Intel Xeon Max 9468

The Intel Xeon Max 9468 is part of Intel’s revolutionary Xeon Max processor family, designed specifically for extreme memory-bound workloads in high-performance computing (HPC), AI, scientific simulation, and advanced analytics. With on-package 64GB HBM2e (High Bandwidth Memory), this processor delivers breakthrough memory throughput—up to 1TB/s—enabling new levels of efficiency for compute-intensive applications that were previously bottlenecked by traditional memory bandwidth.

Telefly, as one of the leading China suppliers, proudly offers the Intel Xeon Max 9468 with genuine Intel origin, global export support, tailored configurations, and value-added services including wholesale pricing, custom buy discount plans, regularly updated pricelist, and up to 5 years warranty. Whether you're building an AI supercomputer, a molecular modeling cluster, or deploying national-scale simulation infrastructure, Telefly ensures global buyers have access to the most powerful compute solutions available today.

Key Specifications of Intel Xeon Max 9468:

Total Cores / Threads: 48 cores / 96 threads

Base Clock Speed: 2.1 GHz

Max Turbo Frequency: Up to 3.7 GHz

L3 Cache: 90 MB

Integrated Memory: 64GB HBM2e (on-package)

Memory Bandwidth: Up to 1 TB/s

TDP: 350W

Socket Compatibility: LGA 4677 (Intel Sapphire Rapids HBM platform)

Architecture: Intel 4th Gen Xeon Max (Sapphire Rapids with HBM)

Why Xeon Max 9468?

Breakthrough Memory Bandwidth with 64GB HBM2e

Memory-hungry workloads, such as CFD (computational fluid dynamics), FEM simulation, AI/ML model training, or genomic analysis, benefit immensely from the ultra-high bandwidth provided by the Xeon Max 9468's integrated HBM.

Optimized Compute-to-Memory Ratio

With 48 performance cores and direct access to 64GB of high-speed memory, the 9468 offers one of the most balanced architectures in HPC today—avoiding bottlenecks seen in conventional DDR-based systems.

Intel Advanced Matrix Extensions (AMX)

Built-in acceleration for machine learning, deep neural networks, and high-density matrix calculations makes it a natural fit for AI inference and training clusters.

AVX-512 + BFLOAT16 Support

Ensures compatibility with modern scientific workloads, large language models, and cloud-native AI applications.

Ready for Scalable Cluster Deployments

Supports multi-socket clustering and full integration with Intel’s OneAPI and MPI stacks, making deployment easy in cloud, university, or government data centers.

Ideal for a Wide Range of Industries:

Research Institutions & National Labs:

Run parallel scientific simulations, climate models, nuclear physics research, and materials science computation faster and with higher accuracy.

Life Sciences & Biotech Companies:

Empower bioinformatics, gene sequencing, and protein modeling using memory-rich CPUs optimized for workloads like AlphaFold and CryoEM.

AI / Machine Learning Developers:

Train complex neural networks and transformer-based models (LLMs, GPT, BERT) using CPUs with built-in matrix computation and high-bandwidth memory access.

Cloud & Edge Data Centers:

Power latency-sensitive, memory-bound applications in cloud-native environments with enhanced throughput and virtualization efficiency.

Government & Weather Agencies:

Leverage for large-scale climate modeling, seismic analysis, defense applications, and encrypted compute.