Processor benchmarking stats don’t drive your business—workloads do.
For reasons including data security, regulatory compliance, performance, latency, and cost considerations, organizations continue to run workloads in on-premises data centers, and that isn’t going to change. Data center processor numbers like core counts and clock speeds might seem impressive in spec sheets. But a complex interaction of hardware and software determines actual performance and efficiency. AMD’s fastest processors won’t help you if applications aren’t optimized for them.
Hidden data center modernization differentiators
For decades, Intel has worked directly with independent software vendors (ISVs) like Microsoft, Oracle, SAP, and VMware to make sure that enterprise-critical workloads running in data centers are stable and streamlined for hardware and software compatibility. This is still the case. Every new generation of Intel® Xeon® processors is validated against the applications and hardware that power business. This means your workloads perform from day one, with less need for fine-tuning and patches.
That legacy of out-of-the-box performance explains why Intel processors power much of the world’s computing. For example, Intel:
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Drives industry standards, such as Thunderbolt™ and DDR memory technology.
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Provides resources for developers in the Intel® Developer Catalog, including 450+ software tools and 150+ tools for AI workloads.
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Ranks as the #1 corporate contributor to the Linux kernel, according to the Linux Foundation contributors leaderboard.
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Is a top 10 organizational contributor to Kubernetes, according to Grafana statistics, and is a leader in supporting the open-source software development community with technologies like Compute Express Link (CXL) and PCI Express. Intel also contributes to projects like the Open Platform for Enterprise AI (OPEA), PyTorch, and TensorFlow.
Built-in security and a predictable update cadence
Intel co-engineers with software vendors to help ensure compatibility with hardware-based security capabilities such as Intel® Software Guard Extensions (Intel® SGX), Intel® Trust Domain Extensions, and Intel® Advanced Encryption Standard New Instructions. Application-level compatibility is built into Intel® Xeon® 6 processors. And Intel’s security leadership among chipmakers translates to faster adoption of new standards and compliance requirements.
Because hardware, firmware, software, and product updates are highly integrated, Intel’s ISV partners participate in secure development practices and the quarterly Intel® Platform Update process. This drives a predictable cycle of functional and security updates from OS and firmware vendors, OEMs, systems integrators, and cloud service providers. On the Intel® platform, you’re always going to be up to date.
Distributed insights, security, and capabilities
Today’s dynamic workloads are often hybrid, running in data centers, at the edge, and in the cloud. Intel architecture provides a foundation for major technology OEMs and cloud providers, which creates continuity and portability because workloads can move seamlessly across hybrid environments.
Platform consistency also unlocks new flexibility, capabilities, and workload performance. Distributed computing across a common platform enables organizations to process and use data where and when they need it. Powerful business insights can be revealed now and in the future by using the Intel® Gaudi® AI accelerator, Intel Xeon processors with built-in AI acceleration, Intel® Advanced Matrix Extensions (Intel® AMX),1 and a variety of AI models in multiple locations. And you can strengthen confidential computing by preventing unauthorized data access inside and outside of data centers using hardware-based security technologies like Intel® SGX.
Stick with the trusted and mature partner
Intel has a long history of support for open-source developers, software development kits, and reference frameworks. Competitors like AMD are still building their software ecosystems. Intel’s mature and widely trusted network of thousands of ISVs means faster time-to-value and innovation.
With immature or weak ISV ecosystems, organizations risk reduced application support, security patch gaps, software and hardware incompatibility, extended certification timelines, and longer validation cycles. In high-stakes environments, these real-world hurdles equate to lost time, diminished market share, and soaring budgets.
In contrast, Intel’s vast network of ISV developers creates a reliable foundation for future growth and innovation. Intel has successfully navigated an evolving technological landscape for years, and it’s still pushing ahead. As new developments in AI, confidential computing, and hybrid workloads emerge, a trusted ISV ecosystem is more critical than ever. Intel’s long-term road map and global ecosystem of ISV developers mean that modernization decisions made today are safe bets for tomorrow.
When making highly consequential refresh choices, consider more than processor specs—your entire data center stack also requires support. Intel’s mature ecosystem stands out in the industry, and Intel Xeon 6 processors deliver immediate, real-world performance that you can count on.