
( Brand: Evga ), ( Manufacturer Part Number: 100-W1-0700-K1 ), ( Part Type: Supply ), ( Power Supply Design: Non-modular ), ( Item Dimensions L X W X H: 5.52 X 5.91 X 3.35 Inches ), ( Series: Evga 700 W1 ), ( Wattage: 700 Watts ), ( Country Of Origin: Taiwan ), ( Compatible Devices: Computer ), ( Connector Type: Atx, Eps, Pci Express, Sata ), ( Item Weight: 4.95 Pounds ), ( Cooling Method: Air ), ( Form Factor: Atx )
The EVGA 700 W1, Model 100-W1-0700-K1, is a top-tier 80 Gold certified power supply unit (PSU) designed to deliver reliable and efficient power to your computer system. This 700-watt power supply boasts an 80 PLUS Gold certification, which signifies an efficiency level of 90% or higher under normal operating conditions, translating to significant energy savings and reduced heat production.
Constructed with high-quality components, the EVGA 700 W1 features a fully modular design.Modular design provides the flexibility to connect only the cables you need, simplifying cable management, and reducing clutter inside your PC case. The power supply unit is engineered with a single 12V rail design, ensuring optimal power delivery to your system's components.
The EVGA 700 W1 is also designed to provide quiet, smooth, and reliable operation. It comes equipped with a 135mm fluid dynamic bearing (FDB) fan that runs at a low speed under normal loads, minimizing noise and extending fan lifespan. A fan turbulence reduction unwiring system also ensures consistent fan airflow, reducing turbulence and subsequent noise.
Safety-wise, this PSU offers overvoltage, undervoltage, and short-circuit protection, ensuring your computer components are protected against potential power surges, voltage drops, and short circuits.
A high-quality, flat, and textured cable design comes standard with the EVGA 700 W1, making cabling more manageable and aesthetically pleasing. With a compact yet robust design, this 150mm deep power supply unit can be fitted in most standard computer cases and is backed by a 5-year EVGA warranty for added peace of mind.
Overall, the EVGA 700 W1 (Model 100-W1-0700-K1) is an exceptional power supply unit, engineered to ensure reliable and efficient power delivery, quiet operation, and safe power management, perfect for powering your system with confidence.
The EVGA 100-W1-0700-K1 is a 700-watt power supply unit (PSU) that comes with the 80 Silver certification. It is a popular choice among PC builders and upgraders due to its decent performance, reliability, and features. In this analysis, we will outline the key advantages and disadvantages of this power supply unit.
Pros:1. Decent Power Efficiency: The power supply holds the 80 Silver certification, ensuring a minimum power efficiency of 87% under typical load conditions. This equates to better energy utilization, reduced power waste, and potential cost savings over time.
2. Quiet Operation: The EVGA 100-W1-0700-K1 features an eleven-blade fluid dynamic bearing fan design to provide quiet operation under most loads. This will create a more pleasant computing experience for users who are sensitive to fan noise.
3. Multiple Connectors: The power supply comes with numerous connectors that cater to a variety of components, including two EPS12V, two 6 2 PCIe, eight SATA, four 6-pin auxiliary, and four 4-pin peripheral connectors. This extensive offering allows for housing advanced systems with numerous components and a large number of graphics cards.
4. High Wattage: Providing a maximum capacity of 700 watts, this power supply caters for most mid-range to high-end systems. In the case of an upgrade, the power supply will offer a considerable headroom for newer and more power-hungry components.
5. Modular Design: This feature implies that not all cables are permanently connected to the power supply. The power supply comes with modular cables, providing owners the flexibility to install or remove cables as required for their specific build. This setup results in a cleaner and more organized internal system.
Cons:1. Limited Overclocking Capabilities: The 80 Silver certification is the minimal requirement for energy efficiency, but it does not support power supplies with advanced overclocking capabilities. Those looking for superior overclocking performance might opt for PSUs with 85 Gold or Platinum certification.
2. Bulkier Design: Part of the reason for this power supply's quiet operation is its larger fan size. However, a larger fan adds to the overall dimensions of the unit, making it a less desirable option for people with smaller cases.
3. More Expensive Than Entry-Level Options: The selling price for the EVGA 100-W1-0700-K1 is relatively higher when compared to entry-level power supplies. Although it offers several advantages, users on a tight budget may find it hard to justify the increased cost.
4. Potential for Reduced Edge Connector Durability: The power supply delivers multiple 6 2 pin PCIe connectors. However, edge connectors have a shorter lifespan compared to screw-terminal connectors, increasing the chance of potential faults.
Conclusion:The EVGA 100-W1-0700-K1 packs a range of advantages like its quiet operation, decent power efficiency, high wattage, modular design, and reliable connectors. However, it comes with some disadvantages, including limited overclocking capabilities, bulkier design, higher cost, and potential concerns regarding edge connector durability.
Based on the above analysis, I would recommend the EVGA 100-W1-0700-K1 for individuals seeking a dependable, efficient, and high-capacity power supply unit that caters to mid-range to high-end systems. If budget is a concern, or if you demand greater overclocking potential, you may consider exploring lower-priced alternatives with similar features.
High Amperage Single-Rail design for maximum power and efficiency. Quiet and Intelligent Auto Fan for near-silent operation. EVGA 700 W1, 80 WHITE 700W, 3 Year Warranty, Power Supply 100-W1-0700-K1. Heavy-duty protections, including OVP Over voltage Protection, UVP Under OCP Current OPP Power Protection, SCP Short Circuit and OTP Temperature Protection.
Active Power Factor Correction PFC.