GPU Capacity | AI Rendering, 3D Modeling | Industry Standard: 1-2 GPUs (NVIDIA RTX 3080) Our Base: 2 GPUs (NVIDIA A6000) ▲ Our Advanced: 4 GPUs (NVIDIA A6000) ▲▲ | ▲▲ Enables parallel processing for faster rendering (e.g., 4 GPUs reduce 3D render time by 40%). | ▲▲ Higher power consumption and cost; requires robust cooling. |
Cooling System | GPU-Intensive Tasks, Overclocking | Industry Standard: Basic air cooling (50 dBA) Our Base: Dual-channel airflow (43 dBA ▲) Our Advanced: Liquid cooling + airflow (38 dBA ▲▲) | ▲▲ Quieter than a refrigerator (38 dBA ▲▲) reduces environmental noise. | ▲▲ Liquid cooling requires periodic maintenance and adds complexity. |
Material & Durability | Industrial/Professional Environments | Industry Standard: Plastic chassis (MIL-STD 810G compliant) Our Base: Aluminum chassis (MIL-STD 810G ▲) Our Advanced: Reinforced aluminum + IP5X dust resistance ▲▲ | ▲▲ IP5X dust resistance ▲▲ protects components in harsher environments. | ▲▲ Heavier and bulkier than plastic alternatives. |
Expandability | Future-Proofing, Hardware Upgrades | Industry Standard: 2-3 PCIe slots Our Base: 4 PCIe slots ▲ Our Advanced: 6 PCIe slots ▲▲ | ▲▲ Supports up to 4 GPUs ▲▲ and multiple storage drives for scalability. | ▲▲ Requires careful cable management to avoid airflow blockage. |
Thermal Performance | Continuous Rendering, Scientific Computing | Industry Standard: 90°C max GPU temp Our Base: 85°C ▲ Our Advanced: 80°C ▲▲ | ▲▲ 80°C ▲▲ maintains stable performance under prolonged loads. | ▲▲ Advanced cooling increases upfront cost. |
Customization | Enthusiasts, Tech Professionals | Industry Standard: Limited customization Our Base: Transparent side panel ▲ Our Advanced: RGB lighting + full component access ▲▲ | ▲▲ RGB lighting ▲▲ and modular design cater to aesthetic preferences. | ▲▲ May distract from professional workflows; requires attention to thermal management. |