ASUS Unveils Low Radiation Motherboards
ASUS launched the ASUS Protect 3.0 Design based motherboards, which are equipped with an anti-radiation shielding that lowers the generation and transmission of harmful radiation by up to 50%.
The low levels of radiation lowers the adverse health impact to users and delivers more stable system operations. Additionally, active anti-surge protection helps enhance component and system longevity. Protect 3.0 also includes the ASUS EPU (Energy Processing Unit) chip to reduce system-wide power consumption by up to 80.23% and to ensure a more environmentally sustainable operation.
On average, users are exposed to about eight hours of electromagnetic radiation daily from computer usage. Protect 3.0 effectively reduces this radiation exposure by up to 50%?achieving the lowest radiation emission levels in the industry. Additionally, a Low Radiation Circuit Design reduces the radiation produced by electrical components by intelligently positioning oppositely-charged electrical flows across each other to cancel out the fields generated. Finally, a Radiation Moat Design eliminates radiation leakage to surrounding components by confining it to small region around an active area.
With its Anti-Surge Design, Protect 3.0 detects under- or overvoltage conditions in components and prevents electrical surges from spreading. Whenever surges occur especially during a thunderstorm or periods of unstable grid power delivery, Anti-Surge will immediately shut off the electrical supply and prevent potential component damage?thus enhancing total system longevity.
For enhanced efficiency and more earth-friendly operations, Protect 3.0 includes the ASUS EPU (Energy Processing Unit), an energy-saving chip that intelligently reduces power consumption by up to 80.23%. EPU automatically fine-tunes the power channeled to components such as the CPU in real time for superb efficiency. To further reduce energy consumption, EPU also automatically delivers the most appropriate power via intelligent acceleration and overclocking. Such enhanced efficiency results in less CO2 released to the atmosphere from lower power generation. In fact, 10 million EPU-enabled motherboards can help eliminate up to 207,430 tons of CO2?equivalent to Australia's annual carbon emissions.
On average, users are exposed to about eight hours of electromagnetic radiation daily from computer usage. Protect 3.0 effectively reduces this radiation exposure by up to 50%?achieving the lowest radiation emission levels in the industry. Additionally, a Low Radiation Circuit Design reduces the radiation produced by electrical components by intelligently positioning oppositely-charged electrical flows across each other to cancel out the fields generated. Finally, a Radiation Moat Design eliminates radiation leakage to surrounding components by confining it to small region around an active area.
With its Anti-Surge Design, Protect 3.0 detects under- or overvoltage conditions in components and prevents electrical surges from spreading. Whenever surges occur especially during a thunderstorm or periods of unstable grid power delivery, Anti-Surge will immediately shut off the electrical supply and prevent potential component damage?thus enhancing total system longevity.
For enhanced efficiency and more earth-friendly operations, Protect 3.0 includes the ASUS EPU (Energy Processing Unit), an energy-saving chip that intelligently reduces power consumption by up to 80.23%. EPU automatically fine-tunes the power channeled to components such as the CPU in real time for superb efficiency. To further reduce energy consumption, EPU also automatically delivers the most appropriate power via intelligent acceleration and overclocking. Such enhanced efficiency results in less CO2 released to the atmosphere from lower power generation. In fact, 10 million EPU-enabled motherboards can help eliminate up to 207,430 tons of CO2?equivalent to Australia's annual carbon emissions.
