Clock Speed | Gaming, multitasking | Industry Standard: 2.8–3.0 GHz (typical for 2011 mid-range CPUs) Our Base: 3.1 GHz (▲) Our Advanced: 3.3 GHz (▲▲) | Matches light gaming and office workloads. ▲ Base exceeds industry baseline. | May bottleneck in CPU-intensive tasks like video rendering. Advanced requires better cooling. |
Cores/Threads | Multitasking, video editing | Industry Standard: 2 cores, 2 threads (non-HT) Our Base: 2 cores, 4 threads (Hyper-Threading) (▲) Our Advanced: 4 cores, 8 threads (▲▲) | Hyper-Threading boosts multitasking efficiency. ▲▲ Advanced doubles core count for heavy workloads. | Limited core count for parallel tasks in Base. Advanced may overheat in compact builds. |
Cache | Gaming, application loading | Industry Standard: 2–3 MB L3 (dual-core CPUs) Our Base: 3 MB L3 (▲) Our Advanced: 6 MB L3 (▲▲) | Reduces latency for frequent data access. ▲▲ Advanced improves performance in resource-heavy apps. | Smaller cache than high-end CPUs (e.g., 8+ MB). |
Thermal Design Power (TDP) | Small form factor systems | Industry Standard: 65–95W (mid-range CPUs) Our Base: 65W (matches standard) Our Advanced: 95W (▲) | Power-efficient for compact builds. ▲ Advanced requires robust cooling. | Advanced consumes more power, increasing energy costs. |
Integrated Graphics | Basic multimedia, casual gaming | Industry Standard: Intel HD Graphics 2000/3000 Our Base: HD Graphics 2000 Our Advanced: HD Graphics 3000 (▲) | Sufficient for 1080p streaming and office apps. ▲ Advanced supports modest 3D gaming (e.g., Minecraft). | Struggles with modern AAA games even in Advanced. |
Socket Compatibility | Custom builds, motherboard upgrades | Industry Standard: LGA 1155 (Sandy Bridge) Our Base/Advanced: LGA 1155 (backward compatible with LGA 1156) | Works with multiple motherboard generations. Flexible for upgrades. | Limited to LGA 1155/1156 motherboards; incompatible with newer sockets. |