1  Our advanced technology has improved during 40 years, the sound of the Radio stations in 50 countries  Use arrow keys to change slides    change.

Slides:



Advertisements
Similar presentations
1 Presenters notes... to help you … At the bottom right of each page there is a page number, when the slide has finished an automated sequence a small.
Advertisements

AK500N THE ULTIMATE MQS NETWORK AUDIO PLAYER.
Department of Computer Engineering University of California at Santa Cruz MPEG Audio Compression Layer 3 (MP3) Hai Tao.
Copyright TVPC 2004 TVPC: The PC for the TV Generation “Breaking the Boundaries of Digital Entertainment”
AVQ Automatic Volume and eQqualization control Interactive White Paper v1.6.
Audio Signal Flow By Jodi Kidneigh Week 1 IMPMOOC.
Inputs: Digital and 4 configurable for Digital or 10 bit Analog Outputs:4 - 8 amp Relays or 700ma Transistors (1 PWM) 4 Line by 18 Character fully.
2 OPTIMOD-TV 8382 The all-digital OPTIMOD-TV 8382 Audio Processor can help you achieve excellent audio quality and loudness consistency in analog television.
MERGING MODERN TECHNOLOGY… MERGING MODERN TECHNOLOGY… WITH THE ART OF PIPE ORGAN BUILDING!
D-901 Digital Mixer.  Rack-mount digital mixer  Modular design — up to 12 inputs and 8 outputs  Installed sound applications such as audio/visual,
Speech Compression. Introduction Use of multimedia in personal computers Requirement of more disk space Also telephone system requires compression Topics.
4/14/2017 7:01 PM (FIRST SLIDE).
Orban 8200 Digital Audio Processor with Stereo Encoder
Introducing.
FREQUENCY CONTROL MODES OF ET 91 To learn more click on note! END to END Loss Measurement Group Delay Distortion Measurement Frequency Tracking with Sweep.
AUDIO COMPRESSION TOOLS & TECHNIQUES Gautam Bhattacharya.
Audio Consoles Digital & Analog Use arrows key to change slides Solidyne.
HD Overview & System Integration
Challenges in Digital Age for African Radio Broadcasters
Digital Representation of Audio Information Kevin D. Donohue Electrical Engineering University of Kentucky.
1 Digital Audio Compression. 2 Formats  There are many different formats for storing and communicating digital audio:  CD audio  Wav  Aiff  Au 
OPTIMOD 8500 is Orban's flagship FM processor. It builds on the successful sound of the 8400 version 3 by doubling the sample rate and DSP horsepower.
1 Multimedia Systems 1 Dr Paul Newbury School of Engineering and Information Technology ENGG II - 3A11 Ext: 2615.
IT-101 Section 001 Lecture #15 Introduction to Information Technology.
 D-STAR is an open standard for digital voice and data on Amateur Radio  One of several digital modes in Amateur Radio  Developed by Japan Amateur.
1 Audio Compression Multimedia Systems (Module 4 Lesson 4) Summary: r Simple Audio Compression: m Lossy: Prediction based r Psychoacoustic Model r MPEG.
LOOK 8/19/2015Theatre Arts 1(T) Sound: Properties and Functions Theatre Arts 1(T)
My DJ Equipment Wish List By: Najah Leiwn. Headphones Definition: A pair of earphones typically joined by a band placed over the head, for listening to.
Physics 1251 The Science and Technology of Musical Sound Unit 2 Session 14 MWF Human Perception: Loudness Unit 2 Session 14 MWF Human Perception: Loudness.
“TMS320C5505 USB Stick Teaching Materials”
THE RADIO OF THE FUTURE Natarajan.P No. 17 S7 Electronics & Comm. PTDC College of Engineering, Thiruvananthapuram.
Microphone Integration – Can Improve ARS Accuracy? Tom Houy
Assisted Listening Language Translation Tour Guide Systems.
Modular Entertainment System
Dynamic Range and Dynamic Range Processors
Introduction to Audio. What is "Audio"? Audio means "of sound" or "of the reproduction of sound“. Specifically, it refers to the range of frequencies.
DIGITAL RECORDING SYSTEM Installation Setup Wizard About Our Software.
1 Audio Compression. 2 Digital Audio  Human auditory system is much more sensitive to quality degradation then is the human visual system  redundancy.
Callender Design June 2004 Project Manager: Marie E. Callender.
IMGD-1001 The Game Development Process Game Audio (Content by professor Brian Moriarty)
Basic Concepts of Audio Watermarking. Selection of Different Approaches Embedding Domain  time domain  frequency domain DFT, DCT, etc. Modulation Method.
Image Processing Architecture, © 2001, 2002, 2003 Oleh TretiakPage 1 ECE-C490 Image Processing Architecture MP-3 Compression Course Review Oleh Tretiak.
Hands-on Teleoperation TARET Winter School Villach, February 5 –16, 2007 Darko Hercog.
Objectives To be able to understand how radio was invented and by who To gain an understanding of how radio has developed over the centuries and the difference.
An Introduction to the G Range. Mechanics and aesthetics Designed by one of Meridian’s founding fathers – Allen Boothroyd Available in Meridian black.
IntroductiontMyn1 Introduction MPEG, Moving Picture Experts Group was started in 1988 as a working group within ISO/IEC with the aim of defining standards.
1/27/2016Tech I Lighting Unit1 Sound: Properties and Functions Technical Theatre I.
EE5359 Multimedia Processing Project Study and Comparison of AC3, AAC and HE-AAC Audio Codecs Dhatchaini Rajendran Student ID: Date :
SOUNDS RECORDING AND REPRODUCTION The Volume of the Wave n The Amplitude is a measure of volume n The wave pink is softer than the blue wave. n It represents.
Remote Operation with RemoteHams.com Luis V. Romero – W4LT WCF Technical Conference 2016.
1 XVU product 14 March 2016 Arthur HUANG. 2 Confidential Property of Schneider Electric XVU: Next generation tower light.
Submitted To: Submitted By: Seminar On Digital Audio Broadcasting.
Copyright © Texas Education Agency, All rights reserved.1 Digital & Interactive Media Digital Audio Editing.
Digital Audio Hygiene Alistair Hirst OMNI Audio Theory and Practice.
IT-101 Section 001 Lecture #15 Introduction to Information Technology.
Digital Ham Radio An Introduction to DMR and Fusion
AVQ Automatic Volume and eQualization control
2N Net Audio System.
Sound Card A sound card (also referred to as an audio card) is a peripheral device that attaches to the ISA or PCI slot on a motherboard to enable the.
Sound Card A sound card (also referred to as an audio card) is a peripheral device that attaches to the ISA or PCI slot on a motherboard to enable the.
Digital & Interactive Media
Head Phone By Yash jain ECE.
AVQ Automatic Volume and eQqualization control
The all-new Omni
Overview Communication is the transfer of information from one place to another. This should be done - as efficiently as possible - with as much fidelity/reliability.
Differences in XAP vs. Vortex
A Smartphone App-Based
Basic Concepts of Audio Watermarking
e-PLUS Lab5 Language Lab System
Technician License Course Chapter 3
Presentation transcript:

