Difference between revisions of "Myro"

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'''Myro''' ist die Produktmarke der Fa. [[Michael Weidlich Audio]], die ein deutscher Lautsprecherhersteller mit Sitz in Celle ist. Sie wurde gegründet 1989. <br />
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Under the name '''Myro''' loudspeakers are manufactured by the company [[Michael Weidlich Audio]], which is a German loudspeaker manufacturer based in Celle. It was founded in 1989. <br />
Der Name Myro ist angelehnt an den Maler Joan Miró als eine der schillernsten Persönlichkeiten des Surrealismus, der das Traumhafte und seine Verschmelzung mit der Wirklichkeit darzustellen sucht.
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The name Myro is borrowed from the painter Joan Miró as one of the most dazzling personalities of surrealism, who sought to depict the dreamlike and its fusion with reality.
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{| class="wikitable" border="1"
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|-
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[[File:Logo.JPG]] <br />
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[[File:P mw logo kl02.png]]
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[[File:Slogan 3001 10 1699330362.png]]
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|
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<gallery>
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A 022449 coal cut 900x506.jpg
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</gallery>
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|}
  
[[Datei:Logo.JPG]] <br />
 
[[Datei:P mw logo kl02.png]]
 
[[Datei:Slogan 3001 10 1699330362.png]]
 
  
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== Company profile ==
  
== Unternehmensprofil ==
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{| class="wikitable" border="1"
Entwicklung und Fertigung impulsrichtiger bzw. zeitrichtiger Lautsprecher mit hohem Anspruch (High End).<br />
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|-
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|
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Development and production of pulse-correct and time-correct loudspeakers with high demands (High End).<br />
  
Entwickler aller Modelle ist Michael Weidlich, dessen Firma Michael Weidlich Audio heute die Modelle unter dem Namen Myro entwickelt und vertreibt. <br />
+
Developer of all models is Michael Weidlich, whose company Michael Weidlich Audio develops and distributes the models under the name Myro. <br />
  
 
<gallery>
 
<gallery>
Datei:Imgp1575.jpg|Michael Weidlich mit [[Myro Amur C]], 2013<br />
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File:Imgp1575.jpg|Michael Weidlich with [[Myro Amur C]], 2013, ©Photo:Georg Stracke, Fa. Klangmeister, Lemgo<br />
Foto: Georg Stracke, Fa. Klangmeister, Lemgo
+
 
 
</gallery>
 
</gallery>
  
'''Zeitrichtige Wiedergabe''' oder '''Zeitrichtigkeit''' (oder auch Impulsoptimierung oder Signalrichtigkeit) bezeichnet den Effekt, dass die abgestrahlten Signale der verschiedenen Chassis (Hoch-, Mittel- und Tieftöner) eines Lautsprechersystems wie beim Live-Original über das gesamte Frequenzspektrum und mit der gesamten Dynamik '''gleichzeitig''' beim Hörer eintreffen. Durch die zeitgenaue Wandlung ist es den Lautsprechern möglich, dem Musiksignal sehr genau zu folgen. <br />
+
'''Time-correct reproduction''' or '''time-correctness''' (or also impulse optimization or signal correctness) refers to the effect that the radiated signals of the various drivers (tweeters, midrange drivers and woofers) of a loudspeaker system arrive at the listener '''simultaneously''' over the entire frequency spectrum and with the entire dynamic range, just as in the live original. Due to the time-accurate conversion, it is possible for the loudspeakers to follow the music signal very precisely. <br />
Musik ist ein dynamischer Vorgang mit unzähligen Einschwingvorgängen. Diese Einschwingvorgänge, auch Transienten genannt, beinhalten die höchsten Spitzen-Amplituden (Schallpegelmaxima) innerhalb der Musik. Sie entstehen bei jedem Anschlagen, Anzupfen, Anblasen oder Anstreichen eines Instruments, bei praktisch jeder gespielten Note. Zudem sind die Transienten maßgeblich für die Erkennung und Ortung von Schallereignissen, was die korrekte Reproduktion der Einschwingvorgänge besonders wichtig macht. Fachmännisch betrachtet gehört die richtige Wandlung von Transienten zu der richtigen Übertragungsfunktion eines jeden Lautsprechers. <br />
+
Music is a dynamic process with countless transients. These transients contain the highest peak amplitudes (sound level maxima) within the music. They occur every time an instrument is struck, plucked, blown or bowed, with practically every note played. In addition, transients are crucial for the detection and localization of sound events, which makes the correct reproduction of transients especially important. From a professional point of view, the correct conversion of transients is part of the correct transfer function of any loudspeaker. <br />
  
