Gigabyte GP-P650SS ICE 650W ATX Power Supply
Gigabyte GP-P650SS ICE 650W ATX Power Supply
SKU:PSG-P650SSICE
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- 36 months Manufacturer Warranty
Product Information
| Brand | Gigabyte |
|---|---|
| Category | Power Supplies |
| SKU | PSG-P650SSICE |
| Availability | In Stock |
Overview
- The Gigabyte GP-P650SS ICE delivers 650W of stable, efficient power for mid-range to high-performance systems. Its 80+ Silver certification guarantees 90% efficiency at typical loads, reducing heat output and energy costs whilst maintaining system stability. The unit employs Active PFC technology to improve power quality and compatibility across varying input voltages (155–240 Vac).
Engineered for longevity, the GP-P650SS ICE features a 120mm Fluid Dynamic Bearing fan and comprehensive protection circuits—including overvoltage, overcurrent, short-circuit, and thermal protection—ensuring safe operation under demanding conditions. The MTBF rating of over 100,000 hours reflects Gigabyte's focus on reliability for professional and enthusiast users.
Flat black cables simplify cable routing in modern cases, improving airflow and system aesthetics. With dual CPU connectors and multiple PCIe connectors, the PSU supports modern graphics cards and multi-core processors without compromise. The extended 36-month warranty provides peace of mind for long-term system investments.
Specifications
| Brand | Gigabyte |
|---|---|
| Model | GP-P650SS ICE |
| Product Type | ATX Power Supply |
| Form Factor | Intel ATX 12V v3.0 |
| Output Capacity | 650W |
| 80 PLUS Rating | Silver |
| Peak Efficiency | 90% at typical load (230V EU) |
| Input Voltage Range | 155–240 Vac |
| Input Current | 6.3A |
| Input Frequency | 50–60 Hz |
| Power Factor Correction | Active PFC (>0.9 typical) |
| Fan Type | 120mm Fluid Dynamic Bearing (FDB) |
| Dimensions | 150 × 140 × 86 mm |
| MTBF | >100,000 hours |
| Hold-Up Time | >16ms |
| Power Good Signal | 100–500ms |
| Protection Features | OVP (overvoltage), OPP (overpower), SCP (short-circuit), UVP (undervoltage), OCP (overcurrent), OTP (thermal) |
| Cable Type | Flat, all black |
| ATX/Motherboard Connectors | 20+4 Pin × 1 (600mm) |
| CPU/EPS Connectors | 4+4 Pin × 2 (650mm + 120mm) |
| PCIe Connectors | 6+2 Pin × 2 (600mm) |
| SATA Connectors | 3 × SATA + 1 × 4-pin peripheral (500mm + 120mm + 120mm + 120mm); 2 × SATA + 2 × 4-pin peripheral (500mm + 120mm + 120mm + 120mm) |
| Warranty | 36 months |
Key Features
Ideal For
FAQs
Is the Gigabyte GP-P650SS ICE suitable for high-end gaming systems?
The 650W capacity is well-suited for mid-range to high-performance systems. It can support modern graphics cards and multi-core processors, but power requirements vary by components. We recommend calculating your total system power draw before purchase.
What does 80+ Silver certification mean?
80+ Silver means the power supply maintains at least 85–90% efficiency across its load range, reducing heat output, energy consumption, and electricity costs compared to non-certified units.
How does Active PFC improve power delivery?
Active Power Factor Correction reduces harmonic distortion and improves the quality of power drawn from the wall outlet, resulting in better system stability and compatibility across different electrical environments.
What is the MTBF and why does it matter?
MTBF (Mean Time Between Failures) of >100,000 hours indicates the expected lifespan of the power supply. This high rating reflects component quality and reliability, making it suitable for systems requiring long-term dependability.
Can I use this PSU with older systems?
The GP-P650SS ICE is compatible with Intel ATX 12V v3.0 systems and supports both 20+4 pin and legacy motherboard connectors, making it suitable for most modern and recent-generation systems.
How long is the warranty?
The Gigabyte GP-P650SS ICE includes a 36-month (3-year) warranty, providing extended coverage for component failure and manufacturing defects.
Does the flat cable design affect performance?
No. Flat cables provide the same electrical performance as round cables but offer improved cable management, easier routing through cases, and better airflow within your system.
