We think a lot about light, images and your eye, but we haven’t forgotten about sound. If you were to take a close look at the screen in a good movie theater you would see perforations. Why? To let the sound from behind-the-screen speakers pass through.
We offer screens that are “acoustically transparent” so you can place speakers behind the screen to create big theater sound in a personal theater. During post-production audio mix for a film, soundtracks are assigned to designated speakers, with left, center, and right channel speakers in the front, and surround sound speakers behind the viewer. As a result, the sound comes from where you expect it, and the audio is aligned with action seen on the screen.
Stewart’s Microperf X2 THX-Ultra, acoustically transparent screen has over 30,000 microperforations per square foot, compared with 5,500 in a commercial movie theater screen. In addition, the perforations are much smaller than those on commercial theater screens. Having more, smaller perforations is better for the type of sound waves transmitted by home cinema audiosystems. And don’t worry—you won’t see the holes, but your ears will tell you they are there.
Why choose Microperf X² for your acoustically transparent solution…
- Available with any of Stewart's front projection materials (excluding Silver 3D)
- First projection material to be THX Ultra Certified
- Maintains impeccable image fidelity
- Unbeatable audio quality (no secondary black backing required)
- Retains exceptional contrast, color saturation, and uniformity
- Moiré pattern is eliminated with Stewart’s custom approach
- Significantly less light return/blow-through than earlier perforation processes
- Largest seamless acoustically-transparent screen available (max. material is 14-1/2 feet by 60 feet O.D.)
Perforations per Square Foot: 30,000
Perforation/Hole Size: .020th of an Inch in Diameter
Light Loss: Less than 10.2%
Material Outer Dimension: 14-1/2 feet by 60 feet (Perforated Area: 13'-2")
Cinema Sonic Processor: Compensates for sound frequency variance and levels
out the frequency response from 20 Hz to 20 kHz