Willamette University Builds Upon History of Education Excellence with Lecture Hall Upgrade from Renkus-Heinz

	Willamette university's 120-seat Paulus Lecture Hall in the College of Law.

Founded in 1842, Willamette University in Salem, Oregon, is the oldest university in the Western United States. This innovative university with nearly 2,200 students offers a range of undergraduate and graduate courses in the arts and sciences, and post-graduate schools of business and law.

When the pandemic hit last year, Willamette University looked for ways to expand and improve its remote learning capabilities. The school's 120-seat Paulus Lecture Hall in the College of Law needed a sound system upgrade to facilitate better remote and limited in-person lectures and discussions. Kyle House, the audio video specialist for Willamette University, worked with Cascade Sound in Salem, Oregon, to upgrade the lecture hall's sound system with powerful loudspeakers from Renkus-Heinz.

"Before we implemented the new system, we were using a pretty rudimentary pair of trapezoid box speakers which were put into an alcove above the screen. It was really primitive and ineffective and caused a lot of issues with reflections and feedback and very low intelligibility," says House. "We needed a way to integrate the students in-person with those who are attending over Zoom. We needed a high-quality, highly-controlled audio solution so that way our microphone arrays can work properly in the space so everyone can be heard."

House and the AV team selected a set of ICONYX Compact ICC12/3 arrays from Renkus-Heinz. The ICC12/3 offers the quality and flexibility of an ICONYX array but with a 40% smaller footprint, the company says. A 12-channel digital amplifier and DSP system powers the unit's 12, 3", full-range, high-sensitivity drivers. ICONYX Compact utilizes the full suite of RHAON II and Beamware, the Renkus-Heinz proprietary beam steering calculation and simulation program.

"We chose these speakers because we needed a solution that gave us extreme control over where the sound was placed in the room. This is an extremely challenging room with a fan-shape orientation, as well as stadium-style seating," says House. "We have a lot of elevation change, and we also have a lot of highly reflective surfaces and even parabolic light soffits that were reflecting sound right back to the front of the room. Lapel mics weren't even able to be used in the space."

The ICC12/3 brings the performance and directivity of ICONYX to spaces where the classic ICONYX arrays may be too large. The reduced footprint allows the ICC to blend into the most architecturally sensitive spaces, while the high vertical directivity of the ICC12/3 can tame the most challenging acoustics environments.

"We used the RHAON software to configure the different steering lobes into the space, and it happened extremely quick. We had high intelligibility, great coverage, really quickly," says House. "Having the ability to integrate the speakers and our microphones over Dante has been a huge benefit. We were able to integrate the Audinate devices to send audio around the room to different locations. It's been extremely beneficial and helpful to make this whole system work seamlessly."

With a slim-profile design, the Renkus-Heinz loudspeakers were able to match the aesthetics of the space and were integrated directly onto a nice, wood-wall surface in the lecture hall.

"The professors now can use lapel mics without any concern of feedback in the room itself. The remote students can hear clearly because the audio put into the space is being properly controlled. I would recommend Renkus-Heinz to anyone who has a challenging environment or wants the aesthetics that the Renkus-Heinz speakers offer," adds House. "They are an absolute necessity when you have an acoustically challenging space, and it's extremely critical to put sound only where you need it and not on reflective surfaces. It's also an excellent solution anytime that high intelligibility is really important."