Another Step Forward in Energy Efficiency and TCO

Building on the tremendous success of their predecessors, the new AMD EPYC 8004 Series processors continue to push AMD's 5nm "Zen 4c" architecture with a focus on greater energy efficiency and cost optimization. Providing higher performance/watt and performance/$ compared to prior EPYC series processors, the new 8004 series retains EPYC features that include multithreading technology, PCIe 5.0, and DDR5 memory with ECC support. For applications, the new AMD EPYC 8004 Series processors are best suited for cloud service providers, edge/telco, storage, and SMB.

4th Gen AMD EPYC™ Processors for SP6 Socket

5nm

process

Greater compute density with more transistors packed in less space

Zen 4c

cores

Smaller cores allows for higher core density in a small footprint

SP6

compatibility

The new socket lowers BOM cost while keeping future upgrade potential

DDR5

memory

Increased memory throughput and higher DDR5 capacity per DIMM

PCIe 5.0

lanes

Increased I/O throughput achieving 128GB/s bandwidth

CXL 1.1+

support

Disaggregated compute architecture possible via Compute Express Link

Low

TDP

Under 200W TDP in the EPYC portfolio with improved perf/W and perf/$

SFF

design

Smaller form factor enables shallow depth and small-footprint server designs

Select GIGABYTE for the AMD EPYC™ 8004 Platform

High Performance

Servers and motherboards by GIGABYTE are tested to ensure peak performance for demanding CPU workloads. All the latest technology is supported.

Fast & Stable Connectivity

Keeping pace with the challenges for next gen technology, well designed GIGABYTE boards provide users the signal integrity for PCIe 5.0.

Modularity

Our building block design allows new models to quickly come to market. And users can now have BMC on a OCP module customized by GIGABYTE.

Optimal Price

Our broad portfolio of products tailored to applications allow customers to only select server features they require while doing so at a lower TCO.

Continuous Operation

Systems are rigorously designed and tested to ensure downtime will not occur. Customers have come to expect stable performance around the clock.

Energy Efficiency

Our engineers have baked in features to achieve higher efficiency by customizing fan curves and by the choice of PSU - Titanium or Platinum.

Applications for AMD EPYC™ 8004 Series Processors

Cloud

Predictable performance and scalability are important in cloud computing. With up to 64 high efficiency Zen 4c cores and ideal thermal ranges, AMD EPYC™ 8004 Series processors deliver strong performance and ensure system stability while decreasing operating expenses on a single socket configuration. GIGABYTE provides solutions with flexible add-on cards selections in compact chassis design, allowing more highly customizable servers in limited spaces with competitive total power consumptions.

Edge/Telco

The integration of edge servers, which position computing nodes in close proximity to users, has significantly improved data accessibility and responsiveness. As the global distribution of edge and telco servers continues to expand, ensuring stability across diverse operating environments becomes crucial alongside performance considerations. GIGABYTE offers cost-effective solutions that extend usage beyond traditional data centers, which are well-suited for various use cases, delivering comparable performance while showing advantages such as lower power consumption, small footprint, and significantly reduced TCO.

Storage

With the growth of big data and the increasing demand for computational power, servers face greater stress. While traditional general purpose CPUs tend to handle the job well, AMD EPYC™ 8004 Series processors are optimized for low to mid level workloads. Delivering even better performance per dollar while maintaining similar data processing capabilities. GIGABYTE's storage product lineup supports multiple storage formats with the combination of various add-on cards, creating flexible, energy efficient, and performant solutions for all possible usage scenarios.