AMD EPYC (@amdserver) 's Twitter Profile
AMD EPYC

@amdserver

Official Twitter handle for AMD server processors and platforms. Need help? Visit our Community Support forums: bit.ly/AMDServer_

ID: 8879152

linkhttps://www.amd.com/EPYC calendar_today14-09-2007 15:54:12

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Tom's Hardware (@tomshardware) 's Twitter Profile Photo

AMD launches Zen 5-based EPYC 4005-series 'Grado' processors for entry-level AM5 servers, offering up to 16 cores, robust security, and superior performance-per-dollar compared to Intel's entry-level Xeon. tomshardware.com/pc-components/…

AMD EPYC (@amdserver) 's Twitter Profile Photo

AI is transforming enterprise data centers, but scaling projects on strained infrastructure is challenging. Optimizing CPU selection enables better performance and maximizes ROI—helping you get more from your AI investments. Swipe through to see how:

HPE Alliances (@hpe_alliances) 's Twitter Profile Photo

South Korea’s most powerful #supercomputer, #KISTI-6, will be built on HPE systems with AMD EPYC™ processors and @NVIDIA GH200 Grace Hopper Superchips. Learn how they can deliver advanced architecture and superior efficiency for #AI and #HPC workloads. #HPEAlliances

AMD EPYC (@amdserver) 's Twitter Profile Photo

The high performance and energy efficiency of AMD EPYC processors empower organizations to modernize their IT infrastructure, freeing up space and power to support AI and other initiatives. Learn how AMD EPYC 9005 Series CPUs make consolidation possible: bit.ly/4jYzdAP

The high performance and energy efficiency of AMD EPYC processors empower organizations to modernize their IT infrastructure, freeing up space and power to support AI and other initiatives.

Learn how AMD EPYC 9005 Series CPUs make consolidation possible: bit.ly/4jYzdAP
AMD EPYC (@amdserver) 's Twitter Profile Photo

GPUs are powerful engines for high-performance AI, but system efficiency depends on the capabilities of the host CPU. See how AMD EPYC 9005 Series processors can support direct AI inference on the CPU, reducing GPU workload and optimizing performance. bit.ly/4jYzdAP

GPUs are powerful engines for high-performance AI, but system efficiency depends on the capabilities of the host CPU.

See how AMD EPYC 9005 Series processors can support direct AI inference on the CPU, reducing GPU workload and optimizing performance. bit.ly/4jYzdAP
AMD EPYC (@amdserver) 's Twitter Profile Photo

Designed for GPU-accelerated infrastructures, AMD EPYC processors offer powerful host CPU performance, combining outstanding energy efficiency, high memory bandwidth, and scalable I/O to help you get the most from your GPU investments. bit.ly/4jYzdAP

Designed for GPU-accelerated infrastructures, AMD EPYC processors offer powerful host CPU performance, combining outstanding energy efficiency, high memory bandwidth, and scalable I/O to help you get the most from your GPU investments. bit.ly/4jYzdAP
AMD EPYC (@amdserver) 's Twitter Profile Photo

What factors should I consider when scoping my business's AI load? AI brings a wave of emerging technologies and applications that fall outside of traditional IT expertise—posing unique challenges for evaluation and prioritization. bit.ly/4jYzdAP

What factors should I consider when scoping my business's AI load?

AI brings a wave of emerging technologies and applications that fall outside of traditional IT expertise—posing unique challenges for evaluation and prioritization. bit.ly/4jYzdAP
AMD EPYC (@amdserver) 's Twitter Profile Photo

How do I add capacity to my maxed-out data center? As data centers approach their limits in both capacity and power, scaling AI compute within existing infrastructure presents a major challenge for enterprises. bit.ly/4jYzdAP

How do I add capacity to my maxed-out data center? 