1  Our advanced technology has improved during 40 years, the sound of the Radio stations in 50 countries  Use arrow keys to change slides    change slides Audio Processors for AM & FM

2 We started at 1968 the manufacture of audio processors for radio stations… Our competition at 1968 were CBS Labs, RCA, Gates and Telefunken…. …All those companies disappears from the processor market… Now Solidyne with 40 years of continuous innovations is the world oldest company; then, only Solidyne is able to offer your the largest experience in this field !

3 Our superior experience is a guarantee of the audio quality of our processors  The design and manufacture of audio processors is an Art and a Science… It is like manufacturing violins…  We spend many years of research and publication of many scientific papers. Our 40 years of full commitment will help your radio to sound better and to improve your coverage  Now we will show you a brief description of the psychoacoustics involved in audio processing technology

4 The psychoacoustic process starts at the internal ear Nervous fibers goes to brain

5 The basilar membrane is located at the internal ear The basilar membrane of 30 mm length, has many vibration cilias connected to about nervous fibers

6 The standing acoustic waves produces excitation of the cilias. The movement activates the nervous fibers  Each audio tone produces excitation according your audio frequency  According to the audio frequency, different zones will be activated 2 pure tones excitation 7 simultaneous tones

7 In order to get the auditory sensation of strength and loudness, it is necessary the excitation of almost all the basilar membrane

8 Unprocessed music and voice usually only gives excitation to a couple of bands Position occupied at Basilar membrane f1 f2

9 Multiband audio processors elevates the sound energy of all audio bands by individual compression and digital limiting 160-2khz 2k- 6 khz 6k–15 khz Audio Input Band Filters Audio compression Hz SUM OUT Limiter

10 After audio processing all audio bands has high excitation at the Basilar membrane Position at basilar membrane High basilar membrane excitation = loudness sensation

11 Masking of audio bands  Masking is the property of the ear to avoid the hearing of some tones due the presence of other tones at high level  This property of the ear allows the processor designers to use high compression ratios without loss of the audio quality  If you are interested in learning more, we recommend you the AES paper: “Multiband Audio Processing and Its Influence on the Coverage Area of FM Stereo Transmission”, by O.Bonello, Journal of the Audio Engineering Society, New York, March, 2007 ( Masking of audio due to 3 pure tones of 0,25, 1 & 4 Khz

12 A good audio processor improves the sensation of audio quality  We spend thousand of hours during 40 years, hearing on air AM & FM transmissions in order to get the best sound quality

13 A good audio processor increases the coverage area of AM & FM Radio Stations  Audio processing increases the energy of the audio signal  The coverage area will increase between 50 to 80 %  Not convinced ? Please read a scientific demonstration at:  O.Bonello, “New Improvements in… “ JAES vol 24 Journal of the Audio Engineering Society (USA), June 1976 (  O.Bonello, “Multiband Audio Processing…”, Journal of the Audio Engineering Society, New York, March, 2007 (

14 Now we will see the best audio processors… at a price you can afford

15 Solidyne 562 DSP Evolution Digital Signal Processing  Evolution 562dsp is a five bands audio processor with dual display  Designed for the people that needs the best sound of the market

16 Solidyne 562dsp Digital Signal Processing  10 stages of audio processing with 30 preset memories  Option for digital AES-3 in/outs and for internal RDS coder  Advanced 48 bits processing gives the advantage of the bright digital sound, along with the smooth quality of analog sound  The IP models can be connected to Ethernet LAN to be managed remotely from Internet using TCP/IP Other competitive units have intermodulation distortion at high levels Solidyne dsp processors cancels at all the IM !

