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Renkus-Heinz
View more SysTune Software
View more Recording
| Quantity | 2 |
| Condition | Brand New |
| Location | Europe |
| Previous Use | Demo/Refurb |
| Warranty | 2 Year |
New condition. Great working software.
(1) Software
(2) License keys
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Ever since, we??ve researched the science and technology of sound. Several of our innovations have been awarded US patents. Each discovery opens new avenues for investigation, fresh opportunities for improvement. After 20 years of development,...
SysTune represents a remarkable - if not incredible - step forward in its ability to take accurate acoustical measurements in real time even when an audience is present.
? No more rushing to complete your final tuning before the crowd arrives - and then hoping you correctly accounted for the crowd's affect on performance.
? No more having to take acoustical measurements in an empty room or stadium and then factor in the difference an audience will make.
? No more having to guess at delay settings and suffer with erratic measurement results.
? No more running around in a Venue with a single microphone or hand held RTA and then trying to equalize the system blindly.
Ever since, weâ??ve researched the science and technology of sound. Several of our innovations have been awarded US patents. Each discovery opens new avenues for investigation, fresh opportunities for improvement. After 20 years of development, the real excitement is just over the horizon. Thatâ??s why our founder Harro Heinz can still be found in our facility every day. Thatâ??s why our team of dedicated professionals canâ??t stop taking work home at night. Thatâ??s why discriminating audio professionals worldwide rely on us to help them set new standards of reference in sound reinforcement. Integrated Systems The packaged loudspeaker system with transducers, waveguides, filter network, enclosure and hardware is todayâ??s standard. Back in â??79 the concept was unorthodox, but weâ??ve always believed that better ideas will find their way into the hands of demanding professionals. Our first innovations (like US patent #4,336,425) came out of new thinking about compression drivers, but we realized that components yield only incremental improvements. The real performance breakthroughs come from using all the available tools â?? acoustic, mechanical, electrical and electronic â?? to bring reproduction closer to reality. Over a decade ago we introduced the first integrated systems, exploding boundaries that separated packaged loudspeakers from signal processing, power amplification, cabling and hardware. Today our engineers are equally at home with acoustics and electronics. Integrated systems design requires understanding a broad range of parameters, from matching amplifier output to transducer power handling, to precise setting of critical signal processing functions, to optimizing gain staging. Precision adjustment of limiter behavior, crossover frequencies and slopes, equalization and delay is a time-consuming, data-intensive process, but the results are worth it. Our integrated systems approach eliminates the frustration of verifying proper system setup and tracking down faults. The system designer and operator are free to focus on enhancing the listening experience, rather than trying to make the system work by adjusting critical parameters like driver protection, crossovers and EQ "on the fly." We build integrated systems as small as a single enclosure and as large as a high-output, wide coverage multi-element array. Itâ??s all part of our search for new reference points in sound system performance.
Sound recording is a form of recording or reproduction using electrical and mechanical translation of the sound waves. The sounds recorded are usually spoken voice, instrumental music, singing and sound effects. Audio recording can either be analog or digital. Analog recording uses a transducer such as a microphone to record sounds analogous to the air pressure surrounding the sound being recorded. The analog recorder may use a microphone diaphragm for acoustic sound recording. This microphone is highly sensitive to changes in the pressure of the acoustic sound waves. It records these sounds in graphic representations such as the phonograph that records grooves with a stylus. Sound waves from electronics can be directly reproduced from the pickups of an electric guitar or synthesizer. These are commonly used by musicians to hear how well they are doing during a recording session. Digital recording is the direct recording of audio or video into a storage device that records it as binary numbers representing the modifications in atmospheric pressure of the sound. The record can be stored and read back to be reproduced. This type of recording is more accurate and is more resistant to errors compared to analog recording. Both however have their own limitations. The analog system is bound by the capabilities of the medium and circuits used to record. In the digital system, the ratio of signal to noise is bound by the bit depth of the modification from analog to digital. Natural noise is a common limitation of both recording systems.
