Oumnia The Oumnia is a slim 2-way floor stander, which can be placed into the room or placed near a wall. It is suitable for rooms of any size and is very versatile in regard to compatibility with electronics. Sound quality: The image is airy and free from coloration. The highs are clear and smooth and in the midrange vocals rich in tonal colors and modulations. Even with sub-optimal program material the loudspeaker never shows an aggressive or overly present effect. Bass reproduction is warm and yet clear and dry. The Oumnia plays very well at high-class integrated tube or solid-state amplifiers and due to its high sensitivity it does not require much power. Tweeter: The tweeter is a silk dome. Made to high tolerances it brings excellent linearity, low-distortion and high reliability. Low/mid driver: The low/mid driver chassis has been optimized for outstanding dynamic resolution, which we refer to as definition. The results of our efforts are greatly reduced distortion figures and a higher overall sound pressure level. The cone material is an acoustically optimized plastic compound with an ideal geometry. Its advantages are low resonances and a good-natured frequency response allowing for a relatively simple crossover design. This in turn benefits the sonic transparency. Cabinet: For the cabinet we use HDF. The slim cabinet is especially low resonant and produces only minor diffraction effects. Despite its attractive price, the cabinet boasts a real wood veneer. Frequency crossover: The crossover network has been laid out as a transitional filter. The filter is symmetrical, starting off with a steepness of 12dB which goes further up to 24dB for a very linear transition. Technical data: Principle: 2-way ported HF driver: 25mm silk dome tweeter. Ferrofluid-cooled. LF driver: 2 x 15cm LMF-driver with plastic cone custom-designed for acoustic applications. The diaphragm has an optimized NAWI (non-developable) profile and is especially stiff and low-resonant. For extra-low intermodulation distortion, the magnetic system is equipped with a compensating Faraday ring. Impedance: 4 Ohms Sensitivity: 90dB/1m/2,85V Frequency response: 45Hz – 22kHz (-3dB), 100Hz – 20kHz (+/- 2dB Power handling: 140W Crossover frequency: 2,3kHz Characteristic: 12 - 24 dB Transitional filter, DC module Dimensions: 165 x 950 x 165 mm (WxHxD) Weight: 12,5kG