Elite Screens Inc | Elite Screens China Corp. | Elite Screens Europe ...
Elite Screens Inc | Elite Screens China Corp. | Elite Screens Europe ...
Elite Screens Inc | Elite Screens China Corp. | Elite Screens Europe ...
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Product Review<br />
Widescreen Review - Lunette Series<br />
By Doug Blackburn - September 2011<br />
For the last seven years, <strong>Elite</strong> <strong>Screens</strong>’ primary focus has<br />
been on home theatre screens with high-performanceto-cost<br />
ratios. <strong>Elite</strong> <strong>Screens</strong>’ secondary markets are<br />
government, house-of-worship, educational, and<br />
military. The Lunette screens combine <strong>Elite</strong>’s highperformance<br />
CineWhite screen material with curved<br />
extruded aluminum frames. The reviewed 106-inch<br />
diagonal Lunette 2.35:1 Lunette screen has an MSRP of<br />
$1,129 (frame model Curve106WH1). The 100-inch<br />
diagonal model (Curve100WH1) is currently the most<br />
popular Lunette screen size and has an MSRP of $1,029.<br />
There is also an acoustically transparent option offered<br />
at $1,299 MSRP for the same curved 106-inch diagonal<br />
size that was reviewed. The Lunette screens are<br />
currently <strong>Elite</strong>’s highest-performance screens, designed<br />
to compete with high-performance screens from other<br />
manufacturers, but at a lower cost.<br />
All Lunette screens have a curved frame. The largest 2.35:1 size is 158-inch diagonal, and the smallest available size is<br />
85-inch diagonal. The same screen material is available with a flat frame in <strong>Elite</strong>’s ezFrame screen series. A 103-inch<br />
diagonal ezFrame (flat) version of the curved Lunette has an MSRP of $798 (a 103-inch curved Lunette model would<br />
have an approximate MSRP of $1,079). Curved screens are popular in home theatres using an anamorphic lens combined<br />
with a 2:35:1 or 2.40:1 aspect ratio screen. The curve of the screen reverses the inevitable small amount of<br />
pincushion distortion caused by the anamorphic lens. Curved screens can be used without an anamorphic lens to<br />
good effect, especially if the projector throw distance is long enough to avoid barrel distortion (the opposite of pincushion)<br />
that can be more obvious at short-ish throw distances. Alignment of the projector-to-screen will also affect the<br />
amount of geometric distortion. Minimizing distortion requires that the projector lens height remains within the height of<br />
the image area of the screen. The more above or below the top/bottom edges of the screen, the more geometric<br />
distortion will be introduced. A ceiling mount that puts the projector lens two feet above the top edge of the screen<br />
would have quite a bit more geometric distortion than if the ceiling mount was low enough to place the projector lens<br />
at the same height as the top edge of the screen. There are typically four reasons a curved screen might be chosen<br />
over a flat screen. The previously mentioned anamorphic lens combined with a 2.35:1 screen is one reason. The second<br />
reason is that a curved screen may produce images that are slightly sharper than a flat screen at the far left and far<br />
right sides of the screen. However, viewers tend to look directly at the central one-third of the screen most of the time,<br />
with the outside edges of the screen taking on a less critical “peripheral vision” role that heightens immersion. Viewers<br />
rarely look directly at the left and right one-third of the screen during movies. That means the slight advantage in sharpness<br />
at the outside edges of images may not be obvious while viewing movies. This sharper-at-the-outside-edges factor<br />
may not be true for every projector/lens combination or every system/setup. If the projection lens is optimized for sharpness<br />
on a flat surface or if the throw distance is long, there may be no sharpness advantage for a curved screen. The<br />
third reason people use curved screens is simply that a curved screen has a “cool factor” that you don’t get with a flat<br />
screen. The fourth potential benefit of curved screens is that more light is reflected towards the viewers, with less light<br />
reflecting to the sides and bouncing off of walls, leading to light-contaminated black levels. This is a more significant<br />
factor when the sidewalls are somewhat close to the screen and when the walls are painted something other than<br />
black or very dark neutral gray. Color on the walls will create colored reflected light that can contaminate images.<br />
When it’s not possible to make the room completely black or very dark gray, or a very dark shade of some color (less<br />
ideal, but better than a medium-to-light shade of any color), a curved screen can help reduce unwanted side effects<br />
from the non-dark walls.<br />
Setup<br />
The Lunette screen arrived nicely packed. As with any screen, you need quite a large clear floor-space to assemble the<br />
screen. The frame rails went together easily. Each frame corner has a beefy angle bracket that holds the frame rails<br />
together. Some screens I’ve assembled have had to be “tweaked” to remove some trapezoidal shape after initially<br />
fitting the four frame rails, but the Lunette frame came out “square” (perfectly rectangular in this case) without having<br />
to be tweaked. You always want to double-check any screen frame after assembly. This is easily done by measuring<br />
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