Compact powered subwoofer with dual 9-inch drivers, 1,200W continuous amplification and app control. Available in Piano Gloss Black or White.
| Sale unit | One powered subwoofer |
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| Finish options | Piano Gloss Black; Piano Gloss White |
| Frequency response | 20–230 Hz, ±3 dB |
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| Response measurement | 2-metre ground-plane measurement, away from reflecting structures; quasi-anechoic |
| Low-frequency roll-off | Slope tuned to benefit from available room gain |
| Acoustic distortion comparison | Manufacturer reports 20–60% lower acoustic THD+N in the critical low-frequency band than the preceding generation |
| Response-chart scope | Frequency-response graph does not indicate maximum output capability |
| Dimensions including grilles (H × W × D) | 10.9 × 11.8 × 10.8 inches; 278 × 298.8 × 273.6 mm |
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| Weight | 22.5 lb / 10.2 kg |
| Packaged dimensions (H × W × D) | 13.7 × 14.9 × 14.6 inches; 349 × 379 × 370 mm |
| Packaged weight | 28.3 lb / 12.8 kg |
| Driver arrangement | Two opposing, side-firing, high-excursion 9-inch active drivers operating acoustically and electrically in parallel |
| Finishes | Piano Gloss Black; Piano Gloss White |
| Rear-panel control | OLED display and control interface; display-flip function |
| Grilles | Non-resonant steel mesh protects the drivers |
| Cabinet construction | Internally braced medium-density fibreboard (MDF), designed to suppress enclosure resonance at high drive levels |
| Feet | Screw-in Iso-elastomer feet for stability and reduced vibration-related noise |
| Driver system | Two opposing 9-inch long-throw drivers connected electrically and mechanically in parallel; force-balanced layout reduces cabinet vibration |
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| Motor layout | Overhung motor arrangement tuned for controlled excursion |
| Excursion | Xmax: 27.3 mm; Xmech: 32.6 mm |
| Baskets | Custom 9-inch powder-coated steel frames; FEA-optimised for rigidity, heat transfer and mechanical damping |
| Cone and coupler | One-piece 1100 aluminium construction for stiffness, low moving mass and thermal conduction |
| Voice-coil winding | Four-layer, high-current copper winding; designed to limit distortion and power compression, dissipate heat and maintain magnetic control at high excursion |
| Former / bobbin | High-temperature 3003-H18 aluminium |
| Magnet system | Oversized Y30 ferrite motor with high magnetic flux density |
| Mechanical tolerances | Precision-machined motor and close-tolerance suspension components maintain control and linearity throughout excursion |
| Motor steel | Oversized low-carbon 08AL steel T-yoke and top plate; cooling and magnetic-circuit design support efficiency |
| Shorting ring | 6063 aluminium; reduces gap induction and distortion while improving heat transfer and magnetic linearity |
| Surround | Proprietary injection-moulded NBR surround, designed for long excursion and controlled pistonic motion |
| Lead wires / spider | Two balanced, 24-strand, silver-plated high-temperature Litz leads woven through a 5-inch composite linear spider, linking amplifier and voice coil |
| Amplifier power | 1,200 W continuous Class D; over 4,000 W peak |
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| Power comparison | 50% greater RMS power than the previous generation |
| Audio processor | 295 MHz Analog Devices DSP; double-precision 56-bit filtering; more than five times the processing capability of previous SVS subwoofers |
| Real-time power management | DSP monitors power, driver excursion and current thousands of times per second, regulating voltage, headroom and current delivery to the voice coil |
| Digital audio processing | 56-bit processing with premium DACs; signal-to-noise ratio exceeds 120 dB |
| Output stage | Discrete Class D; four 60 A / 200 V MOSFETs in full-bridge configuration; over 100 Vrms across the two drivers; designed for high efficiency and reduced EMI |
| Power supply | Digitally controlled switch-mode supply with a low-EMI resonant LLC topology and a regulated 160 V amplifier rail |
| AC monitoring | Input mains voltage and current are monitored digitally to adapt power-supply operation to line conditions |
| Amplifier distortion | THD+N below 0.05% at rated power; manufacturer reports a 70–90% reduction versus the preceding generation |
| System tuning | EQ and DSP-limiter settings tailored to the 3000 Micro R|Evolution |
| RCA input | Unbalanced; 10 kΩ input impedance; consumer/professional source compatibility up to 4 Vrms |
| XLR input | Balanced; 18 kΩ input impedance; consumer/professional source compatibility up to 4 Vrms / +14 dBu |
| Local interface | OLED display and controls for the main operating settings |
| USB function | Supplies power to the optional SVS SoundPath Wireless Audio Adapter; adapter sold separately |
| Power / trigger modes | Auto, On and Trigger options through the app; 3.5 mm trigger input accepts 3–12 V AC/DC |
| IR input | 3.5 mm input for integration with control systems |
| Standby consumption | 0.5 W |
| Compliance | RoHS compliant; lead-free construction; worldwide safety certifications as stated by SVS |
| Compatible platforms | Apple iOS, Google Android and Amazon Fire |
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| DSP controls | Volume, adjustable low-pass filter, phase, polarity, six parametric EQs, room-gain compensation, power-management settings and additional functions |
| Presets | Three memory presets for saving system settings |
| Auto room equalisation | The manufacturer describes a function that will use the mobile device’s built-in microphone or an accessory microphone to measure room response and calculate equalisation filters at the listening position |
| Feedback | Bidirectional, real-time updates between app and subwoofer interface |
| Guidance | Built-in tutorial explains the available functions |
| Feet | Isolating elastomer feet |
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| Power cable | Heavy-duty, high-current, 6-foot cable |
| Documentation | Quick Start Guide |