CORE LAYOUT
Explore 88 processors indexed under 14 standard cores and scan their key platform, core, power and benchmark data in one place. This overview maps the available range before the performance ranking and decision guidance below.
Selection guide
This page groups 88 processors classified under 14 standard cores. 14 standard cores shows the recorded distribution of core types inside a processor. Use the catalog to shortlist candidates, then compare real performance and workload-relevant specifications rather than relying on the category label alone.
14 standard cores shows the recorded distribution of core types inside a processor.
Compare P-core, E-core, thread and clock details for each group.
The same layout can perform differently across architectures and power profiles.
By CPU Mark
The table ranks the strongest 14 standard cores processors by the CPU Mark available in CPULoom. It is useful for broad performance comparisons, while the single-thread result adds context for less-parallel work.
FAQ
This core-layout category groups processors associated with 14 standard cores. 14 standard cores shows the recorded distribution of core types inside a processor.
The performance ranking highlights the highest available CPU Mark in this category. The best practical choice can differ by application, single-thread speed, power, cooling and price.
Compare P-core, E-core, thread and clock details for each group. Open each processor page for full specifications or add close candidates to the comparison tool.
No. The same layout can perform differently across architectures and power profiles. Also verify motherboard and memory compatibility, cooling requirements and benchmarks relevant to your software.
This summary is calculated from processor records linked to the category. Performance results are broad comparison indicators and can vary with system, power and cooling. Latest data update:
Processor catalog
Showing 49–72 of 88