Im Laufe von Jahrmillionen der Evolution hat sich das Gehör von Lebewesen auf zwei Aspekte hin optimiert: Beute orten und Gefahr erkennen. In beiden Fällen spielt der impulsartige Charakter von Signalen, d.h. die Transienten, die entscheidende Rolle. Entsprechend wertet das Gehör als erstes jene Signalanteile zur Bewertung und groben Ortung von Signalen aus, die allgemein als erste „Wellenfront“ bezeichnet werden. Erstaunlich ist, dass diese Signale innerhalb von nur ca. 10 Mikrosekunden ausgewertet werden. Diese Zeit umgerechnet in eine Frequenz (mit der Formel f = 1/t) ergibt eine Frequenz von 100.000 Herz!<br />  
+
'''Detailed descriptions of the technical background, development and objectives of the Myro models can be found in the document below and in the [[Myroklopedia]].'''
Musikinstrumente wie beispielsweise Schlagzeuge, Glockenspiele, gezupfte Saiteninstrumente oder Klavier und Flügel erzeugen zahlreiche impulsartige Signale, und selbst weich gespielte Instrumente, wie beispielsweise Geigen, können beim Anspielen des ersten Tons ebenfalls zuerst ein impulsartiges Signal erzeugen. Perfektes Übertragungsverhalten des Lautsprechers im Zeitbereich trägt demnach entscheidend zu einer authentischen Wiedergabe von Musik bei.<br />
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 +
<gallery>
 +
File:Time-correct.pdf|Time-correct, what is it?
 +
</gallery>
 +
 
 +
| [[File:P heaven brass04.png]]
 +
|}
  
Dynamisch zeitrichtig bedeutet, dass der Lautsprecher mit allen Lautsprechersystemen zeitgleich einschwingt und die Einschwingvorgänge in ihrer Charakteristik weitgehend originalgetreu in Richtung Zuhörer abstrahlt. Technisch spricht man dabei von einer konstanten Gruppenlaufzeit über die gesamte Übertragungsbandbreite, welche sich in einer präzisen Rechteckwiedergabe zeigt.
 
  
<gallery>
 
Datei:Rechteck 1 kHz 70.jpg|Beispiel: Rechteckwiedergabe der [[Myro Amur D]]
 
</gallery>
 
  
Steile Filter und eine Verpolung der Chassis gegeneinander scheiden grundsätzlich aus, weil dadurch die Form der Schallwellen stark verzerrt wird. Da flache Filter 1. Ordnung (6 dB / Oktave) nur im theoretischen Idealfall zu einer korrekten Schallsumme führen, entwickelte Michael Weidlich Frequenzfilter, welche die Übertragungsverläufe der einzelnen Chassis derart korrigieren, dass sie im Zusammenspiel äußerst präzise die elektrischen Eingangssignale in Schall wandeln können. Die in den Aufnahmen enthaltenen Zeitbezüge, die entsprechende räumliche Ortung und die Impulsdynamik werden in ihrer vollen Intensität wiedergegeben.  
+
=== History ===
 +
Michael Weidlich was a career changer and self-taught in loudspeaker development. After completing an apprenticeship as a bank clerk, he began working for a company that developed loudspeakers and measuring instruments in Braunschweig. At the end of the 1980s he visited Dynaudio in Denmark. There, oscilloscope measurements were used to point out the signal deformations of frequency filters. Dynaudio's advertising in trade magazines at that time also focused on step response and signal distortion. Michael Weidlich had already given a lot of thought to the impedance linearization of loudspeakers and now developed his first loudspeaker with first order filters. It was the [[Myro Princess]]. His first "time-aligned loudspeaker" was born. From then on, he devoted his attention to the subject of "time-correct reproduction". He got to know a developer and patent holder who dealt with analog computers and built monitoring monitors with analog computers for recording studios. This encounter resulted in an intensive cooperation. Michael Weidlich founded his own company in October 1989.
  
