The FV-1000GM: a 1000W Modular Power Supply with ATX 3.1 Standard
To build a high-performance system, choosing the right power supply is fundamental. The FV-1000GM model is presented as a fully modular option that delivers 1000 nominal watts, following the ATX standard. Its 80 PLUS Gold certification ensures that it converts mains power with high efficiency, helping the entire system generate less residual heat. 🚀
Native Connector for the Most Demanding Graphics Cards
One of its standout features is the inclusion of a native 12V-2x6 cable, also referred to as PCIe 5.1. This connector can supply up to 600 watts directly, eliminating the need for adapters that can overheat. It is designed to power high-end graphics cards like the NVIDIA RTX 4080, 4090 series and future 5080/5090.
Key advantages of the native connector:- Supplies stable power of up to 600W directly to the GPU.
- Eliminates adapters, reducing potential failure points and overheating.
- Prepares the system for future high-power graphics components.
A power supply that doesn't flinch when your graphics card demands more power.
Ready for the Most Intense Power Spikes
This model fully complies with the ATX 3.1 specification. This standard is crucial because it defines how the power supply must respond to the instantaneous power demands of components like the CPU and GPU. The FV-1000GM can handle power excursions of up to 200% of its nominal load during extremely short intervals.
Capabilities according to ATX 3.1:- Supports peaks of up to 2000 watts for 100 microseconds.
- Maintains system stability during maximum instantaneous loads.
- Essential for demanding tasks like rendering or 4K gaming with ray tracing.
Designed for Stability and Efficiency
Overall, the FV-1000GM is designed to deliver stable and clean power to computers running demanding applications. Its modular architecture allows for orderly cable management, improving airflow inside the case. The high certified efficiency not only reduces the electricity bill but also contributes to greater longevity of all system components by operating at lower temperatures. 💡