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Jibu la haraka
For a university in Las Vegas, the right speaker depends on the space: SSOUNDS LC8.2 or LC16.2 slim column loudspeakers for reverberant lecture theatres, P4, P5, P6T, P10T or P12T install loudspeakers for auditoria and student unions, CL6 or CL8 ceiling loudspeakers for corridors and campus paging, with M series point-source boxes and subwoofers where full-range music is needed, all driven by A series networked amplifiers with DSP and Dante.
A university campus is not one acoustic environment but many: lecture theatres with high ceilings and glass, auditoria used for speech and music, student unions with social noise, and wide-area paging that must be understood in corridors and outdoor quads. The best speaker is therefore the one matched to each space, not a single box repeated everywhere. SSOUNDS approaches campus audio as a system design problem, selecting from the install range by room geometry, reverberation time, coverage distance and the required speech intelligibility to the back row.
For lecture theatres and other reverberant halls, SSOUNDS LC8.2 and LC16.2 slim column loudspeakers provide tight vertical control that keeps energy off ceilings and floors, which raises speech intelligibility and reduces the need for excessive EQ. Where a space needs higher SPL or broader music reproduction, such as an auditorium or student union, SSOUNDS P4, P5, P6T, P10T and P12T install loudspeakers cover the requirement. The T models operate on 70/100 V lines for long cable runs and multiple boxes per channel, which suits distributed campus systems. For ceilings in teaching rooms, offices and concourses, CL6 and CL8 ceiling loudspeakers deliver even coverage for speech and paging. M series point-source boxes and subwoofers handle full-range music and low-frequency extension in performance spaces.
Sizing and selection follow a clear process. Define the coverage area and the distance from the nearest listener to the furthest seat, then choose a loudspeaker whose coverage angle holds intelligibility across that distance. In rooms with hard parallel surfaces, favour columns or tight-pattern boxes and add acoustic treatment where possible. For paging and lecture capture, plan separate zones so that a lecture theatre feed does not bleed into adjacent corridors, and use networked amplifiers with Dante to route audio and control from a central rack. SSOUNDS A series networked amplifiers with DSP and Dante provide the processing, delay and zone control that campus systems require, and they allow monitoring and adjustment across buildings from one interface.
SSOUNDS designs and installs across Las Vegas, with engineering support from our UK, US, Nigeria and Ghana bases. For a university project, we work with integrators and consultants to model coverage, specify the right mix of columns, point-source boxes, ceiling loudspeakers and networked amplification, and commission the system so that every lecture theatre, auditorium and paging zone performs as intended. To discuss a specific campus, request a system design and quotation.
Mambo muhimu ya kuzingatia
- Match the loudspeaker to the space: LC8.2 and LC16.2 columns for reverberant lecture theatres, P series for auditoria and student unions, CL6 and CL8 for ceilings and paging, M series for full-range music.
- Use 70/100 V line T models (P6T, P10T, P12T) for distributed campus systems with long cable runs and multiple loudspeakers per amplifier channel.
- Drive the system with SSOUNDS A series networked amplifiers with DSP and Dante for zone routing, delay, monitoring and lecture capture feeds.
- Design for speech intelligibility to the back row: control coverage angle, manage reverberation, and separate paging zones from teaching spaces.
- SSOUNDS designs and installs across Las Vegas, with support from our UK, US, Nigeria and Ghana operations.
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