<gallery>
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The company started with a distribution at the beginning through his own hi-fi studio in Celle (Merlin Audio Hifi Studio) at the current company headquarters and was operated:
Datei:11050773 943753218990066 8703926398075487757 n.jpg|Korrekte Bildung einer Schallsumme
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*since 01.10.1989 as Michael Weidlich Schallreproduktionstechnik GbR
</gallery>
+
since the beginning of 1999 as Weidlich Glende Mayer OHG
 +
since May 2001 as Myro OHG
 +
since May 2003 as Myro GmbH &amp; Co. KG
 +
*since June 2015 dissolved as a company and continued as a brand until 2017 by the new company [[Michael Weidlich Audio]]. From 2017, the speakers are sold under the brand Michael Weidlich Audio.
  
 +
In the early years, the in-house developments were offered as kits and as finished speakers, in addition to accessories and electronic components to complement the range. The name ''Myro'' was introduced for the products. <br />
 +
Among the early models of the company were active loudspeakers, in whose crossovers a patented analog computer control (ARS) was integrated, which carried out a pre-control. The characteristics of the drivers were measured beforehand and their deviation from the target curve was fed into the correction circuit. However, this technology proved to be problematic because the trade was concerned about defects and warranty claims. In addition, passive loudspeakers are generally easier to sell. Later, an ARS-equivalent solution was implemented in passive crossovers, and the company went on to design passive loudspeakers. <br>
 +
The same principle of equalizing a mechanical system by means of an analog computer was also applied to a tonearm. In the early 1990s, an analog computer equalization for a turntable was introduced. Among other things, the tonearm resonance was equalized. Result: The record player sounded completely dry and black in the bass, very similar to a CD player. On an oscilloscope you can see how the tonearm resonance and the ripple of the record affect the signal: It literally bounces back and forth. <br>
  
=== Geschichte ===
+
In the meantime, a dealer network developed and other partners joined the company. Due to increasing problems in the cooperation with the specialized trade, however, the company soon switched back to direct sales to the customer. <br /> <br />
Begonnen hat die Firma als ''Michael Weidlich Schallreproduktionstechnik GbR'' mit einem Vertrieb zu Beginn über ein eigenes Hifi-Studio in Celle (Merlin Audio Hifi Studio) am heutigen Firmensitz. Der Name ''Myro'' wurde für die Produkte eingeführt. Die ersten Modelle der Firma waren noch Aktivlautsprecher, in deren Frequenzweichen patentierte Analogrechner integriert waren, um das Impulsverhalten präzise zu gestalten. Diese Analog-Rechner-Steuerung (ARS) war nur in den ersten Modellen enthalten. Später folgte die Umsetzung einer ARS äquivalenten Lösung in passive Frequenzweichen und die Firma konstruierte fortan passive Lautsprecher. <br />
+
In 1998, Hermann Hoffmann of Audio Int'l - distributor of the original [[ESS Heil AMT 1|ESS Heil AMTs]] - Michael Weidlich to develop a range of loudspeaker models, having become aware of the company through a review of the [[Myro Digger's Choice]] in STEREO magazine. Since the invention of the Air Motion Transformer (AMT) by German physicist Dr. Oskar Heil in 1969, a number of developers have worked on the seamless connection of AMT tweeters to midrange systems. Based on the research and development work done, Michael Weidlich succeeded for the first time in time and amplitude accurate synchronization of AMTs with midrange-woofer systems.  
Zwischenzeitlich entwickelte sich ein Händlernetz und es stießen weitere Partner dazu. Es folgte die Umbenennung in ''Myro OHG'' und am 01.01.2005 ein Umzug in Celle an die neue Adresse Neustadt 63 A in ein neu errichtetes Fachwerkhaus mit Hörraum, Büro, Werkstatt und Messraum.  
+
Again more partners and employees joined the company and on 01.01.2005 the company moved to the new address Neustadt 63 A in Celle into a newly built half-timbered house with listening room, office, workshop and measuring room. There was also a demonstration room in the entrance area, but no longer a classic retail shop.  
  
