Showing posts with label imagecare. Show all posts
Showing posts with label imagecare. Show all posts

Friday, November 9, 2012

Hitachi CP-AW252WN Ultra-Short Throw Projectot

Grant's Perspective on ... Hitachi's new CP-AW252WN ultra-short throw projector.

Hitachi has released a new WXGA, 2500 lumen ultra-short throw projector that incorporates ImageCare Technology. ImageCare lowers the overall power usage of the projector in several different ways.

ImageCare includes Intelligent Eco and Saver Mode. Intelligent Eco mode allows the projector to sense dark and bright images and automatically lower the power usage of the lamp so that the projected image looks great but with reduced energy consumption. Saver Mode is great for classroom situations. The projector will reduce the power applied to the lamp when an image remains static for a per-determined amount of time. Students focus on the screen as a new slide is projected but after they view it for about 5 - 10 seconds focus on the person lecturing until the next slide appears.

Another new feature is that a table top mount is available so that a desk top can be the projection surface. Add in the Hitachi EZ2-Pen and you now have an interactive table. Great for classrooms!

See the graphic of the imput/output panel below.




Grant

Friday, June 22, 2012

New Hitachi Energy Saving Projectors

Grant's Perspective on ... the new Hitachi ImageCare lamp power control function.

Hitachi has introduced a new lamp power control function that will lower the total cost of ownership, save on electricity consumption and lengthen lamp life. It does this in two new ways: Intelligent Eco mode and Saver Mode.

Intelligent Eco automatically adjusts the power to the lamp depending on the brightness of the images being projected. This can lead to a 35 - 70% less energy being consumed.

Saver Mode reduces the amount of power when a screen has a static slide shown for a length of time. The thinking is that people watch the slide as it changes, read the slide and then not view the slide until it changes. In a classroom, a teacher would advance the slide and then talk about the slide. he students would read the slide and then focus on the teacher until the slide is changed. This can save up to 48% of electricity consumption. The user can set how long a slide will remain at full power before the projector reduces the power.



 Grant