North America:
+1 800 231 9673
Caribbean and Latin America:
+1 786 437 1960
Europe, Middle East & Africa:
+44 (0) 118 964 8200
Asia, Pacific Rim:
+852 2776 0628
DTS Neural Technologies provides advanced audio processing technology that is utilized with Harris core processing products such as the 6800+™ flexible modular products, the NEO® advanced system products and the X85™/X75™ multiple application processors.
Key benefits:
Economy
Enables you to move to 5.1 surround sound
using your existing stereo audio infrastructure.
Proper Video-to-Audio Timing
Add an "upconvert" to your audio signal while
upconverting your video signal to maintain
proper video-to-audio timing.
Improved "Audio Experience"
Any audio signal can be processed to a pleasing
5.1 before compressing, and loudness control
can be added for those annoying level changes
that occur between differing programs and
commercials.
Integrated, Efficient Signal Processing Workflow
DTS Neural Surround™ products have a fixed
propagation delay with an additional
user-settable delay. When integrated with Harris
6800+, NEO or X85/X75 products, a
corresponding video delay can be easily added
to maintain proper video-to-audio timing for
correct lip sync.
These new audio processing products enable the television broadcaster to provide an improved audio experience in the home.
Techniques such as downmixing with watermarking, upmixing and loudness control are now available.
Downmixing with watermarking allows the carriage of surround sound audio over stereo infrastructure with upmixing occurring before the distribution of audio utilizing Dolby® Digital AC-3 encoding. Upmixing any audio signal at the same point in the system provides surround sound at all times. The downmixed stereo signal may also be upmixed in the home using the latest generation receiver/amplifiers.
Loudness control has always been an issue for television. Using new audio processing techniques, it is possible to provide an analysis and measurement of the “loudness” of a signal using industry standards with enhanced methods using human perception analysis.