Augmenting energy savings during episodes of low network activity seems to be among the top list of most motherboard manufacturers. Asus does just that and has declared the release of IEEE 802.3az Energy Efficient Ethernet (EEE) standard on several new motherboards. This may assist in boosting energy savings up to 81.3% by decreasing power delivery during durations of low network activity.
In a bid to notch up eco-friendly to a new level, Asus motherboards are now claimed to be the first in the world which are geared up for the new Energy Efficient Ethernet standard. The new IEEE 802.3az EEE standard is controlled by the Institute of Electrical and Electronics Engineers (IEEE). The EEE standard was crafted for improved competence, decreasing the power that impels data all through during episodes of low Internet usage or minimal Ethernet activity on both sides of a link. This aids in lower total system energy usage.
Although the Internet is absolutely imperative for communications, activity connected to its usage may generally relapse to a lowered state after data completes downloading. Reacting to lively Internet usage, the new standard identifies activity levels and reduces power consumption in inactive phases, augmenting supply during durations of normal transmission, thus optimizing effectiveness while saving power.
By integrating the IEEE 802.3az EEE standard, Asus motherboards use up to 81.3% less energy. Running a Gigabit Ethernet LAN now needs only 89.1mW of power instead of 476.8mW during episodes of lower Ethernet utilization. With augmenting prominence by governments on energy efficiency, the new standard aids companies and users align with new regulations while using energy more dependably.
Asus has recently included IEEE 802.3az EEE into the new Asus M4A89 Series motherboards. Targeting to offer more environmentally-sustainable operations, the company is gearing up to release a totally new line of motherboards improved with the new standard. IEEE 802.3az EEE-acquiescent models comprise of M4A89 / M4A88 / M4A87TD series motherboards.
