An apparatus comprising: an array of transducers (520, 522, 524, 526) for converting electrical signals into steered audible signals; an enclosure (400, 500) including the array of transducers; the enclosure comprising two ports (502, 504) and two cavities (516, 518), wherein a first cavity of the two cavities comprises a first plurality of transducers (520, 522) of the array of transducers; a second cavity of the two cavities comprises a second plurality of transducers (524, 526) of the array of transducers; wherein the apparatus further comprises: first multiple structures (536, 542, 514) within the enclosure defining a first port having one end located within the enclosure which opens into the first cavity and another end that is external to the enclosure and opens in an ambient environment; second multiple structures (540, 514) within the enclosure defining a second port having one end located within the enclosure which opens into the second cavity and another end that is external to the enclosure and opens in the ambient environment, wherein the first port is separated from the second port; a first acoustic resistive element located in the first multiple structures, the acoustic resistive element being capable of reducing effects of the acoustic characteristics of the first port for audible signals being produced by the array of transducers; and a second acoustic resistive element located in the second multiple structures, the acoustic resistive element being capable of reducing effects of the acoustic characteristics of the second port for audible signals being produced by the array of transducers. an array of transducers (520, 522, 524, 526) for converting electrical signals into steered audible signals; an enclosure (400, 500) including the array of transducers; the enclosure comprising two ports (502, 504) and two cavities (516, 518), wherein a first cavity of the two cavities comprises a first plurality of transducers (520, 522) of the array of transducers; a second cavity of the two cavities comprises a second plurality of transducers (524, 526) of the array of transducers; wherein the apparatus further comprises: first multiple structures (536, 542, 514) within the enclosure defining a first port having one end located within the enclosure which opens into the first cavity and another end that is external to the enclosure and opens in an ambient environment; second multiple structures (540, 514) within the enclosure defining a second port having one end located within the enclosure which opens into the second cavity and another end that is external to the enclosure and opens in the ambient environment, wherein the first port is separated from the second port; a first acoustic resistive element located in the first multiple structures, the acoustic resistive element being capable of reducing effects of the acoustic characteristics of the first port for audible signals being produced by the array of transducers; and a second acoustic resistive element located in the second multiple structures, the acoustic resistive element being capable of reducing effects of the acoustic characteristics of the second port for audible signals being produced by the array of transducers. first multiple structures (536, 542, 514) within the enclosure defining a first port having one end located within the enclosure which opens into the first cavity and another end that is external to the enclosure and opens in an ambient environment; second multiple structures (540, 514) within the enclosure defining a second port having one end located within the enclosure which opens into the second cavity and another end that is external to the enclosure and opens in the ambient environment, wherein the first port is separated from the second port; a first acoustic resistive element located in the first multiple structures, the acoustic resistive element being capable of reducing effects of the acoustic characteristics of the first port for audible signals being produced by the array of transducers; and a second acoustic resistive element located in the second multiple structures, the acoustic resistive element being capable of reducing effects of the acoustic characteristics of the second port for audible signals being produced by the array of transducers.