[[Datei:P myro eingang.jpg]]
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{| class="wikitable" border="1"
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|-
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| [[File:P myro haus.jpg]]<br />
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''The Myro house, company headquarters 2005 - 2013''
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| <gallery>
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File:Hoerraum.jpg|The listening room, 2013...<br />
 +
</gallery>
  
Eine weitere Umbenennung in ''Myro GmbH & Co. KG'' erfolgte aus rechtlichen Gründen. Nach dem Ausscheiden der Partner aus der Firma erfolgt der Vertrieb heute ausschließlich von der Firma direkt an den Endkunden. Aus der Firma Myro wurde wieder die Fa. Michael Weidlich AUDIO, welche weiterhin unter dem Namen Myro vertreibt. <br />
+
<gallery>
Neben den eigenen Modellen erfolgten auch Entwicklungen für andere Unternehmen unter anderen Markennamen. <br />
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File:IMG 4672 900x600.jpg |... and the view in the other direction
Eine weitere Spezialität der Fa. Michael Weidlich Audio ist außerdem die Entwicklung kundenspezifischer Modelle für Endkunden in der Stückzahl eins. Aufgrund eines solchen Projektes entstanden z.B. die [[Myro Didge-Box]], die beiden [[Myro Time Subwoofer]] und die aktuelle [[Myro Spirit]], welche anschließend in die Serie übernommen wurde.
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</gallery>
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|
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<gallery>
 +
File:MYRO Weidlich Mayer.pdf|Company portrait 2006
 +
file:529853 2129975504768 1130666865 n.jpg|yAudio Hifi-Studio
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</gallery>
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|}
  
Neben der [[Myro Lautsprecher]]produktion entstanden mehrere klanglich sehr hochwertige Musikaufnahmen unter Michael Weidlich als Tonmeister.  
+
A further renaming to ''Myro GmbH &amp; Co. KG'' took place for legal reasons. After the partners left the company, the company Myro became again the company ''Michael Weidlich AUDIO'', which continues to distribute under the name ''Myro''. There were again developments for other brands or distributors:
 +
* in 2014 the [[Wild Thing]] for the distribution Wildland.
 +
* in 2015 the [[Genuin Pulse]]
 +
* in 2016, the [[AMT Statement]] for Audio Int'l.  
 +
* in 2019 the [[Sapphire Star]] and in 2020 the [[Sapphire Polaris]]<br />
  
 +
Since the combination of Myro speakers with [[Sauermann]] amplifiers had proven to be sonically advantageous, in 2017, for the first time in a long time, a speaker with an integrated amplifier was created, the [[Myro Profidelity]], which was explicitly also intended for professional use in recording studios.<br />
  
=== Messtechnik ===
+
In addition to the [[Myro loudspeaker]] production, several music recordings of very high sonic quality were made under Michael Weidlich as sound engineer. <br />
Unverfälschte Messergebnisse erfordern ein präzises Messsystem:
+
Another speciality of the company Michael Weidlich Audio is the development of customized models for end customers as unique specimens. Due to such a project, e.g. the [[Myro Didge-Box]], the two [[Myro Time 1 Bassmodul]]s as well as the [[Myro Whisky]] and the [[Myro Spirit IV]] were created, both of which were subsequently taken over into series production. <br />
*Myro verwendet das ATB Precision, ein computergestütztes Messgerät der Firma Kirchner-Elektronik mit zusätzlicher Dynamic Measurement Software.
 
*Für die perfekte Verstärkung der Messsignale dient eine Verstärker-Endstufe Audionet AMP I.  
 
