The birth and application of self-adaptive sound field processors will enable ex isting audio systems to achieve the best sound field effects, leveraging the sound field processing capabilities that cannot be replaced by other sound processors in the international industry. They are truly artificial intelligence sound engineers, To ensure the quality of audio system engineering and the stability of sound field control, this product plays the role of on-site monitoring and automatic operation and maintenance by a sound engineer. When applied to the upgrade of existing huge cache of audio engineering systems, it will effectively change the sound effect of the original system, improve the audience's excellent listening experience, and bring new and unprecedented best sound effects to end users.
Therefore, we have reason to believe that the invention of this technology and the application of its products in engineering design will become the best partner and indispensible tool for audio workers, and will become a must-have choice for all audio system engineering designs now and in the future.
When choosing this adaptive sound field processor, it is recommended to use the Studiomaster N48 digital audio processor in combination, which can not only improve the original sound quality of the speaker, but also solve the high-quality sound field effect on site. It is a highly advantageous systematic and partner-like audio intelligent work platform.
FPGA High Order Real Time FIR Acoustic Phase Calibration Technology
Significantly improve the clarity of the mix and achieve precise flat response of sound frequency
With the specific requirements of professional sound reinforcement application scenarios, commensurate professional sound reinforcement systems have also become diversified. The speaker selection and layout are also becoming more complex, so that more coherent audio content in the same space is amplified by multiple speakers at the same time. Serious acoustic interference problems thus follow. The phase distortion and comb filtering caused by the interaction between complex frequencies seriously affect the sound quality level, These impacts will also far exceed the capabilities of traditional DSP audio phase processing, and the system delay generated by the audio processing mechanism of serial computers will also become an important factor affecting the quality of sound reinforcement. Audio system engineers need to spend a lot of time solving this problem.
When operating SM46, only frequency pickup is required in the listening area. The powerful FPGA operation core performs 4096 high-order automatic frequency phase calibration on the picked signal, completing all the work of sound field calibration and optimizing frequency response from frequency pickup to obtain high-quality processing results in just a few seconds, and the system delay generated by its operation will also be less than 0.25 milliseconds. Operators can even design and define the overall style of frequency response by manipulating the frequency response curve design function in the software.
SM46 has a tell-tale improvement in optimizing the electronic sound field and significantly improves the final audio processing effect. SM46 will become the super tool that every system engineer dreams of.
Wireless remote management
Simplified and convenient operation
High order FIR
0.25M ultra-low delay
Powerful FPGA chipset computing
Standardized network protocol connection
The birth and apdicstion af selfadaptive sound fie ld procv the bestsound fied ef fectsleveraging the sound fied processing canabiites that cannat be rep lsced by athersound pracessors in the intemnations. industry.They areruly artificis! nteligence sound enginee s, To ensure the gus lity gf audi system enginee ing and the stability af sound fiald cantrdl. thisprod uctplsys the rale af ansite manitarin g and auto ma te pera ton and msin tenance by a sound engineet When apolied to the upgrade atexisting hupe cache af audio enginearin g syslems, it wil ef fetively change the sound efecl af the arignal systam, imprave the audianc esexcellent listening experienoe and brin g new and unprec edentedbestsound effecis to end users
Therefare, we have ressan to be lieve thst the inven tan af this technol gy and the apdlicstian af itsproducls in engine ering design willbecame the best par ter and indispensible toal far audia warkersand will became a musthave chaice far all audia system engineerin gdesignsnow and in the future.
When choo sing this adantiv sound field proce ssa. it is recammended to use the Stud iamaster N48 digtal audia p a cessor in cambinatianwhich can notonly impove the rigina sound quality of the spe aar,but als satve the highequality sound field effect an site. it isa highlyadvan tageous systematic and partner.like audia intelligent wark platfarm.
Suitable for use in Theme park,Performance rental, Sparts venue, Grand theater, LIVE HOUSE, Canferenoe roam,Mulfifunction Roam, Cinems , Television Studiaete
Dedicated lownoise audiotest cable15m
|Analog input||4 x XLR (left and right channels), +24dBu max|
|Analog output||6 x XLR (left and right: subwoofer+bass+MF+HF), +24dBu max|
|Word clock input||1x Input@75 ohms 3vpp on BNC32-192kHz|
|Word clock output||1x Output@75 ohms 3vpp on BNC32-192kHz|
|D/A converter||dynamic range: 120dB THD+N: - 107dB|
|A/D converter||dynamic range: 120dB THD+N: - 110dB|
|Sampling rate||44.1 / 48 / 88.2 / 96 / 176.4 / 192 (kHz|
|Electrical specification||AC universal input: 95-245V ; Power consumption: 20W max|
|Measurement microphone M480|
|Pickup type||Electret capacitive type|
|Head diameter||1/4 "(7mm)|
|Max SPL (SPL)||130dB|
|Balanced noise level||<30dBA|
|Output impedance||<600 ohms|
|Power supply||48V phantom power supply|