The compact 2-way GEO S1210
is a scalable loudspeaker module that displays exceptional MF-LF output (103dBSPL nominal sensitivity - 1W @1m) from a single 12" loudspeaker and Nexo
's proprietary Directivity Phase Device (DPD).Nexo
's compact, 2-way GEO S1210
is a scalable high-output, loudspeaker module. While a narrow-Q (10deg) device in single-source mode, S1210's unique Hyperboloid Reflective Wavesource (HRW) also allows coupled S1210s to radiate as coherent, wavefronts,in either horizontally or vertically arrayed systems.GEO S1210
's coupled MF/HF pattern control is arraydependent,as designed by GEOSoft2 array software,and configured according to Venue
Non-coupled MF/HF coverage configures at 80degor 120deg.
The S1210 module displays exceptional MF-LF output(103dBSPL nominal sensitivity -1W @1m) from a single12 loudspeaker and Nexo
's proprietary Directivity Phase Device (DPD). Precise, intercabinet
angle adjustments, are optimized by integral flying system hardware while Nexo
's digital N242 TDcontroller maximizes S1210's MF/HF coherency.GEO S1210
IS RECOMMENdEd FOR
/Auditorium Installations (Any Scale)
High Traffic Walkways and Public Waiting Areas
Foreground Playback for Nightclubs and discos
Corporate AV and Presentation Systems
Portable Entertainment and dJ Systems
Small to Mid-Size Tour Systems
Houses of Worship
NEXO are among Europe's top three sound reinforcement loudspeaker manufacturers. Based in Paris, the company was founded in 1979 by Eric Vincenot and Michael Johnson. Both are still actively involved with the company and Eric maintains the unique role of Chairman and R&D Director.
What separates NEXO from the competition is an innovative, integrated systems approach to loudspeaker research and development. Each new product/system begins with sophisticated computer simulations, executed by our highly specialised proprietary software. After the design specification stage, the entire electro-acoustic signal chain is thoroughly modeled and product performance rigorously evaluated to maximize system performance in an incredibly short time frame.
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- Pattern refers to the shape, quality and evenness of a lamp's output. The pattern of light an instrument makes is largely determined by three factors. The first are the specifics of the bulb, reflecto. Used . r and lens assembly. Different mounting positions for the bulb (axial, base up, base down), different sizes and shapes of reflector and the nature of the lens (or lenses) being used can all a. Used . ffect the pattern of light. Secondly, the specifics of how the lamp is focused affect its pattern. In Ellipsoidal Reflector Spotlights (ERS) and their derivatives (see below), there are two beams of light emit...1000 - 5000 Lumens
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Used Cabinet Speakers
Speaker cabinets are specially engineered units in which audio equipment such as speakers and their associated hardware are mounted into. These cabinets can be very basic affairs, little more than a wooden case with no additional features other than one port for inputting a sound cable, or they can be incredibly complex cabinets with features ranging from numerous ports and internal baffles to acoustic insulation and composite materials used in their construction.
The main point of housing loud speakers and PA speakers in cabinets is not simply to make them look neat and tidy, although that is one benefit. The cabinet actually provides a useful function in preventing competing sound waves from interacting with each other and distorting the end product. This is because the diaphragm that the speaker driver uses to create the sound we hear generates sound waves both at the front and the rear, and these will be out of sync with each other, thus creating a distortion if not dealt with adequately.
Other side effects include echo and reverberation, as the sound waves would reach the audience at slightly different times as they travel on different paths through the loud speakers towards them.
In addition to minimizing these unwanted side effects, loud speakerÔ??s cabinets also help to manage the vibrations which are caused by the driver frame, as well as the buildup of heat that is associated with amplifiers, driver voice coils and other moving components in PA speakers.