17 Solidyne 562 DSP Digital Signal Processing  562 dsp is the only at market that has the excellent audio quality of the high end audiophile audio systems  Please hear our audio demos at Internet and compare…

18 562dsp is the world only broadcasting audio processor that includes the 3D sound of the SRS WOW license In 2006 Solidyne sign an agreement with SRS Labs, California, USA for using the SRS WOW special effects technology SRS LABS is a world leader in surround sound and its technology is widely used by the Hollywood Movie industry You can hear an audio demo in our website Using the 562dsp, your Radio station will sound like the Star Wars!

19 Solidyne 562dsp y 462dsp Digital Signal Processing When you open the MIC fader the 462 / 562 changes to a voice setting allowing you to get the best sound for your voices Using our exclusive VIRTUAL RACK software you can easily manage from PC all the settings for different musical styles Option TCP/IP IP models have direct connection to Ethernet LAN. You can control processing parameters from Internet

20 Solidyne 562 DSP Digital Signal Processing  Adjustment is very easy including icons and block diagrams  It has many factory preset adjustments. You can go on air immediately !

21 Our exclusive Virtual Rack technology offers you the best way to control a digital audio processor Connecting a PC via serial port or USB adapter, you can create and modify programs from a PC using the software Virtual Rack that comes with each 562dsp This unique system generates on your screen a rack of virtual audio processors to simplify the management of 562dsp. When using automation software, like Audicom, each time a song is reproduced the 562dsp changes its processing parameters according to the type of music Only Solidyne offers you this powerful system !

22 Solidyne 562 DSP Digital Signal Processing The creation of an audio processor for excellence is based on how the human ear perceives the sounds Manufacturing processors is like to make violins… We do not have 200 years of experience... but we are the most experienced audio processor factory, researching and manufacturing equipment since 1968

23 Orion 462dsp Digital  Remote controlled using Virtual Rack technology  AM & FM models with stereo coder  Four bands with digital 24 dB/octave filters  DSP processing with 48 bits for perfect sound quality  High performance stereo coder with 75 dB separation

24 Solidyne 462dsp Digital Signal Processing  Option for digital AES-3 in/outs and for internal RDS coder  Advanced 48 bits processing gives the advantage of the bright digital sound, along with the smooth quality of analog sound  The IP models can be connected to Ethernet LAN to be managed remotely from Internet using TCP/IP Other competitive units have intermodulation distortion at high levels Solidyne dsp processors cancels at all the IM !

25 Orion 462dsp Digital Connecting a PC via serial port or USB adapter, you can create and modify programs from a PC using the software Virtual Rack that comes with each 462dsp This unique system generates on your screen a rack of virtual audio processors to simplify the management of 462dsp. When using automation software, like Audicom, each time a song is reproduced the 462dsp changes its processing parameters according to the type of music

26 Orion 462dsp Digital  Digital stereo coder with 16x oversampling  Distortion: < 0,003 %  > 95 dBA dynamic range  75 dB channel separation The best MPX quality at the market Output spectrum

27 Orion 462dsp Digital  Excellent manufacturing quality with PCI cards hand finished. Only Solidyne gives you a full FIVE YEARS Guarantee  Nice and solid 3D aluminum cast front panel

28 Low Cost analog audio processors Low Power FM stations and community Radios

29 AudiMax 362: the high end analog sound  For low budgets but audiophile ears, the AudiMax 362, 3 bands analog processor has seven processors inside the cabinet, plus stereo coder  Very easy to adjust  You do not need anymore an engineer to set the best sound. Controls are fool proof; you can not make mistakes

30 AudiMax 362: the high end analog sound  The 362 has automatic adjustment of input level. Fits any professional console model and to all operators (even the most novice...)  because it has auto-level to achieve the 100% modulation

31 AudiMax 362: the high end analog sound  The 362 offers the classic sound of analog processing of high technology. But better… listen to the demo

32 When you decide to purchase an audio processor you know that the brand name is very important… … Then; Why you must decide to purchase Solidyne ?

33 1 Research and publication of scientific papers is very important  If one company do not have published papers, then they do not research. They only can give you bad imitations of the best equipments

34 Solidyne made research during more than 40 years. We have many published papers about audio processing and 11 invention patents

35 We have more than 150 papers and technical articles published

36 2  We start manufacturing audio processors in 1968; more than 40 years ago  Now there are about units sold in 50 countries Solidyne is the most experienced manufacturer of audio processors

37 3  Solidyne gives you a CD demo or you can download demos from our website Solidyne gives you real audio demos recorded from air during a true FM transmission

38 Audio Processing  Thank you very much for your time