*Zur Aufnahme des Schalls wird ein hochpräzises Mikrofon der Firma Microtech Gefell verwendet, das Kondensatormikrofon MK 301 mit entsprechendem Mikrofonvorverstärker und Netzgerät. Dieses Mikrofon besitzt eine hervorragende Linearität und einen Übertragungsbereich bis 100 kHz.
 
  
Die Messungen finden im wesentlichen im firmeneigenen reflexionsarmen Raum statt.
+
'''The [[http://www.myro.de/hai-fidelity/html/hai-revolution.html Shark Fidelity]]'' project'''<br />
 +
In 2006, Myro launched a crowdfunding project to develop a standalone speaker that would not be derived from the concept of other Myro speakers. To this end, the wishes of potential buyers, the "Hai-Society", for a new speaker model and money for its development were collected in an account.
  
[[Datei:P 050101.jpg]]
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<gallery>
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P calculation 650.jpg|Calculation during crowdfunding and speaker direct sales<br />
 +
</gallery>
  
===== Dynamic Measurement =====
+
=== Model policy ===
Myro hat in Kooperation mit einem Messgerätehersteller ein Messverfahren entwickelt, das auf der Basis von Oszilloskopmessungen eine detaillierte Analyse des Lautsprecherverhaltens ermöglicht. Aus dieser Kooperation ist am 1. Juni 2000 die Firma ''Dynamic Measurement OHG'' am Firmensitz von Myro entstanden, welche sich im gemeinsamen Besitz der Fa. Myro und Leo Kirchner befand.<br />
+
As a rule, Myro does not offer type series as other manufacturers do, where there are various gradations of the same concept from compact loudspeakers to large floor-standing loudspeakers. On the other hand, most of Myro's models are developed as individual products. Each size and price range requires a special solution due to the demand for timing accuracy / signal accuracy.
Das gleichnamige Messverfahren vermittelt dem Betrachter ein einfaches Bild über die Wandlerfähigkeit von Lautsprechern. Dies ist möglich durch den einfachen Vergleich von Signalformen. Details von Schallstrukturen sind ebenso vergleichbar wie komplexe Signalstrukturen.<br />
+
This gives the advantage of being able to optimise a concept for its application without compromising on the derivation of further models. The best possible optimization of a loudspeaker concept is preferred to a variety of models.  
Lautsprecherentwicklern hilft dieses Verfahren bei der Interpretation von Standardmessmodellen in Bezug auf originalgetreue Signalreproduktion.
 
  
 +
{| class="wikitable" border="1"
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|-
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|
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[[File:P 050101.jpg]]
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|
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=== Dynamic Measurement ===
 +
Myro has developed in cooperation with a measuring instrument manufacturer a software for a measuring method, which makes a detailed analysis of the loudspeaker behaviour possible on the basis of oscilloscope measurements. From this cooperation the company ''Dynamic Measurement OHG'' was founded on June 1, 2000 at Myro's headquarters, which was jointly owned by Myro and Leo Kirchner.<br />
 +
The measurement method of the same name gives the observer a simple picture of the transducer capability of loudspeakers. This is possible through the simple comparison of signal shapes. Details of sound structures can be compared as well as complex signal structures. Loudspeaker designers find this method helpful in interpreting standard measurement models in terms of faithful signal reproduction. [[Can sound be measured?]]<br />
 +
The system found use in the automotive industry and in a major US film and music company, among others. The software was bound to the hardware and with the end of the Kirchner ATB measuring device therefore also the distribution of Dynamic Measurement came to an end.
 
