
( Brand: Evga ), ( Compatible Brand: Universal ), ( Voltage Compatibility: 240 V ), ( Cooling: 1 Fan ), ( Color: Black ), ( Manufacturer Part Number: 100-B1-0500 ), ( Connectors: 20 4 Pin, 4 4 Cpu, 6 2 Pin Pci Express, Floppy Drive, Sata I ), ( Type: Power Module ), ( Maximum Power: 500 W ), ( Country/region Of Manufacture: China )
The EVGA 500 W1, a part of EVGA's 500 W1 series, is a versatile and reliable power supply unit (PSU) designed to meet the needs of modern computing systems. This 80 certified power supply is engineered to deliver high efficiency levels, ensuring minimal energy waste and optimal power delivery to your components.
The EVGA 500 W1 boasts a single 12V rail design, capable of delivering a steady and consistent power output of up to 42A, ideal for systems with high power demand components. It comes with a total of five power connectors, including one 24-pin ATX main power connector, one 4 4-pin EPS12V connector, and three 6 2-pin PCIe power connectors. This configuration allows for the easy and flexible installation into various system configurations.
Constructed with a 135mm double ball fan, this PSU ensures quiet and efficient cooling, even under heavy load conditions. Moreover, the fan utilizes fan failure protection, which automatically turns on the fan if it were to fail, ensuring continuous operation and system stability.
The EVGA 500 W1 is built with 100% Japanese capacitors, known for their high reliability and durability, and features a protective circuit design, including overcurrent protection, overvoltage protection, and short-circuit protection, to safeguard your components from potential damage.
This 500-watt power supply is compatible with various form factors, including ATX, Micro-ATX, and SFX, making it a suitable choice for a wide range of systems. Furthermore, it comes with a 3-year warranty, providing peace of mind and assurance for your investment.
In summary, the EVGA 500 W1 is a high-performance and reliable power supply unit, delivering efficient power delivery, quiet operation, and robust protection for your components. Its versatile design, coupled with its 80 certification and extensive safety features, makes it an excellent choice for system builders and upgraders seeking a dependable power solution.
The EVGA 500B 80 Certified ATX Power Supply is a mid-range option for powering your PC components. Here are some pros and cons that might help you make an informed decision about purchasing it.
Pros:1. 80 Certified: The EVGA 500B is 80 certified, which means it meets the minimum efficiency requirements set by the 80 organization.
2. Affordable: This power supply is relatively affordable, making it a good option for budget-conscious builders.
3. Quiet Operation: The power supply features a fan that only kicks in when necessary, ensuring quiet operation under normal loads.
4. Decent Cable Management: The power supply comes with a good number of cables, which can help with cable management within a PC case.
5. Decent Build Quality: The power supply has a solid build quality, with good components and a sturdy design.
Cons:1. Limited Connectivity: The EVGA 500B has limited connectivity options, with only one 4 4 pin EPS12V connector, which might not be enough for high-end systems.
2. No Modular Cables: The power supply does not come with modular cables, which can limit cable management options and make it harder to route cables within a case.
3. No Over-Volting: The power supply does not support over-volting, which can limit the potential for tweaking system performance.
Conclusion:The EVGA 500B 80 Certified ATX Power Supply is a solid mid-range option for powering a PC build. It has good build quality, quiet operation, and decent cable management. However, it does have limitations in terms of connectivity and modularity, which might be a concern for some builders.
Recommendation:If you're building a budget PC and don't require advanced features like over-volting or modular cables, the EVGA 500B is a good choice for a power supply. However, if you have a high-end system or require more connectivity options or modular cables, you might want to consider a more advanced and expensive power supply.
Works weal.l used in old setup.