Key Takeaways
1. The Intel Barrett Lake-S family has shifted focus from gaming to edge computing and industrial users.
2. The processors are categorized into three TDP groups: 125 W, 65 W, and 45 W, with specific suffixes for each.
3. The lineup includes models with varying core counts, including the Core 9 273PQE (12 P-cores), Core 7 253PQE (10 P-cores), and Core 5 223PQE (8 P-cores).
4. All models, except the basic Core 5 213PE and PTE, include vPro support.
5. These CPUs will not be available for consumer use, and compatibility issues with consumer motherboards are expected due to lack of BIOS updates.
Although the Intel Barrett Lake-S family, which features P-cores only, was originally planned for gamers, the direction has shifted. The lineup is now aimed at edge computing and industrial users. However, this shift does not lessen the excitement around these products, especially with recent leaks revealing important details.
Categories of the Intel Family
Prominent leaker Jaykihn shared on X that the Intel Barrett Lake-S family is categorized into three TDP groups: 125 W, 65 W, and 45 W. The entry-level 45W models are identified with the PTE suffix, whereas the higher models carry the PE and PQE suffixes, respectively. Below is the full list of these processors:
At the top of the range is the Core 9 273PQE, featuring 12 P-cores. Next comes the Core 7 253PQE, followed by the Core 5 223PQE, which has 10 and 8 cores, respectively. The lower TDP options have slower clock speeds, along with a more basic Core 5 213PE and PTE variant that share the same core count as the 223PE/PTE. Additionally, the 223 and 213 models come with a smaller integrated GPU (iGPU) of 24 EUs, while the other models have larger iGPUs that feature 32 EUs.
vPro Support and Consumer Availability
All SKUs include vPro support, except for the basic Core 5 213PE and PTE variants. As previously noted, these CPUs will not be available for consumer use. Even if some enterprising individuals manage to obtain them, they likely won’t be compatible with consumer motherboards. This issue arises because motherboard manufacturers like ASRock have already declined to provide necessary BIOS updates for these processors.
Jaykihn on X
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