AMD's Dragon Range and Phoenix APUs Likely Feature RDNA 3 GPUs, According to Driver Patches

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RDNA 3 graphics is coming to an APU near you.

An AMD engineer has posted a patch for Linux Kernel that enables support of integrated GPUs in the company's forthcoming Zen 4-based APUs, codenamed Dragon Range and Phoenix, according to Coelacanth's Dream. As it turns out, both processors may feature iGPUs based on the company's latest RDNA 3 architecture, which hasn't yet even entered discrete GPU market (though it will next month). 

AMD's Zen 4-powered Dragon Range is the company's next-generation Ryzen 7045-series APU, aimed at high-performance gaming laptops and this is the part that's enabled by the new patch, reports Coelacanth's Dream. The patch specifically mentions that it is aimed at APUs and indicates that it supports AMD's SoC21 and GFX1103. 

(Image credit: Dr. Ian Cutress/Twitter)

The Linux patch gives no indication of how many RDNA 3 compute units and stream processors AMD plans to pack into its Ryzen 7045-series 'Dragon Range' APUs. But since we are talking about processors with a 55W TDP, we would assume that they are poised to deliver considerably higher performance when compared to existing APUs featuring RDNA 2 graphics. 

While we know that AMD's Ryzen 7040-series Phoenix APUs are aimed at more mainstream laptops (and believed to feature a TDP between 35W and 45W) is based on the Zen 4 microarchitecture, we do not know for sure whether it also uses RDNA 3. We hope so, since it hardly makes much sense for AMD to design two rather mobile APUs with different graphics that will coexist in the market for quite some time. 

As always, AMD and other companies do not comment on unreleased products, so we are going to have to wait to find out more information about Dragon Range and Phoenix APUs. Perhaps we'll find out more at CES early next year.

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Anton Shilov
Anton Shilov
Contributing Writer

Anton Shilov is a contributing writer at Tom’s Hardware. Over the past couple of decades, he has covered everything from CPUs and GPUs to supercomputers and from modern process technologies and latest fab tools to high-tech industry trends.

2 Comments Comment from the forums
  • PC Hardware Nerd
    I'm looking forward to seeing how these perform compared to Intel offerings with discrete graphics. It would be interesting to see amd offer discrete graphics and some form of multi-gpu ability. With their experience building processors and GPUs with multiple chips, and increasing PCIe data transfer rates, I'd love to see what they can do with the right drivers and optimizations.
    Reply
  • Barefoot
    PC Hardware Nerd said:
    I'm looking forward to seeing how these perform compared to Intel offerings with discrete graphics. It would be interesting to see amd offer discrete graphics and some form of multi-gpu ability. With their experience building processors and GPUs with multiple chips,

    Yeah, I have been trying users, especially gamers, to get hold of EVGA and see if we can get them to talk to Intel about making ARC hardware with like dual gpu chips and other customizations to give us some really great cards! Imagine the speeds and availability of "all setting set to high, RT on, and all other settings to full 4K usage"! Incredible progress could be had!
    Whatcha think?
    Reply