<gallery>
 
<gallery>
Datei:P 0300.jpg
+
File:P 0300.jpg
 
</gallery>
 
</gallery>
  
== Produkte ==
+
|}
* [[Myro Lautsprecher|Lautsprecher]]
+
 
* Tonträger [[Myro records Musikproduktion|Myro records]]
+
== Products ==
* Tonträger [[Katzenberger Musikproduktion|Katzenberger Musikproduktion]]
+
* [[Myro speakers|Loudspeakers]]
* [[Künstleragentur Mayerstro|Künstleragentur Mayerstro]]
+
* Sound carrier [[Myro records Musikproduktion|Myro records]]
 +
* Sound carrier [[Katzenberger music production|Katzenberger music production]]
 +
* [[Mayerstro artist agency|Mayerstro artist agency]]
  
 
== Patent ==
 
== Patent ==
*DE19528904 C1 ''Wandler zur Umwandlung von Wechselströmen in mechanische Bewegungen einer elastisch aufgehängten Masse ''
+
*DE19528904 C1 ''Transducer for the conversion of alternating currents into mechanical movements of an elastically suspended mass''<br /> ''(Electromechanical transducer for low frequency loudspeaker)'''
 +
 
 +
[http://www.patent-de.com/19970410/DE19528904C1.html Beschreibung]
 +
 
 +
The patented technology was used in several models as a ''"bass boost bass reflex"''. In this case, an internal woofer driver in the cabinet works together with the external bass-midrange driver on a common bass reflex enclosure.
  
 
== yAudio ==
 
== yAudio ==
[[Datei:YAudio-300x160 y990033 Audio003366.jpg ]]
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[[File:YAudio-300x160 y990033 Audio003366.jpg]]
 +
 
 +
''<text> <text>''<br />
 +
 
 +
'''yAudio meeting''''
 +
 
 +
Date: '''04/08/2018''''<br />
 +
Time: 1 pm <br />
 +
End: 16 - 17 o'clock<br />
 +
Location: near Lüneburg; will be announced after registration.<br />
 +
 
 +
You can hear the AMUR D with the new stands and as a "world premiere" the CELLENSIS.<br />
 +
Streamer and Ripp drive from MELCO will also be main topics.<br />
 +
The exact program will follow.<br />
 +
 
 +
Registrations please under yaudio@gmx.de<br />
 +
The number of participants is limited.
  
''<text> <text>''
 
  
''Am Sonntag, den 22.11.2015 veranstalten wir das nächste yAudio Treffen in München.<br />
+
[[File:IMG 6656 20.jpg]]<br />
''Bitte vormerken und weitersagen!''<br />
+
''Wildland listening room with [[Wild Thing]] and T+A Music Receiver''
''Zum Inhalt vorerst, dass wir Verstärker vergleichen u.v.m..''<br />
 
http://open-end-music.de/vb3/showthread.php?t=9540
 
  
== Weblinks ==
+
== Web links ==
 
http://www.myro.de<br />
 
http://www.myro.de<br />
 
http://www.weidlich-audio.de<br />
 
http://www.weidlich-audio.de<br />
Michael Weidlich AUDIO bei [https://www.facebook.com/Michael-Weidlich-AUDIO-620835081281883 FACEBOOK]
+
http://www.weidlich-audio.com<br />
 +
http://www.michael-weidlich.com<br />
 +
http://www.weidon.de<br />
 +
Michael Weidlich AUDIO at [https://www.facebook.com/Michael-Weidlich-AUDIO-620835081281883 FACEBOOK]
 
<br />
 
<br />
 
http://www.yaudio.de/<br />
 
http://www.yaudio.de/<br />
 
http://www.katzenberger-music.com
 
http://www.katzenberger-music.com
  
[[Kategorie:Hersteller]]
+
[[Category:Manufacturer]]
[[Kategorie:Lautsprecherhersteller]]
+
[[Category:Loudspeaker manufacturer]]

Latest revision as of 13:14, 30 December 2020

Under the name Myro loudspeakers are manufactured by the company Michael Weidlich Audio, which is a German loudspeaker manufacturer based in Celle. It was founded in 1989.
The name Myro is borrowed from the painter Joan Miró as one of the most dazzling personalities of surrealism, who sought to depict the dreamlike and its fusion with reality.

Logo.JPG
P mw logo kl02.png Slogan 3001 10 1699330362.png


Company profile[edit]

Development and production of pulse-correct and time-correct loudspeakers with high demands (High End).

Developer of all models is Michael Weidlich, whose company Michael Weidlich Audio develops and distributes the models under the name Myro.

