2-WAY · PASSIVEMV208 — Cinema Surround Speaker
Cinema · Surround

MV208

Cinema Surround Speaker

Two-way surround loudspeaker for the side- and rear-wall channels, with an 8-inch low-frequency driver and a 1-inch dome HF section, its 100° × 80° asymmetric coverage concentrating energy on the seating plane, for fixed wall mounting. Hall width ≤ 8 m/11 m

Frequency response77 Hz – 20 kHz±3 dB @ 2π
Coverage100° × 80°H × V
SystemTwo-Way, Passive113.8 dB rated max SPL @ 1 m, 2π
Net weight5.6 kgper module
Spec sheet (PDF)
Applications

Surround channels · Small to medium commercial auditoriums · Private cinemas

01

Features

Performance
  • 8-inch LF driver with a 1-inch dome tweeter; 100° × 80° asymmetric coverage keeps energy on the seating plane.
  • Horizontal coverage is wider than vertical, so more energy lands on the seats than on ceiling or floor.
  • Built-in 3.0 kHz passive crossover inside the enclosure, so no external crossover is needed on site.
Engineering
  • 209 mm deep and 5.6 kg, with wall-bracket mounting for a simple installation.
  • Quick-connect terminals shorten wiring across a whole surround array.
Economy & maintenance
  • 8 Ω nominal; one amplifier channel per enclosure, same-side units paralleled or series-paralleled.
02

Overview

The MV208 is a two-way surround loudspeaker in the MV Series for the side-wall and rear-wall channels of small and medium auditoriums, suitable for wall mounting. It pairs an 8″ low-frequency driver with a 1″ dome HF section and delivers 77 Hz–20 kHz (±3 dB) and 100° × 80° nominal coverage from a 209 mm deep bass-reflex enclosure — wider horizontally than vertically, keeping energy on the seating plane.

The 8 Ω nominal load suits conventional amplifier channels; 92 dB sensitivity and a 150 W AES 100-hour rating define its output capability. A fixed wall-mount bracket gives a simple installation, and quick-connect terminals shorten wiring time across a full array. The bass-reflex MDF cabinet carries a PVC laminate finish, is 209 mm deep and weighs 5.6 kg net.

03

Specifications

Product TypeCinema Surround Speaker
System TypeTwo-Way, Passive
Driver Configuration8“LF+1” HF dome
Nominal Impedance8Ω
Frequency Response (±3 dB @ 2π)277 Hz–20 kHz
Frequency Range (-10 dB @ 2π)265 Hz–20 kHz
AES 100-Hour Power Rating3150W
AES 2-Hour Power Rating187.5W
Program Power4300W
Sensitivity (2π) @1W/1m92dB
Rated Maximum SPL /1m @ 2π113.8dB
Calculated Maximum SPL /1m @ 2π5119.8dB
Crossover Frequency3.0 kHz
Recommended HPF50 Hz
Coverage Angle (H×V)100°×80°
Enclosure TypeBass-reflex enclosure
Enclosure Material / FinishMDF · PVC laminate
Input ConnectorsQuick-connect terminals
Mounting OptionsWall
Dimensions W×H×D (mm)W298 × H365 × D209 mm
Net Weight5.6 kg
04

Frequency response

MV208 — Cinema Surround Speaker
MV2081 W / 1 m, free field, 1/6-oct smoothing
05

Dimensions

MV208 — Cinema Surround Speaker
Front view
MV208 — Cinema Surround Speaker
Side view
MV208 — Cinema Surround Speaker
Top view
W × H × D · net weightW298 × H365 × D209 mm · 5.6 kg
Specification notes
  1. 1Two length values are given: the first is the usable range on continuous power, the second on program power. Program power is a short-term maximum output and is not a level the system can sustain continuously. Target levels follow the SMPTE ST 202 / RP 200 cinema reference level: 82 dB for surround plus 20 dB peak headroom; hall width = lateral distance from the loudspeaker to the hall centre axis x 2. Listening distance is derived from free-field distance attenuation. The continuous-power range uses the rated maximum SPL in this table; the program-power range uses the rated value +3 dB (program power being twice the continuous power). The calculated maximum SPL (rated +6 dB, short-term peak) is not used for these figures. Screen loss, power compression, system limiting and room gain are not included - this is a theoretical estimate, not a measured guarantee; on-site verification is recommended. Operating beyond the recommended figure may result in, but is not limited to: dynamic compression, increased distortion, extraneous noise, and in severe cases equipment damage.
  2. 2Low-frequency response and sensitivity specifications are referenced to half-space (2π) conditions, representative of typical cinema baffle-wall installation. Frequency-response graphs are measured in an anechoic free-field (4π) environment unless otherwise noted. In the low-frequency region the same loudspeaker measures about 6 dB higher under 2π than under 4π (in practice 3–6 dB depending on frequency and baffle conditions); this is a difference of measurement convention, not of performance.
  3. 3Rating based on an IEC filtered random-noise test signal, band-limited 50 Hz–20 kHz, with a peak-to-average ratio of 6 dB
  4. 4Recommended amplifier output at the applicable impedance should not exceed the program power, giving an unclipped output waveform while avoiding loudspeaker damage; an amplifier capable of at least the RMS continuous power (AES 100 h) is recommended to realize full loudspeaker performance. The actual amplifier match should be determined by calculation for the listening distance (see note 1).
  5. 5Calculated maximum SPL is derived from the rated (continuous) power and half-space (2π) sensitivity and is a calculated, not measured, figure; at a 6 dB peak-to-average ratio it exceeds the rated value by 6 dB, representing short-term peak capability rather than a level the system can sustain.
  6. 6The frequency-response graphs on this page are measured on-axis at 1 W/1 m in an anechoic free-field (4π) environment with 1/6-octave smoothing; the frequency response and sensitivity in the specification table are stated under half-space (2π) conditions. Lower readings in the low-frequency region of the graph therefore reflect the difference in convention rather than a difference in performance. 2π-format curves are available on request.
  7. 7Passive, single-amplifier-channel enclosure; hall width above derived from its AES 100-hour rating and system sensitivity, with drive-unit-level verification pending.