Category Projects

Client Overview: The Blue Ridge Music Center, located in Galax, Virginia, is a venue dedicated to promoting Old Time Mountain Music. Performances run from Memorial Day through Labor Day on Saturday evenings in their outdoor Amphitheatre. The center is a part of the National Park Service, which added additional logistical challenges to the project.

Project Goals: The primary goal was to replace the aging 20+ year old incandescent Par 64 fixtures with modern LED lighting. The client required a solution that would provide brighter, more versatile lighting to enhance the visibility and overall experience of performances. Additionally, the “Walk Out Lights” were to be upgraded to brighter LED fixtures to improve safety for attendees.

Timeline and Key Milestones: The project was constrained by a tight timeline, with only two weeks allocated for the entire installation process. This period was carefully planned to align with the rental of an articulating boom lift and the schedule of the park rangers, as working within a National Park required adherence to specific timing and coordination.

Challenges Encountered:

1. National Park Regulations: Coordinating with the National Park Service added complexity to the scheduling and installation process. The team had to work around the park’s availability and ensure that all activities were compliant with park regulations.
2. Outdoor Venue: The amphitheatre’s outdoor setting required the use of IP65-rated fixtures to withstand the elements. The old fixtures had been exposed to the weather for over 20 years, leading to significant rusting, which made removal difficult.
3. Weather Delays: Tropical Storm Debby delayed the project by 1.5 days, necessitating an extension of the lift rental period.

Design Approach: The design phase focused on replacing the existing fixtures with appropriate, modern alternatives while considering the unique challenges posed by the outdoor environment. The fixtures chosen were all UL listed and IP65 rated to ensure durability and compliance with outdoor use standards.

Innovative Solutions: Given the large outdoor setting, the team opted to use Wireless DMX for control, eliminating the need for extensive and time-consuming hardwiring. This solution not only saved time but also minimized potential installation difficulties.

Technology and Equipment Used:

• Lighting Fixtures: Elation Sven Par IP fixtures were installed, with Seven Par 19 fixtures used for front-of-house lighting and Sev Par 7 fixtures used over the stage.
• DMX Control: Acclaim Aria Transceivers, which are IP65 rated, were utilized for wireless DMX control. This was supported by IP65-rated DMX cables and L5-20 connectors.
• Power Modules: 10 of the Strand CD-80 dual 20-amp modules were replaced with Johnson System Dual 20-amp Non-Dim Modules.
• Walk Out Lights: Kivo LED Flood Lights, typically used for parking lots, were repurposed to effectively light the seating area during walk-out.

Integration and Compatibility: To ensure seamless integration, the non-dim modules were carefully selected to be compatible with the existing rack system. The venue’s existing ETC ColorSource 20 console greatly facilitated the control and integration process, making the transition to the new system smooth.

Installation and Setup: The use of Wireless DMX and IP65-rated equipment minimized potential complications, and the entire system was installed and operational within the two-week window.

Testing and Quality Assurance: The team conducted thorough research into IP65 fixtures and photometrics to ensure the lighting provided was of high quality and met the brightness requirements from the towers. The wireless DMX was also meticulously researched to minimize installation challenges. The final focus of the lights, after using a blue laser for accuracy, ensured that the system met the client’s expectations.

Conclusion: The lighting upgrade at the Blue Ridge Music Center Amphitheatre successfully met the client’s goals of enhanced brightness and versatility while overcoming the challenges posed by the outdoor setting and tight project timeline. The new LED system not only improved the visual experience for attendees but also provided a durable and efficient solution for the venue’s lighting needs.

Client Overview and Project Requirements

In the spring of 2024, Forsyth County Central Library approached CIAVL with a critical need: to replace their failing main lobby video wall. The original video wall, installed during the library’s major remodel in 2017, consisted of twelve 55-inch displays arranged in six rows of two. Over time, these components began to fail, but budget constraints made a full system replacement unfeasible.

The existing video wall, with its “negative” space between rows, required specific video content development that no longer met the library’s needs. Additionally, the content displayed via Rise Vision Cloud was too small to be effectively viewed on the 55-inch displays. The library needed a solution that would not only fit within their budget but also enhance the visibility and impact of their digital signage.

