Artificial Intelligence has evolved from an experimental technology into a critical competitive necessity for modern enterprises. The transformative power of generative AI is reshaping the global economy, with projections suggesting it will add value exceeding the UK’s entire GDP. For businesses, harnessing this once-in-a-generation opportunity represents a strategic imperative that can revolutionize operations from customer support to engineering innovation.
Yet many enterprises lack the technological foundation needed to capitalize on these opportunities. AMD addresses this challenge by offering comprehensive solutions for scalability, end-to-end compute capabilities, and security that prepare organizations for an AI-centric future, regardless of their current infrastructure.
The Enterprise AI Challenge: Bridging the Infrastructure Gap
Enterprise AI demands unprecedented computing power and operates on an ever-evolving product cycle. This requires a bottom-up, long-term initiative that unifies complex environments including diverse workloads, legacy systems, and disparate data sources. The ultimate goal is creating an omnipresent infrastructure capable of powering AI’s entire lifecycle—from model training to intelligent, user-facing experiences.
Unfortunately, many organizations find their AI ambitions stalled by their own technology stack. What’s frequently missing is an end-to-end partner capable of anchoring and architecting a comprehensive AI journey. AMD fills this gap with a versatile portfolio of hardware and software solutions designed to scale with business growth.
Overcoming Technical Debt to Build AI Momentum
In the AI landscape, time-to-insight is critical for extracting meaningful value. However, rapid expansion comes at enormous cost for enterprises whose resources remain tied to existing IT infrastructure. The challenge intensifies as AI’s computing requirements continue to skyrocket—data centers will need more than three times the capital expenditures of traditional IT applications in the coming years.
AMD Data Center Solutions help enterprises overcome technical debt and redirect budgets toward seamless AI-ready foundations. AMD EPYC processors enable impressive efficiency gains:
- Up to 7-to-1 server consolidation
- Up to 68% reduction in power consumption
- Up to 78% lower total cost of ownership (TCO)
These reductions in power consumption and operational costs free up both floor space and financial resources for additional strategic initiatives.
The AMD data center portfolio also includes AMD Instinct accelerators, the Pensando platform for networking, and ROCm—an open software stack enabling diverse GPU programming capabilities.
Heterogeneous Hardware Pipeline: Unlocking Enterprise-Wide Returns
AI’s ability to deliver genuine intelligence across an enterprise depends on infrastructure flexibility. Successful AI deployments must adapt to corporate goals and workloads across diverse environments and devices. If performance falters anywhere in this chain, the entire return on investment can quickly erode.
An enterprise’s AI hardware backbone needs the power to handle large-scale workloads while remaining flexible enough to evolve alongside emerging technologies and business demands in a cost-effective manner.
Performance Across All Levels
The AMD portfolio is engineered to support high-performance AI regardless of workload demands. Organizations adopting enterprise-grade systems powered by AMD Ryzen AI 7 PRO 350 processors can save up to $53 million in employee time and acquisition costs during the first year compared to competitors.
AMD’s latest MI325X GPU accelerator sets new inference benchmarks, outperforming competition by up to 40%. The company’s GPUs are tailored for various performance levels and form factors, ensuring the right fit for specific organizational needs.
Enhanced Networking Capabilities
Even the most powerful AI architectures can be limited by weak networking. AMD addresses this with scale-out DPU and NIC solutions that accelerate AI applications through high-speed data transfer and by offloading networking tasks from the CPU, significantly boosting performance for critical workloads.
AI-Enabled Personal Computing
Beyond data centers, AI-enabled PCs are transforming how people work and interact with intelligent services. Laptops built with AMD Ryzen AI or Ryzen AI PRO processors feature a dedicated neural processing engine that offloads tasks from the CPU and GPU.
With performance exceeding 50 TOPS, these systems can run AI models locally, enabling on-device intelligence for sensitive data without compromising other professional workloads.
Flexible Innovation Without Barriers
As enterprise AI capabilities advance, teams need freedom to secure, manage, and program systems with tools that align with internal best practices. AMD GPUs allow developers to leverage the ROCm open software platform, enabling development without vendor lock-in.
AMD’s contributions to interoperable standards like the Open Compute Project and Ultra Ethernet Consortium ensure organizations maintain future agility and access to cutting-edge innovation.
These hardware and software options are enhanced with AMD PRO Technologies—a comprehensive set of security features and manageability tools that maximize investment value. AMD PRO Technologies provide multi-layered security and simplified management, allowing teams to implement AI innovations at their own pace without exposing critical data.
From Experimentation to Execution: AMD’s Enterprise AI Advantage
Transforming AI into a measurable and lasting competitive advantage requires a robust computing foundation. The AMD end-to-end portfolio enables enterprises to:
- Unify sprawling infrastructures from silicon to software
- Accelerate diverse workloads efficiently
- Future-proof operations for success in an intelligent economy
Don’t let legacy servers and applications prevent your organization from inventing the future. AMD’s comprehensive end-to-end AI solutions provide the hardware foundation leadership teams need to maximize potential during this once-in-a-generation technological revolution.
