Tilt-mount design / Fits medium LCD TVs from 15" to 40" / Vesa 200 x 400 compatible / Powder-coated / Holds up to 100 pounds / Black finishCustomer Review: Tilt this
Excellent mount. Easy to install (if you can find a stud in the wall) and keeps the TV off the wall enough for tight wiring. Much cheaper on Amazon than at those national electronics stores.
Customer Review: Great wallmount for a 32" LCD
I mounted my Sharp Aquos 32" LCD on the wall in my master retreat using the Sanus MT25-B1. One word describes the look and performance of the product, WOW! The screen looks too perfect against the wall and the Sanus engineers did a great job with this one. I will definitely purchase the Sanus brand again. The only thing that I do not like about the bracket is the way that the locking connectors work. They are too close to the wall and when installing/removing the LCD from the wall bracket there is potential to scratch the wall. Not a major issue though.
A well tried method which has been used over a long period of time for the acoustical design of a bespoke home cinema system is to build a smaller model of the cinema room, under consideration which is similar to the original room, at least geometrically, and to study the propagation of waves in this model. This method has the advantage that, with little expenditure, a great number of variations can be tried out: from the choice of various acoustic wall treatments to major changes in the shape of the home cinema room.
Since several properties of propagation are common to all sorts of waves, it is not absolutely necessary to use sound waves for the home cinema model measurements. More profitable is the use of light as a substitute of sound. The detection of the energy distribution in the home cinema room can be carried out by photocells or by photography.
Although physical models of dedicated home cinemas have proven to be a very useful tool for the acoustical design, they are being superseded gradually by a cheaper, faster and more efficient method, namely by digital simulation of sound propagation in enclosures. The introduction of the digital computer into room acoustics is probably due to M.R. Schroeder and his co-workers. Meanwhile, computer simulation has been applied not only to home cinema systems, but to factories, auditorium and other working spaces as well.
Basically, there are two methods of sound field simulation in use nowadays, for home cinema designs; namely ray tracing and the method of image sources, and both are based on geometrical acoustics. The most tedious and time consuming part of the whole process is the collection and input of room data such as the positions and orientations of the home cinema's walls and their acoustic properties. One can study the combined effect of more than one source, and take into consideration all home cinema speakers together. This permits home cinema designers to determine the optimal configuration of a speaker installation in a home cinema system.
There are various computer based programs on the market today. They do not all guarantee the same accuracy, so it is up to the home cinema designer's experience to decide which one computes better and reliable results. The computerised design of a home cinema room can be a big benefit; the software operator is able to alter things and achieve a smooth and pleasant result for the home cinema's seating area. It is done prior to the home cinema installation and can achieve great acoustical end results.
VIP Cinemas
Erskine Group - Architectural Acoustics
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