Research and Solution Development

During the solution design review, CIAVL recommended a more cost-effective approach: replacing the 55-inch displays with larger 86-inch displays. This would significantly increase the visibility of content and cover the majority of the small level recesses created by the previous display arrangement. The solution also leveraged the library’s existing cloud digital signage licenses, further adhering to the budgetary constraints.

The Solution

Displays: After evaluating multiple 86-inch display options, CIAVL selected the Sharp 4B-8 4P-B86EJ2U model series. This model was chosen for its cost-effectiveness, reliable warranty, and Ethernet control capabilities.

Mounts: The existing recesses were initially designed for the 55-inch displays, which had a depth of about 4 inches. CIAVL identified the Chief RLXT3 retractable mounts as the ideal solution to extend the 86-inch displays just enough to fit the space perfectly.

Content Distribution: The library’s existing computer was repurposed to distribute content to the new displays via AVPROEDGE HDMI HDBT TX/RX, ensuring seamless integration with the new setup.

Control: The library requested a simple power on/off control for the displays. CIAVL implemented an Extron IPCP PRO 250xi control processor along with an Extron NBP 105D button panel to meet this requirement.

Installation and Challenges

The installation posed significant challenges due to the location in the main central lobby. The video wall spanned over 25 feet from floor to ceiling across six levels, requiring careful coordination and planning. Additionally, the original video wall displays did not use standard power outlets but instead relied on a specialized network CAT cable for power. This necessitated the addition of power outlets at each level to accommodate the new displays and receivers.

CIAVL worked closely with their trusted electrical contractor to manage these complexities. The contractor successfully added power outlets and distributed power up the height of the main wall. The installation process was meticulously planned over five days:

• Day 1: CIAVL removed the existing displays, installed mounts, and ran new cabling.
• Days 2 & 3: The electrical contractor installed new power outlets.
• Days 4 & 5: CIAVL installed the six new Sharp 86-inch displays and connected them to the content sources.

Special care was taken to protect the lobby floor by placing plywood sheets during the installation process, ensuring no damage was done by the electric scissors lift.

Outcome

The project was completed as planned, with the new displays providing a significant upgrade in both size and visibility for the library’s digital signage. The Forsyth County Central Library now has a modern, functional video wall that enhances the experience for all visitors, while staying within budget. The collaboration between CIAVL and the electrical contractor ensured that the installation was completed smoothly and efficiently, despite the challenges posed by the existing infrastructure.

Project Overview

High Point University (HPU) sought to create an immersive and visually captivating environment within their Spin Room and Fitness area. CIAV was tasked with delivering a cutting-edge lighting solution to achieve a ‘WOW’ factor and enhance the overall ambiance and functionality of these spaces.

Spin Room

Objective: HPU wanted to create an extraordinary visual experience in the Spin Room that would leave a lasting impression on users.

Solution: CIAV utilized Environmental Lights’ LED NEON products, renowned for their high-quality and versatility, to achieve the desired effect. This product is a preferred choice by industry leaders like Live Nation for their venues.

Design and Implementation:

• LED NEON Installation:
  • Soffit Surround: LED NEON was installed around the room’s soffit.
  • Instructor Platform: Edge of the platform featured LED NEON.
  • Spin Legs: Integrated into the sheetrock wall.
  • Ceiling Starburst: A striking starburst pattern emanating from the center of the back wall towards the glass wall.
• Pixel Mapping:
  • The LED NEON was equipped with pixel mapping capabilities to create dynamic lighting effects.
  • Power Supply Management: Nearly 1000 feet of LED RGBW NEON required multiple power supplies, strategically placed in IT Room and Office Rm. 327 to minimize voltage drop and keep non-plenum rated power supplies out of the ceiling.
• Control System:
  • DMX Decoders: Placed in the ceiling for seamless data transmission.
  • MADRIX 5 Software: Utilized for programming.
  • MADRIX LUNA DMX Controllers: Managed data communication.
  • MADRIX AURA Playback Controller: Stored lighting looks and was controlled via EXTRON touch stations.

Outcome: The Spin Room now features a sophisticated and visually stunning lighting system, elevating the user experience and creating a vibrant, engaging atmosphere.

Fitness Area

Objective: To enhance the aesthetic appeal and functionality of the Fitness area in Panther Commons with accent lighting.

