“The name “Mimi” comes from…. The genuine and fragile protagonist of La Boheme, the most famous opera by Giacomo Puccini. Specifications – Full Krion cabinet with resin-sealed cross netting. – Tweeter: 1 x ¾” soft dome. – Mid woofers: 1 x 6.5″ carbon fiber unit. – Passive crossover network with ultra high quality Mundorf and NOS components. – Impedance: 8 Ohms. – Sensitivity: 90 dB. – Frequency response: 35 to 25k Hz. – Resonance frequency: 25 Hz. – Recommended pow
“The name “Mimi” comes from…. The genuine and fragile protagonist of La Boheme, the most famous opera by Giacomo Puccini. Specifications – Full Krion cabinet with resin sealed crossover. – Tweeter: 1 x AMT Neodymium Ribbon. – Mid woofers: 1 x 6.5″ unit, Proprietary cone materials. – Passive crossover with ultra high quality Mundorf and NOS components. – Impedance: 4 Ohms. – Sensitivity: 88 dB. – Frequency response: 30 to 25k Hz. – Resonance frequency: 30 Hz. – Reco
“The name “Juliet” comes from… The small and fragile protagonist of Romeo and Juliet, Sergei Prokofiev’s best known ballet. Specifications – Full Krion cabinet with isolated crossover in hermetically separated chamber. – Tweeter: 1 x ¾” soft dome. – Mid woofers: 1 x 6.5″ paper cone unit. – Passive crossover network with high quality components: Duelund, Mundorf and very special NOS components. – Impedance: 6 Ohms. – Sensitivity: 90 dB. – Frequency response: 35 to 25k Hz.
“The name “Thäis” comes from…. The beautiful courtesan, the sensual priestess of Venus in Jules Massenet’s drama of the same name. Specifications – Complete cabinet made of Krion. – Tweeter: 1 x ¾” soft dome. – Mid woofers: 1 x 6.5″ carbon fiber unit. – Passive crossover network with high quality Mundorf components. – Impedance: 8 Ohms. – Sensitivity: 88 dB. – Frequency response: 35 to 25k Hz. – Resonance frequency: 25 Hz. – Recommended power amplifier: >15W. –
“The name “Thäis” comes from…. The beautiful courtesan, the sensual priestess of Venus in Jules Massenet’s drama of the same name. Specifications – Full Krion cabinet. – Tweeter: 1 x AMT Neodymium Ribbon. – Mid woofers: 2 x 6.5″ carbon fiber cone units. – Passive crossover network with high quality Mundorf components. – Impedance: 8 Ohms. – Sensitivity: 89 dB. – Frequency response: 25 to 25k Hz. – Resonance frequency: 25 Hz. – Recommended power amplifier: >15W.
“The name “Stella” comes from. The beautiful opera singer who falls in love with Hoffman in The Tales of Hoffman, Jacques Offenbach’s best known opera. Specifications – Full Krion cabinet. – Tweeter: 1 x ¾” soft dome. – Mid woofers: 2 x 6.5″ carbon fiber units. – Passive crossover network with high quality Mundorf components. – Impedance: 8 Ohms. – Sensitivity: 89 dB. – Frequency response: 25 to 25k Hz. – Resonance frequency: 25 Hz. – Recommended power amplifier: >
“The name “Stella” comes from…. The beautiful opera singer who falls in love with Hoffman in The Tales of Hoffman, Jacques Offenbach’s best known opera. Specifications – Full Krion cabinet. – Tweeter: 1 x AMT Neodymium Ribbon. – Mid woofers: 2 x 6.5″ units, Proprietary cone materials. – Woofer: 1 x 6.5″ carbon fiber cone unit. – Passive crossover network with high quality Mundorf components. – Impedance: 4 Ohms. – Sensitivity: 89 dB. – Frequency response: 25 to 25k Hz
“The name “Carmen” comes from…. The fierce protagonist of George Bizel’s famous opera, the seductive Sevillian gypsy of the early 19th century. Specifications – Cabinet: Full Krion cabinet with isolated crossover in hermetically separated chamber. – Tweeter: 1 x ¾” soft dome – Mid woofers: 2 x 6.5″ paper cone units. – Passive crossover network with high quality components: Duelund, Mundorf and very special NOS components. – Impedance: 8 Ohms. – Sensitivity: 90 dB. – Freq
The name “Norma” comes from…. The Celtic high priestess betrayed by her Roman lover is the protagonist of the great lyrical drama by Vincenzo Bellini. Specifications – Complete cabinet in Krion. – Tweeter: 1 x ¾” soft dome. – Mid woofers: 2 x 6.5″ paper cone units. – Woofer: 2 x 6.5″ carbon fiber cone units. – Passive crossover network with very high quality components: Duelund, Mundorf and very special NOS components. – Impedance: 8 Ohms. – Sensitivity: 90 dB. – Freq
The name “Elektra” is derived from. Elektra thirsts for revenge and is the protagonist of the well-known drama by Richard Strauss, based on the Greek myth by Sophocles. Specifications – Cabinet: Full Krion cabinet with isolated crossover in hermetically separated chamber. – Tweeter: 2 x ¾” soft dome – Mid woofers: 2 x 6.5″ paper cone units. – Woofer: 2 x 6.5″ units of carbon fiber cone. – Passive crossover network with ultra high quality Duelund components. – Impedance: 8
The name “Turandot” comes from…. Turandot is an opera by Puccini, a name of Persian origin meaning ‘The daughter of Turan’. Turan is a region of Central Asia that belonged to the Persian Empire. Specifications – Full Krion cabinet. – Tweeter: 2 x AMT Neodymium Ribbon AMT units. – Mid woofers: 2 x 6,5″ units, Proprietary cone materials. – Woofer: 2 x 12″ units, Proprietary cone materials. – Passive mains crossover with ultra high quality Duelund Mundorf components. – Impedan
The name “Violetta” comes from…. Violetta Valery, the protagonist of Verdi’s opera. She is a very famous courtesan. Specifications – Full Krion cabinet. – Tweeter: 1 x AMT Neodymium Ribbon AMT unit. – Mid woofers: 1 x 6.5″ unit, Proprietary cone materials. – Woofer: 2 x 12″ Proprietary cone materials, 12″ units. – Passive crossover network with high quality Mundorf components. – Impedance: 8 Ohms. – Sensitivity: 89 dB. – Frequency response: 30 to 25k Hz. – Recommen
Subscribing the AudioPlus newsletter you'll receive our products' updates.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Fusce libero velit, pharetra quis nulla eget. Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Fusce libero velit, pharetra quis nulla eget. Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Fusce libero velit, pharetra quis nulla eget. Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas.
Search