VIA Technologies has showcased a range of contemporary computing systems for the education market at the Green California Schools Summit being held at the Pasadena Conference Center in Pasadena, California.
With California at the leading edge of the green movement, the Green California Schools Summit will focus on the strategies, technologies and services that will ensure that schools can focus on eco-sustainability and provide a healthful learning environment for students. VIA is demonstrating client/server, desktop, notebook and ultra mobile partner systems that combine performance and affordability.
Efficient computing with VIA’s pioneering processor platforms not only lowers electricity bills compared to traditional PC platforms, it significantly reduces computer-generated ambient heat, making the school environment quieter and more comfortable as well as cheaper to keep cool. It also extends the lifespan of internal components for greater system reliability, and as much as doubles battery life in mobile devices for practical education application.
Of course, lower power consumption also eases demand on the current fossil fuel-burning power generation infrastructure, thereby reducing climate-warming carbon emissions.
“Power grids across the globe, and particularly in California, are under increasing strain as our need for electricity continues to grow,” says Richard Brown, vice-president of corporate marketing at VIA Technologies. “We see the Green California Schools Summit as a great opportunity to show some of the most important institutions in the country that there are real, affordable products that help manage the power problem and fully meet their next-generation education needs.”
Suited to classroom-based teaching and with measurable benefits in manageability, security, reliability, scalability and lower electricity bills, thin clients from both Devon IT and HP will be on display at the summit. Around 50% of the thin client market is powered by VIA, with the power saving VIA Eden and VIA C7 processors specially designed for ultra compact, quiet systems with no moving parts, allowing for enhanced client performance.