Time-correct reproduction or time-correctness (or also impulse optimization or signal correctness) refers to the effect that the radiated signals of the various drivers (tweeters, midrange drivers and woofers) of a loudspeaker system arrive at the listener simultaneously over the entire frequency spectrum and with the entire dynamic range, just as in the live original. Due to the time-accurate conversion, it is possible for the loudspeakers to follow the music signal very precisely.
Music is a dynamic process with countless transients. These transients contain the highest peak amplitudes (sound level maxima) within the music. They occur every time an instrument is struck, plucked, blown or bowed, with practically every note played. In addition, transients are crucial for the detection and localization of sound events, which makes the correct reproduction of transients especially important. From a professional point of view, the correct conversion of transients is part of the correct transfer function of any loudspeaker.

Detailed descriptions of the technical background, development and objectives of the Myro models can be found in the document below and in the Myroklopedia.

P heaven brass04.png


History[edit]

Michael Weidlich was a career changer and self-taught in loudspeaker development. After completing an apprenticeship as a bank clerk, he began working for a company that developed loudspeakers and measuring instruments in Braunschweig. At the end of the 1980s he visited Dynaudio in Denmark. There, oscilloscope measurements were used to point out the signal deformations of frequency filters. Dynaudio's advertising in trade magazines at that time also focused on step response and signal distortion. Michael Weidlich had already given a lot of thought to the impedance linearization of loudspeakers and now developed his first loudspeaker with first order filters. It was the Myro Princess. His first "time-aligned loudspeaker" was born. From then on, he devoted his attention to the subject of "time-correct reproduction". He got to know a developer and patent holder who dealt with analog computers and built monitoring monitors with analog computers for recording studios. This encounter resulted in an intensive cooperation. Michael Weidlich founded his own company in October 1989.

The company started with a distribution at the beginning through his own hi-fi studio in Celle (Merlin Audio Hifi Studio) at the current company headquarters and was operated:

  • since 01.10.1989 as Michael Weidlich Schallreproduktionstechnik GbR

since the beginning of 1999 as Weidlich Glende Mayer OHG since May 2001 as Myro OHG since May 2003 as Myro GmbH & Co. KG

  • since June 2015 dissolved as a company and continued as a brand until 2017 by the new company Michael Weidlich Audio. From 2017, the speakers are sold under the brand Michael Weidlich Audio.

In the early years, the in-house developments were offered as kits and as finished speakers, in addition to accessories and electronic components to complement the range. The name Myro was introduced for the products.
Among the early models of the company were active loudspeakers, in whose crossovers a patented analog computer control (ARS) was integrated, which carried out a pre-control. The characteristics of the drivers were measured beforehand and their deviation from the target curve was fed into the correction circuit. However, this technology proved to be problematic because the trade was concerned about defects and warranty claims. In addition, passive loudspeakers are generally easier to sell. Later, an ARS-equivalent solution was implemented in passive crossovers, and the company went on to design passive loudspeakers.
The same principle of equalizing a mechanical system by means of an analog computer was also applied to a tonearm. In the early 1990s, an analog computer equalization for a turntable was introduced. Among other things, the tonearm resonance was equalized. Result: The record player sounded completely dry and black in the bass, very similar to a CD player. On an oscilloscope you can see how the tonearm resonance and the ripple of the record affect the signal: It literally bounces back and forth.

In the meantime, a dealer network developed and other partners joined the company. Due to increasing problems in the cooperation with the specialized trade, however, the company soon switched back to direct sales to the customer.

In 1998, Hermann Hoffmann of Audio Int'l - distributor of the original ESS Heil AMTs - Michael Weidlich to develop a range of loudspeaker models, having become aware of the company through a review of the Myro Digger's Choice in STEREO magazine. Since the invention of the Air Motion Transformer (AMT) by German physicist Dr. Oskar Heil in 1969, a number of developers have worked on the seamless connection of AMT tweeters to midrange systems. Based on the research and development work done, Michael Weidlich succeeded for the first time in time and amplitude accurate synchronization of AMTs with midrange-woofer systems. Again more partners and employees joined the company and on 01.01.2005 the company moved to the new address Neustadt 63 A in Celle into a newly built half-timbered house with listening room, office, workshop and measuring room. There was also a demonstration room in the entrance area, but no longer a classic retail shop.

