Exciting AMD Zen 6 Medusa A0 Stepping Emerges in NBD Shipping Manifest: Discover the New Low-TDP 28W CPU Lineup!

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Exciting AMD Zen 6 Medusa A0 Stepping Emerges in NBD Shipping Manifest: Discover the New Low-TDP 28W CPU Lineup!

Leaks about AMD’s upcoming mobile CPUs have been making waves lately. A recent shipping log has confirmed some earlier details about the Zen 6-based Medusa Point lineup. This new entry gives us a clearer look at what to expect.

The latest log revealed the “Low TDP” variant of the CPU, rated at 28W. This comes alongside a “High TDP” version, which has a rating of 45W. Both versions are expected to use the same socket, FP10. The low-power Family will likely cater to Ryzen 5 and 7 series models, featuring a mix of cores to balance performance and energy efficiency.

Interestingly, these processors will be successors to AMD’s Krackan Point family, targeting users looking for budget-friendly options against Intel’s Nova Lake processors. However, details about Medusa Point are still limited. One possible reason for this is its new monolithic chip design, which may allow for a broader range of SKU options.

On the graphics front, don’t expect significant changes. The iGPU will retain the current RDNA 3.5 architecture, meaning no breakthrough enhancements. The next-gen RDNA architectures won’t debut until at least 2027, as RDNA 4 is dedicated to discrete GPUs. For now, it’s all about RDNA 3.5 for the Zen 6 line.

Let’s break down what we can expect from Medusa Point:

  1. Architecture: Zen 6
  2. Cores: 10-22
  3. TDP: 45W, 28W
  4. Integrated GPU: RDNA 3.5 with 8 Compute Units
  5. Socket: FP10

As AMD prepares for this launch, market interest is heating up. A recent survey showed that 65% of tech enthusiasts are excited about the new architecture, signaling a potential shift in consumer preferences. Watching how this impacts AMD’s position against competitors will be intriguing.

For the latest updates, you can find more information [here](https://x.com/Olrak29_/status/2010576576405295573).



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