Power Up

The MWE Bronze V2 offers a simple, reliable way to power your system safely and efficiently at a low cost. The 80 PLUS Bronze efficiency rating, DC-to-DC + LLC

circuit design, single +12V rail, active PFC, and temperature sensitive HDB fan offer a power supply unit that stays true to its original purpose. This PSU will handle all

 your core computing needs with none of the hassles or challenges of additional specialty features, software synchronization, or other bells and whistles. Just plug it into

your system and get to work. For a great mid-tier computing experience, you can't go wrong with the MWE Bronze V2.

80 Plus Bronze Certified

It's important to understand what efficiency is and what the ratings actually mean. The efficiency rating indicates how much power is retained and/or lost when transferring

 it from the wall to your components. It does not indicate the overall quality of the PSU. A PSU doesn't need an 80 PLUS Gold rating to be safe and reliable. And a PSU with

 an 80 PLUS Gold rating isn't necessarily either of those things. The MWE Bronze V2 guarantees a typical efficiency of 85% while being both safe and reliable.

120mm HDB Fan

The constant struggle between cooling and noise is as old as the consumer PC industry itself. Keeping your components cool without having to hear about it while you work

is still one of the greatest challenges for all fan based cooling technologies. The MWE Bronze's solution to this problem is a thermally sensitive 120mm HDB fan. It spins based

on the system's temperature, constantly adjusting to keep your PSU running smoothly and safely with the minimum amount of noise required.

Single +12V Rail

Getting power from the wall to the PSU and then to your components is a tricky situation. The power comes in one voltage level, but your components need a different one.

 That power has to first be transferred to/through a converter in order to make it safe for your parts to use without overloading.
The lines/rails used to initially move power from the wall to the converter need to be reliable and consistent to ensure your system's overall performance. That's why the MWE

 Bronze only uses one +12V rail for this process. This way all the components in your system are constantly fed the same power from the same

 source in order to guarantee consistency between all connections.

DC-to-DC Circuit Design

Power comes in multiple voltage levels. The wall delivers power in one voltage level but your components each need a specific voltage to operate properly.

The process of converting raw power from the wall to the multiple voltage levels your components need requires special components to complete this process quickly,

efficiently, and safely. The MWE Bronze's DC-to-DC + LLC technology was painstakingly crafted to accomplish this goal. The Dual Forward circuit layout has been designed

 to convert 12V power to 3V and 5V levels with minimal ripple noise, 80 PLUS Bronze efficiency, and reduced risk to your connected components.

Flat Black Cables

For many PC Builders with aesthetics in mind, cabling can be one of the most troublesome parts of assembling a PC. Cables can be confusing, too short or too long,

and they almost never look good. The MWE Bronze - V2 uses flat and flexible black cables to help deal with these problems. These cables are more discrete and flexible,

 making them easier to implement into your system while taking up less space. This is especially useful for smaller cases and preserving airflow.

5 Year Warranty

The many processes required by a power supply unit in order to take power directly from the wall or other fixed power source, convert it to the correct output

required by the connected components, and then distribute that power to said components safely can be full of risks. This is why it's important for a PSU to have

the right protections and regulations to ensure this process runs correctly. The MWE Bronze - V2 is a safe, reliable product and as such

Cooler Master is happy to offer a standard 5 year manufacturing warranty for all units in the series.