Sound Processors

It was a dream of all the music lovers and singers as well, to enjoy the songs and music in such a way that the recorded sound and music is at least equals the originally produced sound, if is not better than it.  The professionals would still dream about having such processors, which can even increase their sound quality to an extent greater than the real one, thus adding to their performance an aesthetic aspect and adding laurels to their performance. Actually, the surround sound processor or SSP has quickly evolved into the most complex component in the home theater market. Owing to its functionality, It is required to fulfill a multitude of functions, such as source switching, multi-channel digital to analog conversion, surround processing, DSP, video switching, etc. Moreover, all of these elements must then be controlled by an increasingly sophisticated user interface.  All the sound processors need to have the ability to stay current in both hardware and surround formats. The market is saturated with products that fail to deliver on all levels. This saturation has made it exceedingly difficult for many to select a processor that makes them feel secure about the money they spent. However, there are a select few companies out there who have verified over the years that they are quite capable when it comes to the delicate balancing act of price, performance, features, ease of use, and upgradeability. To enjoy the real taste of the music and other audio programmes, certainly, you will have to choose one of the finest breeds of the sound processors in this regard. If we just try to evaluate the features of a good sound processor, its operating system must be able to categorize according to input type, where each input must have its own layer that is completely editable. A good sound processor has an Input name, which can be changed so that is accurate to the source. Moreover, it must have a ‘digital in’ feature, which can select the appropriate digital input you are using. It must possess an ‘Analog In’ feature, which selects the appropriate analog input you are using, if any. In a good processor, an ‘Analog In Level’ feature can be set to automatically govern incoming analog signals or adjust them manually. A ‘Video In’ feature, is if there, can select only composite and S-Video feeds. The ‘Component In’ feature can facilitate through the selection of the component inputs as well. The presence of the ‘2CH’ feature helps in selecting the listening mode to use when a two-channel signal is detected. The ‘Dolby Digital’ feature can ease the selection of the listening mode to use when a Dolby Digital signal is detected. Through the ‘DTS’ feature, one can select listening mode to use when a DTS signal is detected. The unique ‘Main Advanced’ feature goes to another layer that allows for preference selection of incoming signals, i.e. digital, analog and auto etc as well as the option to bypass all digital stages for analog sources. OSD and S-Video selections are also made here. The ‘Zone 2 Advanced’’ feature helps in the selection of the type of signal to be used for Zone 2 operation, i.e. analog, digital and auto etc. Unless you will only be using analog or digital inputs, auto should be your choice, as it will not lock out either signal. The ‘Record Advanced’ option, if available, controls inputs or outputs and levels for recording to an external source such as a CD-R. Of particular note is the Digital Bypass that will pass a digital signal unaltered so as to maintain its original sample rate. Lexicon, Philips, Sony, Harmon Cardon and JVC are amongst the few recommended companies.