant evolution of CPU technologies. New generations of CPUs not only strive to analyze data efficiently, but also to improve decision-making processes and understanding of our world.

WORKLOAD OPTIMIZED 4TH GEN EPYC™ CPU PORTFOLIO

Cloud-native computing

AMD EPYC™ 9754 and 9734 server processors, formerly codenamed "Bergamo", are designed to deliver leading performance for cloud-native computing workloads.

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Technical computing

AMD EPYC™ 9004 Series processors with 3D V-Cache™ technology, formerly codenamed "Genoa-X", are optimized for high performance technical computing1

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AMD EPYC™ processors of the 4th generation

With the 4th generation EPYC processor family, AMD has created a CPU series that not only breaks world records, but also revolutionizes business results. These outstanding processors not only deliver fast insights, but also set new standards in data management and analysis.

The combination of AMD processors and Supermicro H13 servers offers significant advantages in the healthcare sector:

Performance: AMD processors provide the performance required for demanding healthcare applications.
Flexibility: AMD's adaptive computing technology enables adaptation to changing requirements and new technologies.
Integration: Supermicro H13 servers provide the integration and scalability required for complex medical applications.
Reliability: The combination of AMD technology and Supermicro hardware ensures reliability and operational safety in the medical environment.

By combining these technologies, healthcare OEMs can deliver superior performance, accuracy and innovative features, differentiate their products and expand into new applications and markets.

Quick market launch and higher throughput

The 4th generation AMD EPYC™ processors demonstrate their superior performance with impressive numbers. With a 2.1x speedup in computational fluid dynamics and 70% higher throughput in mission-critical operations compared to the competition, they prove their capabilities in demanding scenarios. The 2.7x performance-per-system-watt improvement underlines their energy efficiency while reducing server energy costs.

"Zen 4": The next level of processor architecture

The EPYC™ 9004 series is based on the "Zen 4" architecture and impresses with up to 128 cores. The hybrid multi-die architecture enables energy-efficient high-performance solutions, optimized for a wide range of computing requirements. The processors are particularly impressive in cloud-native environments with their performance, density and energy efficiency.

AMD 3D V-Cache™ technology for new heights

With AMD 3D V-Cache™ technology, the EPYC™ 9004 series processors reach new heights. With up to 96 "Zen 4" cores and 1152 MB L3 cache per socket, they not only offer fast product design, but also score with low CAPEX and OPEX. The performance in compute-intensive design and analysis workloads outperforms the competition by 2.5 times.

Superlinear scaling and leading energy efficiency

The EPYC™ 9004 series processors demonstrate superlinear scaling and achieve up to 14 nodes with CFD performance in an 8-node cluster. Their leading energy efficiency makes them not only powerful but also environmentally friendly. Their efficiency helps to reduce energy costs and support corporate sustainability goals.

Security through AMD Infinity Guard

Every AMD EPYC™ processor is equipped with AMD Infinity Guard, a comprehensive suite of security features that protect data from internal and external threats. With data-in-use encryption, the processors enable confidential computing and provide the highest level of security.

Learn more about the impressive world of AMD EPYC™ 4th Generation processors at amd.com/worldrecords. Accelerate your business results with the power, performance and security these data center CPUs deliver.

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The challenges of the healthcare industry

The healthcare industry faces a host of challenges, from managing large volumes of patient data to accelerating research processes. The increasing demands on the processing of medical images, the analysis of genome data and the implementation of complex databases require advanced hardware solutions.

The dynamics of server performance and form factors

Servers, the backbone of data centers, represent a continuum of compute and I/O performance. The interplay of factors such as core count, clock speeds, memory access and path width shapes servers for specific workloads. Form factors vary depending on environmental conditions to accommodate airflow or power supply constraints. A key strategy for server manufacturers is a building block approach that enables the development of different systems tailored to different operating environments.

Supermicro, a leader in this space, is introducing its new H13 product line that leverages the capabilities of AMD's 4th generation EPYC processors. These processors, codenamed "Bergamo", embody a commitment to delivering superior results across industries, characterized by leadership in x86 server processor performance, energy efficiency and confidential computing.

Unveiling of the Supermicro H13 portfolio

The H13 series, a testament to Supermicro's commitment to innovation, covers a wide range of workloads and promotes optimal business results. Key highlights include:

Best business results across all industries and workloads
Most powerful x86 server processor
Leader in x86 energy efficiency
Guaranteed confidential data processing
A significant ecosystem of solutions

Supermicro achieves this versatility through a building block approach that enables the simultaneous release of systems in different form factors, each tailored to specific operating environments.