Solution: CIAV chose Environmental Lights’ RGBW NEON for its consistency and color-changing capabilities, although it lacks pixel mapping.

Design and Implementation:

• LED NEON Installation:
  • Soffit Lighting: Double lines of color-changing LED NEON were installed.
  • Mirrors 5, 6, and 7: Utilized non-NEON simulating RGBW LED tape for discreet, functional lighting.
• Power Supply and Control:
  • Power Supplies: Strategically placed to minimize voltage drop, with enclosures required for non-plenum rated units.
  • DMX Decoders: Used for color mixing and control, hidden behind mirrors where applicable.
  • Control System: Managed via EXTRON screen for easy operation.

Outcome: The Fitness area at HPU now boasts a cohesive, color-customizable lighting system that enhances the space’s aesthetic and functional appeal.

Conclusion

CIAV successfully delivered innovative and visually impactful lighting solutions for High Point University’s Spin Room and Fitness area. By leveraging high-quality LED products and advanced control systems, CIAV transformed these spaces into dynamic and engaging environments that meet HPU’s high standards and expectations.

Project Overview

Toyota Racing Development approached us with a need for a comprehensive AV/Technology package for their 2nd-floor gym area. The goal was to enhance their facilities with a modern, high-quality audio and video system that could handle various multimedia needs, including wireless presentations and digital video distribution.

Objectives

• Install a virtual matrix video system using SVSI digital video encoders and decoders.
• Implement wireless presentation capabilities.
• Provide high-quality audio throughout the gym area.
• Ensure easy control and integration with existing IT infrastructure.

Solution Provided

The solution was meticulously designed to meet the client’s needs and included the following components:

1. Video System:
   • 5 AMX NMX-ENC-N1122A SVSI Digital Video Encoders installed in the 2nd-floor MDF.
   • 15 AMX NMX-DEC-N1222A SVSI Digital Video Decoders installed at each of the owner-furnished displays, creating a virtual matrix video system.
   • 2 Kramer VIA-CONNECT2 Wireless Presentation Appliances for video casting from two owner-furnished iPads.
2. Audio System:
   • 4 JBL Control 30 Surface Mount 3-Way Speakers driven by a Crown 2-channel 1250W power amplifier.
   • Biamp Tesira AI Digital Audio Server for audio management.
   • Bluetooth Wall Plate Interface for a “bring your own device” input into the system.
3. Control System:
   • AMX NX-1200 Central Controller with touch panels loaded onto the aforementioned iPads using Touch Panel Cloud licenses.
4. Integration:
   • The video portion of the system utilized the building’s IT cabling infrastructure to connect the encoders and decoders back to the owner-furnished switch.

Equipment List

Implementation Process

1. Initial Consultation and Planning:
   • Conducted a thorough site survey and needs assessment.
   • Developed a detailed proposal outlining the equipment and labor required.
2. Installation:
   • Installed the SVSI digital video encoders and decoders.
   • Set up the Kramer VIA-CONNECT2 wireless presentation appliances.
   • Mounted the JBL Control 30 speakers and connected them to the Crown power amplifier and Biamp Tesira DSP.
   • Installed the Bluetooth wall plate interface.
   • Configured the AMX NX-1200 central controller and loaded the touch panel interfaces onto the iPads.
3. Testing and Training:
   • Conducted comprehensive testing to ensure all components were functioning correctly.
   • Provided training to the client’s staff on how to use the new system.

Results

The installation was completed on time and within budget, providing Toyota Racing Development with a robust and flexible AV system. The client reported significant improvements in the quality of their multimedia presentations and overall user experience. The wireless presentation capability and Bluetooth interface allowed for greater flexibility and ease of use, enhancing the gym’s functionality for various events and activities.

This project demonstrates our capability to deliver tailored AV solutions that integrate seamlessly with existing infrastructure, providing high performance and user-friendly control systems. If you have a similar project in mind or require any additional information, please do not hesitate to contact us.

Overview

Davidson College Presbyterian Church sought to enhance their sanctuary’s audio-visual systems as part of their upcoming renovation. CIAVL was selected to design and install a state-of-the-art AV system to improve the worship experience for their congregation. This case study outlines the solution provided by CIAVL and the impact it has had on the church’s operations.

