AMD EPYC 8024P 8c/16t 2.4GHz-3.0GHz 90W (100-000001136)

AMD EPYC 8024P (Siena) Server CPU Overview for Compact Single-Socket Systems

Positioning and platform focus

AMD EPYC 8024P is part of the EPYC 8004 series (“Siena”) aimed at space- and power-constrained single-socket servers. The core idea of this platform is to deliver modern server features (DDR5, PCIe Gen 5, enterprise security) in a smaller footprint and with a cost/power profile that fits edge, telecom, and infrastructure nodes where SP5-class platforms can be excessive.

EPYC 8004 processors use the SP6 socket and are designed around 6 DDR5 memory channels and 96 lanes of PCIe Gen 5, which is a key differentiator for compact systems that still need serious I/O for networking and NVMe storage.

Core configuration and clock behavior

EPYC 8024P provides 8 cores and 16 threads with a 2.4 GHz base clock and up to 3.0 GHz boost, plus an all-core boost speed listed by AMD at 2.95 GHz. This profile is designed for steady, predictable throughput rather than short bursts, which is typically what you want in infrastructure services that run continuously and are sized by power, thermals, and acoustics.

In practice, this class of CPU is usually selected for:

– edge gateways that run multiple network services with modest per-service CPU demand
– telecom control-plane workloads and packet processing stacks where CPU efficiency and I/O matter
– compact enterprise nodes (branch infrastructure, small clusters) that need server-grade platform features without high socket power

Cache and working-set expectations

EPYC 8024P includes 32 MB of L3 cache. For an 8-core server CPU, this cache size supports good locality for common infrastructure tasks such as routing/filtering services, virtual appliances, lightweight databases, and container hosts with a moderate number of pods.

A useful way to think about it: Siena is not built to “win” large working-set HPC benchmarks. It is built to deliver consistent service performance in deployments where memory channels, PCIe lanes, thermal limits, and platform footprint define the system more than raw peak frequency.

Memory subsystem and practical sizing

On the SP6/Siena platform, you get 6 channels of DDR5, and AMD positions the platform for compact, efficient deployments.

Your table target for these products uses DDR5-4800 and 6 channels, which aligns with AMD’s Siena platform positioning and documentation around SP6.

For professional deployments, the main tuning lever is balanced channel population. Even with “only” 8 cores, balanced memory population matters because infrastructure nodes often do heavy I/O and buffering, and stable latency is usually more valuable than a few percent of peak throughput.

I/O and connectivity design

A major reason to choose EPYC 8024P is that Siena/SP6 keeps modern connectivity: PCIe Gen 5 with 96 lanes on the platform.

This enables configurations like:

– multiple NVMe drives (without oversubscription)
– high-speed NICs (25/50/100GbE class) plus NVMe
– dedicated lanes for storage + networking while still leaving headroom for accelerators or additional controllers

For edge and telecom, this matters because you frequently need to attach fast NICs and storage in a compact chassis, and you do not want I/O to be the bottleneck.

Power envelope and operational planning

AMD lists EPYC 8024P at a 90 W default TDP, making it easier to cool in compact enclosures and quieter deployments.

This is one of the most practical advantages of the 8004 series: lower cooling requirements and better fit for installations where airflow, dust tolerance, and acoustic limits are real constraints rather than afterthoughts.

When EPYC 8024P is the right pick

EPYC 8024P makes the most sense when you want:

– server-grade platform features (ECC DDR5, modern I/O, enterprise security) in a compact node
– single-socket simplicity with strong I/O connectivity for storage and networking
– power-efficient operation with manageable thermals for edge and infrastructure racks

If your workload is heavily compute-bound and benefits from higher per-core clocks or much higher core counts, you typically move up within the Siena stack or step into other EPYC families. But for infrastructure nodes where the platform constraints dominate, 8024P is a clean, efficient foundation.