AMD EPYC 7C13 64-Core Cloud-Native Processor 2.0GHz SP3 Socket 280W TDP 

Reimagine Edge and Cloud Density with AMD EPYC 7C13

Introducing the AMD EPYC 7C13 processor – a specialized computing solution built from the ground up for the

 unique demands of modern telecommunications,edge computing, and cloud-native scale-out infrastructure. 

As part of the purpose-built "Siena" platform, this 64-core processor employs the innovative Zen 4c core architecture 

to maximize compute density and power efficiency, making it the perfect engine for distributed, containerized workloads where space,

 power, and thermal constraints are paramount.

Architected for the Modern Distributed Cloud:

Ultra-High Core Density with Zen 4c: Features 64 efficiency-optimized Zen 4c cores in a single socket, providing exceptional thread density for massively parallel,

 cloud-native workloads like microservices, content delivery, and virtualized network functions (VNFs).

Exceptional Power Efficiency: Operating at just 280W TDP, the 7C13 delivers leading performance-per-watt, 

enabling deployment in power-constrained edge locations and helping to significantly reduce operational expenditure in large-scale deployments.

Purpose-Built Platform: Utilizes the cost-optimized SP3 socket and platform, designed specifically for single-socket, 

high-density scale-out servers, offering a tailored solution versus general-purpose server platforms.

Optimized for Cloud-Native Workloads: The core and cache architecture is finely tuned for modern containerized environments (Kubernetes/Docker), 

providing consistent performance for lightweight, scalable applications.

Integrated Modern I/O: Supports contemporary connectivity standards necessary for edge and telco applications, ensuring seamless integration into modern infrastructure.