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The Myro house, company headquarters 2005 - 2013

A further renaming to Myro GmbH & Co. KG took place for legal reasons. After the partners left the company, the company Myro became again the company Michael Weidlich AUDIO, which continues to distribute under the name Myro. There were again developments for other brands or distributors:

Since the combination of Myro speakers with Sauermann amplifiers had proven to be sonically advantageous, in 2017, for the first time in a long time, a speaker with an integrated amplifier was created, the Myro Profidelity, which was explicitly also intended for professional use in recording studios.

In addition to the Myro loudspeaker production, several music recordings of very high sonic quality were made under Michael Weidlich as sound engineer.
Another speciality of the company Michael Weidlich Audio is the development of customized models for end customers as unique specimens. Due to such a project, e.g. the Myro Didge-Box, the two Myro Time 1 Bassmoduls as well as the Myro Whisky and the Myro Spirit IV were created, both of which were subsequently taken over into series production.

The [Shark Fidelity] project
In 2006, Myro launched a crowdfunding project to develop a standalone speaker that would not be derived from the concept of other Myro speakers. To this end, the wishes of potential buyers, the "Hai-Society", for a new speaker model and money for its development were collected in an account.

Model policy[edit]

As a rule, Myro does not offer type series as other manufacturers do, where there are various gradations of the same concept from compact loudspeakers to large floor-standing loudspeakers. On the other hand, most of Myro's models are developed as individual products. Each size and price range requires a special solution due to the demand for timing accuracy / signal accuracy. This gives the advantage of being able to optimise a concept for its application without compromising on the derivation of further models. The best possible optimization of a loudspeaker concept is preferred to a variety of models.

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Dynamic Measurement[edit]

Myro has developed in cooperation with a measuring instrument manufacturer a software for a measuring method, which makes a detailed analysis of the loudspeaker behaviour possible on the basis of oscilloscope measurements. From this cooperation the company Dynamic Measurement OHG was founded on June 1, 2000 at Myro's headquarters, which was jointly owned by Myro and Leo Kirchner.
The measurement method of the same name gives the observer a simple picture of the transducer capability of loudspeakers. This is possible through the simple comparison of signal shapes. Details of sound structures can be compared as well as complex signal structures. Loudspeaker designers find this method helpful in interpreting standard measurement models in terms of faithful signal reproduction. Can sound be measured?
The system found use in the automotive industry and in a major US film and music company, among others. The software was bound to the hardware and with the end of the Kirchner ATB measuring device therefore also the distribution of Dynamic Measurement came to an end.

Products[edit]

Patent[edit]

  • DE19528904 C1 Transducer for the conversion of alternating currents into mechanical movements of an elastically suspended mass
    (Electromechanical transducer for low frequency loudspeaker)'

Beschreibung

The patented technology was used in several models as a "bass boost bass reflex". In this case, an internal woofer driver in the cabinet works together with the external bass-midrange driver on a common bass reflex enclosure.

yAudio[edit]

YAudio-300x160 y990033 Audio003366.jpg

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yAudio meeting'

Date: 04/08/2018'
Time: 1 pm
End: 16 - 17 o'clock
Location: near Lüneburg; will be announced after registration.

You can hear the AMUR D with the new stands and as a "world premiere" the CELLENSIS.
Streamer and Ripp drive from MELCO will also be main topics.
The exact program will follow.

Registrations please under yaudio@gmx.de
The number of participants is limited.


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Wildland listening room with Wild Thing and T+A Music Receiver

Web links[edit]

http://www.myro.de
http://www.weidlich-audio.de
http://www.weidlich-audio.com
http://www.michael-weidlich.com
http://www.weidon.de
Michael Weidlich AUDIO at FACEBOOK
http://www.yaudio.de/
http://www.katzenberger-music.com