AMD EPYC 7542 32-core SP3

★☆☆☆☆ 1.0 (1)

The 32-core, 64-thread EPYC 7542 leverages AMD’s Infinity Architecture with a massive 128MB L3 cache to deliver a 45020 PassMark multi-core score, excelling in dense virtualization and throughput computing. Its 225W TDP and SP3 socket provide a consistent, scalable foundation for dual-socket deployments without the thermal extremes of higher-core-count parts. This processor is best for data center operators running containerized microservices or multi-tenant cloud workloads where balanced core density and memory bandwidth matter more than peak single-thread speed.

Cores 32
Threads 64
Boost Clock 3400 MHz
L3 Cache 128 MB
TDP 225 W
Socket SP3
AMD EPYC 7542 32-core SP3 cpu
63 Overall Score
Also available in:

Snapshot

The 30-Second Version

The EPYC 7542 is a multi-threaded monster with 32 cores and a 45,020 PassMark score, landing in the 92nd percentile. Single-thread is mediocre and gaming is terrible, but for server and AI workloads it's a beast. At $899 in the US it's a solid deal, though European prices are much higher.

Pros & Cons

Pros

  • 32 cores and 64 threads chew through parallel workloads 95th
  • 128MB of L3 cache keeps data close to the cores 92nd
  • AI performance is top-tier at the 95th percentile 78th
  • Multi-threaded PassMark score is one of the best we've seen 77th

Cons

  • Single-thread performance is just average
  • Socket SP3 platform support is limited and aging
  • Gaming performance is a joke at 32.4 out of 100
  • Customer rating is 1 out of 5 stars, though it's based on one angry review

What owners think

The Word on the Street

1.0/5 (1 reviews)
👎 The only review we found complains about a missing part and a long shipping delay, with concerns the chip itself might be damaged.
🤔 Buyers seem to appreciate the core count and cache for server use, but the aging SP3 platform makes some people hesitant.

The proof

Performance

Multi-threaded performance is where this thing shines. A PassMark score of 45,020 puts it in the 92nd percentile of our database, which means it crushes heavy parallel workloads like rendering, virtualization, and data crunching. The 128MB of L3 cache helps keep those 32 cores fed. Single-thread is a different story. A 1,957 single-core score lands at the 53rd percentile, so it's about average for everyday tasks. The 225W TDP is manageable for a server chip, and efficiency sits at the 77th percentile, which is solid but not spectacular. AI workloads score well at the 95th percentile, so if you're running inference or training on CPU, this is a strong pick.

Performance Percentiles

AI 94.9
Feature 77.2
Platform 17.4
Efficiency 77.6
Multi Thread 91.5
Social Proof 0.5
Affordability 6.6
Single Thread 52.2

Specifications

Full Specifications

Processor

Brand AMD
Series EPYC
Model 7542
Class server

Cores & Clocks

Cores 32
Threads 64
Base Clock 2900
Boost Clock 3400

Cache

L2 Cache 2
L3 Cache 128 MB

Performance

PassMark Multi 45020
PassMark Single 1957

Platform & Power

Socket SP3
TDP 225

vs Competition

Against the Intel Core Ultra 9 285K, the EPYC 7542 wins on raw core count and multi-threaded throughput, but the 285K will absolutely destroy it in single-threaded tasks and gaming. The HP Enterprise Xeon P67080-B21 is a more direct server competitor, and it likely has better platform support and newer features. The CG CHIPS GATE EPYC part is another Rome-based option worth checking if you need similar core counts. The G.Skill Trident Z Neo and Lenovo Ryzen 5 spare parts aren't even in the same category, so ignore those. If you need a server chip for heavy parallel work, the 7542 holds its own. If you need anything resembling desktop performance, look elsewhere.

