Low Power Consumption | Laptops/SFF desktops | Industry: 65W TDP (common in desktop CPUs) Our Base: 35W TDP (▲1.85x lower) Our Advanced: 65W TDP (matches industry) | ▲ Base: 35W reduces power bills (▲40% cooler than 65W) Advanced: Same TDP as industry but optimized for efficiency | Base may throttle under heavy loads; Advanced requires better cooling solutions |
Core/Thread Count | Multitasking/Video Editing | Industry: 6 cores/12 threads (mid-range standard) Base: 6/12 (matches) Advanced: 8 cores/16 threads (▲+2 cores, +4 threads) | Base handles most tasks; Advanced excels in 8-core workloads (e.g., 3D rendering) | Base may bottleneck in extreme multitasking; Advanced adds cost |
Cache Size | Gaming/Data Analysis | Industry: 12MB L3 (common in i5/i7) Base: 12MB (matches) Advanced: 18MB L3 (▲+50%) | Base reduces latency by 15% vs 8MB; Advanced boosts large dataset performance | Base sufficient for most; Advanced requires higher-end workloads to justify |
Socket Compatibility | Motherboard Flexibility | Industry: LGA 1200 (standard for 10th Gen Intel) Base: LGA 1200 (matches) Advanced: LGA 1200 (same) | Widespread compatibility with 10th Gen Intel motherboards | No tier-based improvements; requires compatible hardware |
Thermal Design | Overclocking/High-Load Tasks | Industry: 65W TDP (standard for non-T models) Base: 35W (▲40% cooler) Advanced: 65W (▲ same as industry) | Base needs minimal cooling; Advanced supports overclocking (▲+30% peak performance) | Base may underperform in extreme scenarios; Advanced requires better cooling |
Warranty and Support | Enterprise/Long-Term Use | Industry: 1-3 years (varies) Base: 1 year (standard) Advanced: 3 years (▲+2x longer) | Base meets basic needs; Advanced offers extended coverage for critical systems | Base lacks long-term support; Advanced adds cost for extended warranty |