Project Objectives

• Improve video projection and display capabilities.
• Enhance audio quality throughout the sanctuary.
• Provide advanced control systems for ease of use.
• Ensure the new system integrates seamlessly with existing infrastructure.

Solution Provided

Video Systems

CIAVL installed an extensive video system designed to offer superior image quality and reliability. The components included:

• Projection and Screens:
  • Draper 124”x198” motorized tab-tensioned projection screen.
  • Two 65” x 104” fixed frame “EDGELESS” screens.
  • NEC 10,000 lumen laser projector and two 8,000 lumen laser projectors.
• Flat Panel Displays:
  • Two 65” flat panel displays mounted in the alcoves of the sanctuary, serving as confidence monitors for on-stage individuals.
• Control Systems:
  • Extron TLP Pro 725T 7” tabletop touch panel and control processor in the A/V booth.
  • An Apple iPad for remote operation of the touch panel.
• Cameras:
  • Six PTC-150W PTZ cameras with 30x optical zoom and 1080p60 resolution.
  • Two portable PTC-150 cameras on tripods.
  • RMC-300A camera control unit for centralized camera operation.
• Video Mixing and Streaming:
  • Data-Video SE-3200 HD seamless switcher.
  • Data-Video HD/SDI capture device.
  • Apple iMac streaming computer utilizing the church’s existing streaming software.
  • Two Data-Video 17” monitors for multi-view and matrix monitoring.
  • Blackmagic HyperDeck Studio Mini card recorder for high-quality video recording and playback.
• Additional Video Equipment:
  • Various converters and distribution amplifiers to ensure smooth signal transmission.
  • Comprehensive cabling solutions for all video components.

Audio Systems

The audio system upgrade was centered around high-quality sound reinforcement and ease of use:

• Mixing Console:
  • Allen & Heath AH-SQ-7 48 channel digital console with AR2412 24×12 digital stage box.
• Speakers:
  • Eight d&b Audiotechnik column speakers and eight extension speakers.
  • Eight wall-mounted columns and two subwoofers.
  • Twenty-six d&b Audiotechnik small speakers for the choir, mounted on the back of the pews.
• Amplification and DSP:
  • Five 4-channel amplifiers with DSP to ensure equalization, protection, routing, power, and time alignment for all speakers.
• Microphones:
  • Four hanging Earthworks choir microphones and two stand-mounted choir microphones.
  • Earthworks podium microphones for the pulpit and lectern.
  • DPA stereo piano microphone kit.
• Control and Power Management:
  • Power sequencer and expansion modules for one-button on/off procedures.
  • Middle Atlantic 21-space rack and two 12-space racks for equipment housing.

Implementation

CIAVL provided a comprehensive solution, from design and engineering to installation and training. The process included:

• Detailed design and engineering to tailor the system to the church’s specific needs.
• Professional installation ensuring all components were seamlessly integrated.
• Comprehensive programming and user training to ensure the church staff could operate the new systems efficiently.

Impact

The new audio-visual systems installed by CIAVL have significantly enhanced the worship experience at Davidson College Presbyterian Church. The congregation benefits from:

• High-quality, consistent video projection and display.
• Superior sound clarity and distribution throughout the sanctuary.
• Intuitive control systems that simplify the operation of complex AV equipment.
• Enhanced streaming capabilities, allowing the church to reach a broader audience.

Conclusion

The successful implementation of the AV systems at Davidson College Presbyterian Church demonstrates CIAVL’s expertise in delivering customized, high-quality solutions. The church now enjoys a modern, reliable, and user-friendly AV setup that supports their worship services and events.

Project Overview

Childress Vineyards approached us with the need for a comprehensive presentation system in their Barrel Room. The goal was to enhance the audio-visual capabilities of the space, ensuring high-quality sound and visual experiences for events, presentations, and gatherings.

Objectives

• Install a large motorized screen and high-lumen projector for superior visual display.
• Provide comprehensive audio reinforcement with strategically placed ceiling speakers.
• Ensure flexible video and audio source inputs, including wireless options.
• Integrate an intuitive control system for seamless operation of all installed equipment.

Scope of Work

Visual Components:

• 226” Diagonal Motorized Screen: Installed at the front of the room to provide a large, clear display surface for presentations and media.
• 10k Lumen Projector: Mounted on the opposite wall with a long throw lens, capable of illuminating the entire screen with high brightness and clarity.

