AMD EPYC

@ReliableSite My show is on! 🍿

Nothing beats the smell of fresh hardware and the click of an EPYC seating into a socket. 🛠️💻

As agentic AI evolves from single-response models to multistep workflows, AI data centers are evolving to support more complex orchestration. CPUs help coordinate scheduling, data movement, memory, I/O, and control flow to keep GPUs productive. Learn how AMD EPYC processors support balanced AI systems built for performance, efficiency, and scale. Learn more: bit.ly/3PBmWba

As open and virtualized RAN scales, infrastructure choices will define performance, efficiency, and total cost of ownership. Mory Lin, VP of IoT, Embedded and Edge Computing at @Supermicro, shares how Supermicro edge servers optimized for AMD EPYC 8005 processors support dense and energy efficient vRAN deployments.

Performance leadership confirmed 📊 According to @Phoronix, the 5th Gen AMD EPYC 9755 delivered 1.45× the performance over the competition in nearly 500 benchmarks. Read more: phoronix.com/review/amd-epy…

As vRAN moves into commercial scale, infrastructure decisions must balance innovation with operational rigor and economic sustainability. Paul Miller, CTO at @WindRiver, highlights how Wind River Cloud Platform and AMD EPYC 8005 processors help deliver a production ready foundation for efficient, scalable 5G deployments.

Across the telecom ecosystem, operators, vendors, and platform partners are aligning around a shared objective: networks that are open, efficient, and resilient—without compromising on economic viability. Michael Begley, Head of RAN Compute & Platform, Network, @Ericsson, shares their thoughts on vRAN. amd.com/en/blogs/2026/…

.@AMD is advancing #vRAN economics in collaboration with Samsung to support energy-efficient #OpenRAN deployments using EPYC 8005 Server CPUs, according to Derek Dicker. amd.com/en/blogs/2026/…

"By integrating AMD latest processor with Samsung's commercially-proven vRAN software, we are breaking new ground in network efficiency." Keunchul Hwang, EVP, Head of Technology Strategy Group, Networks Business at @Samsung Electronics, shares their input on the next phase of open and virtualized RAN. amd.com/en/blogs/2026/…

AI in telecom can’t stay in the lab. As operators shift to open, virtualized networks, only 16% of generative AI deployments have reached live networks. At #MWC2026, AMD is helping close that gap with open collaboration and end-to-end AI built for production. Read how: amd.com/en/blogs/2026/…

Your confidential computing plan should start with AMD Secure Encrypted Virtualization (SEV). Here’s why: 1. It protects data in use 2. It’s easy to deploy 3. It enables confidential AI 4. It’s the industry go-to Find out more about the reasons here: amd.com/content/dam/am…

"When taking the geometric mean of the 70 performance benchmarks of these Google N4 class VMs, the AMD EPYC Turin powered VM offered the best performance overall." Check out the full breakdown of @googlecloud N4 Series benchmarks from @phoronix.

As vRAN shifts from trials to large-scale deployment, the real challenge is economics at scale. Compute efficiency, determinism, and performance per watt are now strategic levers. AMD EPYC 8005 Server CPUs help operators align infrastructure with long-term cost, energy, and scalability priorities. Read our latest blog for a deeper dive: amd.com/en/blogs/2026/…

Learn more by visiting the link below: amd.com/en/blogs/2026/…

Announcing 5th Generation AMD EPYC 8005 Server CPUs, designed to address the economic and operational challenges of scalable vRAN. Built for distributed, compute-intensive vRAN workloads, AMD EPYC 8005 Server CPUs enable operators and partners to deploy efficient, scalable platforms, tailored for space- and power-constrained edge sites, delivering optimized performance and consistent vRAN operations at scale.

Confidential computing is moving mainstream. With AMD EPYC processors featuring SEV-SNP and Trusted I/O, organizations can protect data in use with hardware-based TEEs and remote attestation—extending security from CPUs to AI accelerators. Secure by design for cloud, enterprise, and AI workloads. Read the full article from @ServeTheHome. servethehome.com/confidential-c…

Deploying confidential computing? It’s as easy as launching a virtual machine (VM) with solutions that run on AMD EPYC server CPUs with AMD Secure Encrypted Virtualization (SEV).

Great news: Your AI provider doesn’t need to see your data to work on it. Confidential AI built on AMD EPYC server CPUs helps protect models and sensitive data during training and inference. Check out the blog here: amd.com/en/blogs/2025/…

Confidential computing is on demand from the AMD ecosystem. How will you use it? 🔷@BeeKeeperAI delivers healthcare AI while protecting patient data. 🔷@ZonarSystems meets GDPR regulations without code changes. 🔷@MonetaGo detects fraud without decrypting transactions. Learn more about these case studies here: #sortCriteria=%40amd_release_date%20descending" target="_blank" rel="nofollow noopener">amd.com/en/resources/c…

#ICYMI: When @AMD CEO Dr. @LisaSu joined @Lenovo CEO @YuanqingYang on stage at #LenovoTechWorld, the energy was electric. ⚡ Introducing the ThinkSystem SR675i, an on premises AI inferencing powerhouse powered by @AMD EPYC processors and engineered to put AI right where it delivers the most value. 💡 🌍✨ Because when innovation meets infrastructure, big ideas turn into real world impact: lnv.gy/3ZIq6vJ

Consolidating 3 legacy servers onto 1 @Dell PowerEdge R7725 server with @AMD EPYC 9175F processors can cut 5-year costs by 64% and save your organization up to $2.1M. Learn more about our Oracle database testing and TCO analysis: facts.pt/KW9Y5Wr #DellTech #AMD