AMD EPYC Bergamo CPUs To Feature 128 Zen 4 Cores on 5nm Node, Monet Entry-Level Mobility APUs With 12nm Zen 3 Cores Also Rumored

Another AMD EPYC Genoa 'Zen 4' CPU Leaks Out, This Time A 16 Core Chip With 2 Active CCDs

Two brand new AMD CPU families have been unearthed by the rumor mill which includes a 5nm Zen 4 powered EPYC lineup and a 7nm Zen 3 powered Athlon APU lineup. These families are very different than anything we have seen so far nor we have heard about them as much so let's see what's the whole deal about.

AMD 5nm Zen 4 EPYC Bergamo & 12nm Zen 3 Monet APUs Detailed - Up To 128 Core Server Chip & Entry-Level Quad-Core Solution For Mobility

First up, the AMD EPYC Bergamo chips are mentioned by Moore's Law is Dead while the Monet APUs are mentioned by RedGamingTech. Both sources provide a good amount of data in their respective videos to support their claims but we should still take them with a slight grain of salt until confirmed by AMD.

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AMD EPYC Bergamo CPUs - 5nm Zen 4 & Up To 128 Cores

There have been quite a few rumors going on about AMD's EPYC Genoa being 128 core but it's time to put that to rest. Based on MLID's information, the AMD EPYC Genoa lineup will feature TSMC's 5nm process-based Zen 4 cores and a total of 96 of them. From what we can tell, AMD might have evaluated or tested Genoa with 128 cores internally but seemed to have feature 96 cores on the final design. The 96 core Genoa chips are what will compete against the non-HBM Sapphire Rapids Xeon CPUs.

But soon after Genoa, AMD is expected to launch another Zen 4 based server lineup known as Bergamo. The EPYC Bergamo chips will be featuring up to 128 cores and will be aiming the HBM powered Xeon chips along with server products from Apple and Google with higher core counts (ARM architecture). MLID explains that both Genoa and Bergamo will utilize the same SP5 socket and the main difference is that Genoa is optimized for higher clocks while Bergamo is optimized around higher-throughput workloads.

The AMD EPYC Genoa chip renders revealed a total of 12 Zen 4 CCD's to reach 96 cores so a total of 16 Zen 4 CCD's will be required for Bergamo to hit its 128 core count. The final die arrangement is definitely going to be an interesting sight and there are several rendered revisions from a series of leaks.

AMD Athlon Monet CPUs - 7nm Zen 4 & Up To 4 Cores

The next family to talk about is the entry-level APU lineup. AMD's Athlon 3000 Mobility APUs are currently based on the Dali design but their successor is reportedly going to be Monet. The leak suggests that Monet will utilize the 12nm Zen 3 core architecture & will power entry-level mobile solutions such as ultra-thin laptops. The key difference is that AMD will be utilizing GloFo's 12nm process node instead of TSMC's 7nm process. Currently, all Zen 3 chips are based on the TSMC 7nm node which means this would be the first outing of Zen 3 on a node other than TSMC. The company is claimed to utilize the GlobalFoundries 12LP+ process.

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As for specifications, these entry-level mobility APUs will feature up to 4 cores and 8 threads. They will feature support for LPDDR4/X memory and also adopt RDNA 2 graphics architecture which is also going to be based on a similar 12nm process node. The APUs are expected to feature 2-4 CUs for a total of 128/256 cores. As for clock speeds, they will lack in comparison to 7nm parts so don't expect the chips to clock as high as the standard Zen 3 APUs. Again, these specifications are also a rumor since they are based on Olrak's speculation but they do look plausible:

The main reason to move entry-level chips to a different fab is clearly to avoid supply issues in the future. The Athlon lineup is aimed at the mass consumer segment so while TSMC is currently overly constrained, putting some chips on GloFo sounds like a good idea.

AMD Zen CPU / APU Roadmap:

Zen ArchitectureZen 1Zen+Zen 2Zen 3Zen 3+Zen 4Zen 5Zen 6
Process Node14nm12nm7nm7nm6nm?5nm/4nm4nm/3nmTBA
ServerEPYC Naples (1st Gen)N/AEPYC Rome (2nd Gen)EPYC Milan (3rd Gen)N/AEPYC Genoa (4th Gen)
EPYC Genoa-X (4th Gen)
EPYC Siena (4th Gen)
EPYC Bergamo (5th Gen?)
EPYC Turin (6th Gen)EPYC Venice (7th Gen)
High-End DesktopRyzen Threadripper 1000 (White Haven)Ryzen Threadripper 2000 (Coflax)Ryzen Threadripper 3000 (Castle Peak)Ryzen Threadripper 5000 (Chagal)N/ARyzen Threadripper 7000 (TBA)TBATBA
Mainstream Desktop CPUsRyzen 1000 (Summit Ridge)Ryzen 2000 (Pinnacle Ridge)Ryzen 3000 (Matisse)Ryzen 5000 (Vermeer)Ryzen 6000 (Warhol / Cancelled)Ryzen 7000 (Raphael)Ryzen 8000 (Granite Ridge)TBA
Mainstream Desktop . Notebook APURyzen 2000 (Raven Ridge)Ryzen 3000 (Picasso)Ryzen 4000 (Renoir)
Ryzen 5000 (Lucienne)
Ryzen 5000 (Cezanne)
Ryzen 6000 (Barcelo)
Ryzen 6000 (Rembrandt)Ryzen 7000 (Phoenix)Ryzen 8000 (Strix Point)TBA
Low-Power MobileN/AN/ARyzen 5000 (Van Gogh)
Ryzen 6000 (Dragon Crest)
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