Passed Intel's Pentium 4 power supply qualification tests.
		Recommend by AMD for AthlonTM /Thunderbird systems .
		Recommend by AMD for DuronTM systems.
		Works with any Pentium III processor based system.
		Works with any Celeron processor based system.

• Fan Speed Monitor connector (3-pin)providing real time rotational speed of the power supply fan to the system. Most motherboard has at least one extra 3-pin fan connector in addition to the standard CPU fan connector.Fan Speed Monitor connector does not have to be attached to the motherboard in order for the power supply fan or the AFC function to work.
• Automatic fan speed control (AFC) with built-in temperature sensor. When the 3-pin fan speed monitor connector is plugged into the motherboard, the power supply fan is kicked into a special "turbo mode" where it would spin up to full speed of up to 3000 RPM.
• Safety Certifications: High standard of quality with CE, UL, cUL, TUV, and FCC certifications. Also approved by CSA, S, N, FI, D, CB, and CNS
• 6-pin Aux Power Connector Availablibility of this connector indicates support for ATX2.03 & server motherboards. If your motherboard does not have a place for this connector to plug in, then it is ok to leave it alone.
• Extra long cables to support installation in a full tower case.
• Built-in Triple Protection:
  • Over Voltage Protection,
  • Over Power Protection,
  • Short Circuit Protection.

	1 20-pin Standard ATX connector -- the main motherboard connector.
	1 4-pin ATX12V connector -- for Pentium 4 , not needed for everything else.
	1 6-pin Aux Power Connector -- for Pentium 4 and server type board (if your motherboard doesn't have this connector, then leaving it alone is fine)
	1 Floppy connectors for your 3.5" drives.
	4 Peripheral connectors for system that is really loaded
	1 3-pin Fan Speed Monitor connector -- connect to a 3-pin fan connector on your motherboard. Now I can see how fast my power supply fan is turning now.

MTBF Life Expectancy of this model:
100,000 hours* (11 years & 2 months)

* Excludes the life of the fan

• Stability: A high quality power supply with sufficient capacity to meet the demands of your computer will provide years of stable power for your PC. A poor quality or overloaded power supply will cause all sorts of glitches that are particularly insidious, because the problems occur in other, seemingly unrelated, parts of the system. For example, power supplies can cause system crashes, can make hard disks develop bad sectors, or cause software bugs to appear, problems which can be very difficult to trace back to the power supply.
• Cooling: The power supply contains the main fan that controls the flow of air through the PC case. This fan is obviously a major component in your PC's cooling system.
• Energy Efficiency: Newer PC power supplies work with your computer's components and software to reduce the amount of power they consume when idle. This can lead to significant savings over older systems.
• Expandability: The capacity of your power supply is one factor to determine your ability to add new drives to your system, or upgrade to a more powerful motherboard or processor. Many people don't realize, for example, that a high-speed Intel P4 and Athlon CPU along with motherboard consume far more power than a similar Pentium-based system. If you build or upgrade to a new PC system with a power supply that barely meets your needs, you may have to eventually replace it down the road.