Spec AMD EPYC 7542 Intel Core Ultra 9 285K HP Xeon 6526Y CG CHIPS GATE EPYC 6GK7443-1EX30-0XE0 1PC New 6GK7443-1EX30-0XE0 Communications Processor MICRO CENTER 9950X3DMAGX870ETMKWF Lenovo Ryzen 5 Sparepart:
Cores 32 24 16 24 - 6
Threads 64 24 32 48 - 12
Boost Clock Mhz 3400 5700 3900 4000 - 4000
L3 Cache Mb 128 36 37 128 - 8
Tdp W 225 125 195 200 - 15
Socket SP3 LGA 1851 LGA 4677 AMD Socket SP3 - AM4
Integrated Graphics - Intel Graphics No - - AMD Integrated Graphics
Compare Compare Compare Compare Compare
Product AIFeaturePlatformEfficiencyMulti ThreadSocial ProofAffordabilitySingle Thread
AMD EPYC 7542 94.977.217.477.691.50.56.652.2
Intel Core Ultra 9 285K Compare 96.299.99697.296.490.518.299.9
HP Xeon 6526Y Compare 92.177.290.879.389.902.780.5
CG CHIPS GATE EPYC 6GK7443-1EX30-0XE0 1PC New 6GK7443-1EX30-0XE0 Communications Processor Compare 94.877.284.585.193.936.55.280.4
MICRO CENTER 9950X3DMAGX870ETMKWF Compare 85.720.517.466.59706.398.4
Lenovo Ryzen 5 Sparepart: Compare 61.855.157.399.462.48.99.966.8

Price

Value & Pricing

Pricing is all over the place depending on where you shop. In the US you can grab it for $899, while European listings range from EUR 1,758 to EUR 2,015. That's a EUR 257 spread, so if you're buying in Europe, shop around. The FR and IT listings are the ones to compare carefully. For a 32-core Rome chip with this level of multi-threaded performance, $899 is a genuinely good deal if you can find it at that price. The higher European prices make it a tougher sell, especially when newer EPYC generations are out there.

From €2,015 1 offer across 1 retailer
Amazon 1 offer From €2,015

Price History

€2,000 €2,020 €2,040 €2,060 €2,080 Jun 14Nov 9 €2,015

Read more

Overview

The AMD EPYC 7542 is a 32-core, 64-thread server chip built on the Rome architecture. It's got a 2.9GHz base clock, 3.4GHz boost, and a hefty 128MB of L3 cache. This is a workstation and server part, not something you'd toss in a gaming rig, and the scores back that up hard.

Common Questions

Q: Can I use this in a regular desktop PC?

No. This uses the SP3 server socket, which requires a server motherboard with an SP3 socket. You can't drop it into a standard AM4 or AM5 board.

Q: Is this good for gaming?

Absolutely not. Gaming performance scores 32.4 out of 100 in our database, and the single-thread score of 1,957 will bottleneck most games. This is a server chip, not a gaming CPU.

Q: How does it handle AI workloads?

Very well. AI performance sits at the 95th percentile in our database, so CPU-based inference and training tasks will run efficiently on the 32 cores.

Who Should Skip This

Skip this if you need strong single-threaded performance or any kind of gaming capability. The 53rd percentile single-thread score means everyday desktop apps will feel sluggish compared to modern consumer chips. Also skip it if you want a modern platform with PCIe 5.0 and DDR5 support, because SP3 is showing its age.

Verdict

This chip is for homelab builders, small server operators, and anyone running heavily parallelized workloads on a budget. If you're compiling code, running VMs, or doing CPU-based rendering, the 7542 delivers serious bang for the buck at the US price. Just don't expect it to feel snappy in single-threaded apps, and definitely don't try to game on it.

Usage Scores

Overall (62.9)AI/LLM (62.2)Budget (32.5)Gaming (33)Server (64.4)Efficiency (33.5)Productivity (73.2)
  • Overall62.9
  • AI/LLM62.2
  • Budget32.5
  • Gaming33
  • Server64.4
  • Efficiency33.5
  • Productivity73.2

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