Power, Optimize, Secure

EPYC™ meets the needs for today’s datacenter workloads

Flexibility. Performance. Security. Born in the cloud, the AMD EPYC system on chip delivers 122 percent better memory bandwidth, 60 percent more I/O and 45 percent more cores than the competitor to power data center applications. Whether you deploy bare metal, virtualized, or in the cloud, the AMD EPYC processor powers fast, responsive, and secure IT.

THE CLOUD HAS CHANGED EVERYTHING

Rapid cloud computing adoption has precipitated a paradigm shift in the industry. Resources are now software defined, and security is more important than ever. Beyond the cloud, advances in software have created entirely new workload classes. These include mobile applications, digital business transformation, big data, predictive analysis, and machine learning where data is analyzed and conclusions are made in real time, all without human intervention

While the pace of software innovation has quickened, it has been lacking support from the foundational infrastructure in silicon. More than just incremental improvements in processor speed are needed to efficiently support today’s software-defined datacenter. With automatic Moore’s Law performance increases slowing, innovation is now more important than ever. An approach that better balances the ratios of cores, memory, I/O bandwidth, and that deploys security features embedded in silicon is essential to achieve optimized performance for today’s datacenter applications

Focus on your business. With a server built for your business.

Choose from various Microsoft Server solutions, or load up Linux!

DDR4—Packing Power and Performance into a New Generation

DDR4 is ideal for high-end enterprise and storage systems as well as cloud server providers that support applications requiring large memory footprints, such as in-memory databases and real-time analytics.

DDR4 is the newest iteration in DRAM, loaded with new features that improve reliability, speed, power, and stacking capabilities for the enterprise, micro-server, ultrathin, and tablet markets. With data rates reaching 2666 Mb/s, DDR4 increases performance up to 50% over DDR3. DDR4 also delivers a 20% reduction in voltage over DDR3—however, when DDR4’s additional power-saving features are taken into account, total overall power savings versus DDR3 can be as much as 35%.

The new boundary scan feature (also known as JTAG) enables early fault detection during testing, thereby reducing debug time, improving system reliability, and ultimately, saving development and production costs.

Terabytes and Terabytes…