Core Count & Thread Performance | High-throughput workloads, virtualization | Industry: 6 cores/12 threads (mid-range standard); Our Base: 8 cores/16 threads (▲1); Advanced: 10 cores/20 threads (▲▲) | ▲1: 33% more concurrent tasks; ▲▲: Enables complex simulations (e.g., HPC) | ▲1: 20% higher power draw; ▲▲: Requires robust cooling systems |
Clock Speed & Turbo Boost | Real-time processing, gaming servers | Industry: 2.5 GHz base (typical mid-tier); Our Base: 3.3 GHz base (▲1), 3.6 GHz turbo (▲▲); Advanced: 3.5 GHz base (▲▲), 3.9 GHz turbo (▲▲▲) | ▲1: 32% faster single-threaded tasks; ▲▲▲: 15% performance boost under load | ▲▲: Potential thermal throttling; ▲▲▲: Demands advanced cooling solutions |
Thermal Design Power (TDP) | Power-constrained data centers | Industry: 95W (for comparable performance); Our Base: 130W (▲1); Advanced: 150W (▲▲) | ▲1: Balances performance/power; ▲▲: Maximizes output for critical tasks | ▲1: Requires better cooling; ▲▲: Higher energy costs |
Socket Compatibility | Hardware flexibility | Industry: LGA 2011 (widely adopted); Our Base: FCLGA2011 (▲1 backward compat); Advanced: Enhanced LGA2011 (▲▲ future-proof) | ▲1: Works with existing motherboards; ▲▲: Supports upcoming hardware | ▲1: Limited to specific chipsets; ▲▲: Requires newer infrastructure |
Advanced Features | Scientific computing, AI workloads | Industry: Basic AVX (limited vector math); Our Base: AVX2 (▲1), Turbo Boost 2.0 (▲▲); Advanced: AVX-512 (▲▲), Turbo Boost 3.0 (▲▲▲) | ▲1: 2x faster vector math; ▲▲▲: 25% faster dynamic scaling | ▲▲: Needs OS/drivers updates; ▲▲▲: Higher software compatibility risks |
Warranty & Reliability | Mission-critical systems | Industry: 3-year warranty (enterprise norm); Our Base: 1-year refurbished (▲1 cost-effective); Advanced: 3-year new (▲▲ full coverage) | ▲1: Lower upfront cost; ▲▲: Full enterprise-grade reliability | ▲1: Shorter coverage; ▲▲: Higher upfront investment |