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The philosophy that drives our development process strives uncompromisingly to achieve:
• Flat frequency response • Extended frequency range • Fast Transient response • High dynamic range • Perfect time-alignment • Excellent directivity • All in-phase design • Flat phase response • Low distortion • No dynamic manipulation • No psychoacoustic tricks • No air-flow noise • Very low noise • Pure analog processing |
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Purely Analog
From the very beginning, our development team opted for purely analog signal routing with high-quality components. Therefore, signal transmission takes place directly and is unadulterated, and DSP compensation is rendered completely unnecessary. |
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Exceeding Needs
The Epic-5 highlights our obsessive nature to create products that will exceed our customer's needs. In this case, our goal was to create a reasonably priced near-field studio monitor, with great attention to detail, carefully balanced, technically up-to-date, with no design compromises – in an aesthetically pleasing package. |
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We Sweat the Details
For even sound reproduction, we focused on linear signal response and its temporal and harmonic aspects. In and out swing behavior is balanced across the entire bandwidth. Equal material properties of the sound-forming components result in a homogeneous sound, in which all components perform harmoniously, avoiding the need for artificial DSP compensation. |
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Down to the Last Detail
As we embarked on the Epic-5 development journey, it quickly became clear that virtually no mass-produced components could be used for the implementation of such an ambitious overall concept. After four long years of development work we have developed all the individual components as well as our own manufacturing process for the Epic 5! |
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The Result? Amazing Sound + Design
The Epic 5 provides a harmonious home to its perfectly balanced components — tweeters, woofers, passive radiators, and amplifier electronics. It comes with a very elaborate, compact housing that's optimized for stiffness. The wavefront timing of components is mechanically aligned, so they oscillate in phase and are phase-locked in the relevant frequency range. Low noise guarantees a very high dynamic range – decaying signals, such as reverb tails or fading guitar strings won't get lost in the noise floor. |
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Technical Info
Frequency Response: |
56 Hz-33 kHz ±3dB |
Frequency Response: |
45 Hz-38 kHz ± 10dB |
Amplifier Power: |
2 x 75W RMS, 2 x 150W Peak |
Amplifier Technology: |
Class D, 115dB Dynamic Range, High current and Damping, Response up to 100kHz, very low Noise |
Max. Sound Pressure (pair, 1m): |
109 dB(C) SPL |
Power Supply: |
Universal 100-240VAC, 50/60Hz |
Woofer: |
5.25" - own design for high transient & low resonance |
Tweeter: |
1"- own design for high transient & wide response |
Crossover: |
2kHz, 24dB/Octave |
Input Impedance balanced (XLR): |
12kOhm |
Input Impedance unbalanced (RCA): |
3.3kOhm |
Input Sensitivity balanced: |
+4 dBu |
Input Sensitivity unbalanced: |
-10 dBV |
Room Correction High: |
± 5 dB in 1 dB Steps above 2.5kHz |
Room Correction Low: |
± 5 dB in 1 dB Steps below 250Hz |
Dimensions without Spikes: |
270 x 190 x 240 mm |
Dimensions with Spikes: |
310 x 190 x 240 mm |
Weight per Unit: |
5.2kg |
Dimensions with Case: |
480 x 340 x 340 mm |
Weight with Case (pair): |
16kg |
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Free-Field Frequency Response
Measured in Schalltoten space at 1m distance 
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Horizontal Radiation Behavior
Measured in Schalltoten room at 1m – at 0 °, 10 °, 20 °, 30 ° and 40 ° 
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Cumulative Decay Spectrum
Measured in Schalltoten space in 20cm distance, time axis: 0ms 
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Jump Response Curve
At a distance of 1 m to assess the temporal behavior of drivers 
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Acoustic Phase
Very flat middle frequency range, measured at 1m distance |
THD
Measured 30cm apart at a level of 94dB SPL |
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