Their primary focus is on AI and creative workloads, with a unified memory architecture that supports up to 96GB of system RAM and a bandwidth of 256 GB/s, allowing these mobile processors to rival desktop machines in terms of mobile AI workstation performance.
In terms of hardware, the GPUs in these chips boast a significant number of compute units, outperforming many handheld gaming PCs, though these are designed for thin and light laptops that can't accommodate discrete GPUs. AMD's NPU module stands out in terms of power efficiency, especially when handling AI tasks and models, making it a more practical choice for energy-efficient processing.
|
Model |
Cores/Threads | Compute Units (CU) | Boost Clock | Cache | TOPs | TDP |
|
Ryzen AI Max+ 395 |
16/32 |
40 |
5.1 GHz |
80MB |
50 |
45W-120W |
| Ryzen AI Max 390 |
12/24 |
32 |
5GHz |
76MB |
||
|
Ryzen AI Max 385 |
8/16 |
40MB | ||||
|
Ryzen AI Max 380 Pro |
6/12 |
16 |
4.9GHz |
22MB |
Meanwhile, Team Red is also expanding its portfolio with the Ryzen AI 7 350 and Ryzen AI 5 340, targeting mid-range laptops. These chips offer a slightly lower boost clock than their higher-end counterparts, but their overall specs remain largely unchanged. The PRO versions mirror the standard variants in architecture but come with business-oriented features for better security.
The Ryzen AI 7 350, in particular, is positioned as a strong competitor to Qualcomm and Intel, outperforming them by 30% and 54% in Cinebench R24 multicore tests, respectively. Other benchmarks also show strong results for AMD's new chips.
Lastly, AMD continues to support older platforms with 11 new SKUs, including four PRO variants, all of which offer higher clock speeds compared to the Ryzen 8040/45 models. While these may appear outdated to some, their performance and more affordable pricing make them an attractive option for budget-conscious consumers.