Checkout using your account
Checkout as a new customer
Creating an account has many benefits:
Essential and enhanced P-core performance for ANZ edge, mainstream servers, data centres and telco workloads.
Purpose-built P-core performance for edge computing, mainstream enterprise workloads, data centres, and telco environments across Australia and New Zealand.
Intel® Xeon® 6 Hot Chips Press Briefing Visual
Perfect for latency-sensitive workloads like simulation and real-time inference.
Ideal for mid-tier servers with hybrid and cloud-native workloads.
Best for microservices and cloud-native scaling.
For AI, analytics, and large memory applications.
Simplifies validation and upgrade paths.
Supports sustainable, efficient operations.
An architecture designed for flexibility — Intel® Xeon® 6 at Hot Chips 2023
Intel® Xeon® 6 processors with P-cores are engineered to meet the full spectrum of enterprise workloads—from AI and HPC to data services and microservices. With built-in AI acceleration, high memory bandwidth, and robust I/O, they deliver performance and efficiency across edge, cloud, and data centre environments.
Intel Xeon 6 processors are trusted host CPUs for AI-accelerated systems, including NVIDIA DGX and Intel Gaudi platforms. They manage orchestration, preprocessing, and offloading—keeping GPUs fed and systems efficient.
AI that thrives on CPUs alone. Explore Intel Artificial Intelligence solutions at intel.com/ai.
Intel® Xeon® 6 processors with P-cores are engineered to meet the full spectrum of enterprise workloads—from AI and HPC to data services and microservices. With built-in AI acceleration, high memory bandwidth, and robust I/O, they deliver performance and efficiency across edge, cloud, and data centre environments.
Intel Xeon 6 processors are trusted host CPUs for AI-accelerated systems, including NVIDIA DGX and Intel Gaudi platforms. They manage orchestration, preprocessing, and offloading—keeping GPUs fed and systems efficient.
AI that thrives on CPUs alone. Explore Intel Artificial Intelligence solutions at intel.com/ai.
Intel® Xeon® 6 processors with P-cores are built to handle demanding AI workloads. With Intel® Advanced Matrix Extensions (Intel® AMX) supporting INT8, BF16, and FP16 data types, these CPUs accelerate inference, training, and midsize GenAI models while maintaining SLA targets.
As host CPUs in AI-accelerated systems, Xeon 6 P-cores deliver superior I/O, high single-threaded performance, and exceptional memory bandwidth and capacity.
With core counts ranging from 8 to 86 and up to 176 PCIe 5.0 lanes in dual-socket systems, Xeon 6 P-cores scale efficiently. Their nearly linear power-performance curve ensures optimal energy use even at high server utilization.
Intel® Xeon® 6 processors with P-cores are built to handle demanding AI workloads. With Intel® Advanced Matrix Extensions (Intel® AMX) supporting INT8, BF16, and FP16 data types, these CPUs accelerate inference, training, and midsize GenAI models while maintaining SLA targets.
As host CPUs in AI-accelerated systems, Xeon 6 P-cores deliver superior I/O, high single-threaded performance, and exceptional memory bandwidth and capacity.
With core counts ranging from 8 to 86 and up to 176 PCIe 5.0 lanes in dual-socket systems, Xeon 6 P-cores scale efficiently. Their nearly linear power-performance curve ensures optimal energy use even at high server utilization.
Explore two complementary documents: the Product Brief offers a high-level overview of the Xeon® 6 family, while the Processor Brief dives deeper into architecture, performance tiers, and platform capabilities.
Explore two complementary documents: the Product Brief offers a high-level overview of the Xeon® 6 family, while the Processor Brief dives deeper into architecture, performance tiers, and platform capabilities.
DiGiCOR helps you cut through platform noise — whether you're navigating Intel® Xeon®, AMD EPYC™, NVIDIA GPUs, ARM-based solutions, or custom hybrid deployments. We guide you toward decisions you can trust and systems you can scale.
DiGiCOR helps you cut through platform noise — whether you're navigating Intel® Xeon®, AMD EPYC™, NVIDIA GPUs, ARM-based solutions, or custom hybrid deployments.