As data centers approach their limits in both capacity and power, scaling AI compute within existing infrastructure presents a major challenge for enterprises. bit.ly/4jYzdAP
Rubrik (@rubrikinc) 's Twitter Profile Photo

We are integrating AMD EPYC™ processors across our #DataSecurity platform to deliver cost-effective, power-efficient, and AI-ready solutions for enterprise customers while expanding deployment options in cloud environments! Learn more here: go.rbrk.co/lddvy1

AMD EPYC (@amdserver) 's Twitter Profile Photo

AI is reshaping business—but is your infrastructure ready? Read the blog and tune in to Advancing AI 2025 to learn how AMD powers enterprise AI. lnkd.in/giYaHPif

AI is reshaping business—but is your infrastructure ready? Read the blog and tune in to Advancing AI 2025 to learn how AMD powers enterprise AI. lnkd.in/giYaHPif
AMD EPYC (@amdserver) 's Twitter Profile Photo

Scaling AI takes more than just GPUs. Read the blog to learn how AMD helps you scale AI success, and tune in to Advancing AI 2025 on June 12. bit.ly/4536433

Scaling AI takes more than just GPUs. Read the blog to learn how AMD helps you scale AI success, and tune in to Advancing AI 2025 on June 12. bit.ly/4536433
AMD EPYC (@amdserver) 's Twitter Profile Photo

From performance to security, AMD powers AI at scale. Read the blog and join Advancing AI 2025 on June 12 to learn more. bit.ly/4kCuDsg

From performance to security, AMD powers AI at scale. Read the blog and join Advancing AI 2025 on June 12 to learn more. bit.ly/4kCuDsg
AMD EPYC (@amdserver) 's Twitter Profile Photo

After implementing 4th Gen AMD EPYC CPUs and AMD Instinct GPUs, the National Laboratory for High Performance Computing (nlhpc) doubled its scientific research performance per watt. Watch the video below or read through the full case study to see how: bit.ly/3FKyCnv

AMD EPYC (@amdserver) 's Twitter Profile Photo

As AI shifts from model training to large-scale deployment, CPUs are emerging as crucial infrastructure. Check out our latest blog to see why CPUs remain the foundational compute layer for enterprise AI, and how AMD EPYC 9005 can support your business. bit.ly/4dMVDCV

As AI shifts from model training to large-scale deployment, CPUs are emerging as crucial infrastructure.

Check out our latest blog to see why CPUs remain the foundational compute layer for enterprise AI, and how AMD EPYC 9005 can support your business. bit.ly/4dMVDCV
Phoronix (@phoronix) 's Twitter Profile Photo

The AMD EPYC 4345P 8-Core CPU Performance Review Even core-for-core, the AMD EPYC EPYC 4005 series delivers the trifecta of better performance, power efficiency & HUGE value lead over the Xeon 6300 series. phoronix.com/review/amd-epy…

Lenovo Data Center (@lenovodc) 's Twitter Profile Photo

Accelerating discovery with high-performance power. ⚡️🔬 Northumbria Uni is advancing research across disciplines with Higgs—its first university-wide HPC facility—powered by Lenovo ThinkSystem servers and AMD EPYC™ 9004 Series processors. lnv.gy/3Hh9khk

AMD EPYC (@amdserver) 's Twitter Profile Photo

Businesses are seeing 300%–1,000% increases in software fees due to shifts from per-socket to per-core software licensing. There is a solution: high-performance AMD EPYC CPUs. Faster CPUs can run more VMs per core, which means you get more for your software dollar.

AMD EPYC (@amdserver) 's Twitter Profile Photo

As we step into 2025, the technology landscape for small and medium businesses (SMBs) continues to evolve at an unprecedented pace. Read through our latest infographic to see how AMD EPYC™ 4005 series processors can help your business stay ahead of the curve.

AMD EPYC (@amdserver) 's Twitter Profile Photo

Per-core software fees and rising operational costs change the calculus on data center upgrades. High-performance AMD EPYC CPUs fight rising software costs by running more virtual machines per core, taking up far less space & cutting energy use. Read 5 Reasons to Refresh with AMD

AMD EPYC (@amdserver) 's Twitter Profile Photo

☁️ Google Cloud has officially launched its next-gen C4D VM family, powered by 5th Gen AMD EPYC 9005 Series processors and Google's Titanium infrastructure. The C4D VM family represents a major leap forward in virtual compute infrastructure. Learn more: bit.ly/406AiPb

☁️ <a href="/googlecloud/">Google Cloud</a> has officially launched its next-gen C4D VM family, powered by 5th Gen AMD EPYC 9005 Series processors and Google's Titanium infrastructure.

The C4D VM family represents a major leap forward in virtual compute infrastructure. Learn more: bit.ly/406AiPb