AMD’s 128 Core MONSTER - Epyc Bergamo

TL;DR

AMD's EPYC Bergamo 9754 is a powerful 128-core CPU with potential for future advancements in home PCs.

Transcript

Ladies and gentlemen, AMD has done it again. The EPYC Bergamo 9754 crams 32 more cores into the already well-stuffed SP5 package of EPYC Genoa for a total of a whopping 128 cores in the palm of my hand. Whoa! Or is it? Yes, it is. But I can practically hear you guys furiously typing away, Linus, who's gonna spend $12,000 on a CPU? I'm never gonna u... Read More

Key Insights

• 💯 The EPYC Bergamo 9754 is a groundbreaking CPU with a massive 128-core count.
• ❤️‍🩹 AMD's advancements in high-end data center chips typically trickle down to consumer PCs over time.
• 💯 The Bergamo CPU utilizes Zen 4C cores for increased density, allowing for more cores within the same package.
• 😘 The CPU's lower level three cache and clock speed might have some impact on specific workloads, although AMD argues it is less significant in cloud-native environments.
• ❓ The EPYC Bergamo offers an extensive array of features, such as support for DDR5 ECC memory and PCIe Gen 5.
• 😎 The CPU's extreme power requirements necessitate robust cooling solutions, as shown in the video.
• 🧘 The EPYC lineup positions AMD strongly in the data center market, with partnerships from major companies like Microsoft and Google.

Questions & Answers

Q: What is the EPYC Bergamo 9754?

The EPYC Bergamo 9754 is a CPU manufactured by AMD, featuring an impressive 128 cores.

Q: How does the Bergamo achieve its high core count?

AMD packed eight 16-core dies onto the CPU by utilizing Zen 4C cores for increased density.

Q: What are cloud-native workloads?

Cloud-native workloads are applications or services that are specifically designed to run in a cloud computing environment and are likely to be contained to a few allocated cores without heavy cache sharing.

Q: What are the potential drawbacks of the Bergamo CPU?

The Bergamo CPU has less level three cache and a slightly lower clock speed compared to its predecessor, which might affect certain workloads that heavily rely on cache performance.

Key Insights:

• The EPYC Bergamo 9754 is a groundbreaking CPU with a massive 128-core count.
• AMD's advancements in high-end data center chips typically trickle down to consumer PCs over time.
• The Bergamo CPU utilizes Zen 4C cores for increased density, allowing for more cores within the same package.
• The CPU's lower level three cache and clock speed might have some impact on specific workloads, although AMD argues it is less significant in cloud-native environments.
• The EPYC Bergamo offers an extensive array of features, such as support for DDR5 ECC memory and PCIe Gen 5.
• The CPU's extreme power requirements necessitate robust cooling solutions, as shown in the video.
• The EPYC lineup positions AMD strongly in the data center market, with partnerships from major companies like Microsoft and Google.
• The competition from ARM-based competitors may pose a challenge to AMD's dominance in the data center field.

Summary & Key Takeaways

• The EPYC Bergamo 9754 is AMD's new CPU that boasts a staggering 128 cores.

• The CPU utilizes Zen 4C cores, which are tightly packed for higher density and a total of eight 16-core dies.

• Although it has more cores than its predecessor, the Bergamo has less level three cache, but this may not heavily impact cloud-native workloads.