Audio Components:

• 25 Ceiling Speakers: Distributed throughout the room to ensure even audio coverage and reinforcement, providing clear sound for all attendees.
• Audio Sources: Integrated with video sources to ensure synchronized playback. Included 4 wireless microphones (2 handheld and 2 combo units for handheld or lavalier use) for voice lift during presentations.

Video Sources:

• HDMI Decora Plate Transmitter: Installed on the side wall (exact location TBD) for convenient wired video input.
• HDMI Input at Equipment Rack: Additional wired video input option for versatility.
• Wireless Presentation Appliance: Enables wireless HDMI transmission from laptops or other devices from anywhere in the room, enhancing flexibility for presenters.

Control System:

• 10” Touch Panel and Control System: Centralized control interface for easy signal routing and control functions, ensuring user-friendly operation of all installed equipment.

Implementation

1. Initial Consultation: Met with the Childress Vineyards team to understand their needs and the specific requirements of the Barrel Room.
2. Site Survey: Conducted a detailed survey of the Barrel Room to plan the optimal placement of visual and audio components.
3. Installation:
   • Mounted the 226” motorized screen at the front of the room.
   • Installed the 10k lumen projector with a long throw lens on the opposite wall.
   • Positioned 25 ceiling speakers throughout the room for even audio coverage.
   • Installed HDMI decora plate transmitter and HDMI input at the equipment rack.
   • Set up the wireless presentation appliance for flexible video input.
   • Integrated the 10” touch panel and control system for intuitive operation.
4. Testing and Calibration: Performed thorough testing and calibration of all components to ensure optimal performance.
5. Training: Provided training to Childress Vineyards staff on the use of the new presentation system, including the touch panel and control system.

Results

The installation of the new presentation system in the Barrel Room at Childress Vineyards was completed successfully, meeting all client objectives. The system provides high-quality visual displays, clear and even audio reinforcement, flexible video and audio input options, and an easy-to-use control interface. The client reported increased satisfaction with the room’s functionality and the enhanced experience for event attendees.

Conclusion

The Childress Vineyards Barrel Room presentation system project showcases our expertise in delivering high-quality audio-visual solutions tailored to client needs. This successful installation has not only improved the functionality of the space but also enhanced the overall event experience for attendees.

Overview

The Factory at Congdon Yards, renowned for their innovative approach to business and community collaboration, have undertaken a significant upgrade to their audio and video infrastructure. This case study details the comprehensive AV solutions installed in various spaces within these facilities, including small meeting rooms, large conference rooms, an auditorium, and digital signage systems.

Small Meeting Rooms

The small meeting rooms were equipped with advanced AV systems to facilitate seamless presentations and conferencing. Each room features a 75” LG display and a Biamp video bar, which includes an integrated camera, microphones, and speakers. Users have multiple options for connecting their devices: a 25-foot HDMI user cable for wired presentations from a laptop, an HDMI connection to a house PC located in the credenza beneath the display, and a Barco ClickShare connection for wireless video presentations.

For conferencing needs, platforms such as Zoom, Teams, and GoToMeeting can be accessed via the house PC, utilizing the video bar’s integrated components. Additionally, the rooms support BYOD (bring your own device) conferencing, with an active USB connection allowing users to link the video bar to their laptops. Control of the system is straightforward, managed through the display remote.

Large Conference Rooms

The large conference rooms received an upgraded system modeled after the Millis Family Boardroom in the Factory building. Central to this system is an 86” display, complemented by two ceiling beam tracking microphones and six pendant speakers to ensure clear audio capture and distribution. A motorized pan/tilt/zoom camera provides high-quality video for conferencing.

A custom touch panel control system and a dedicated conferencing computer enhance the user experience, offering easy management of all AV components. Notably, these rooms include wireless presentation capabilities and improved BYOD conferencing from customer laptops, making them highly versatile for various meeting and presentation needs.

Auditorium System

The auditorium on the third floor was outfitted with a state-of-the-art presentation and conferencing system. This includes two 133” diagonal motorized projection screens, each illuminated by a 6500-lumen laser projector. A motorized pan/tilt/zoom camera is installed to track the presenter, ensuring high-quality video for all attendees.

The system is anchored by a conferencing PC housed in a 30” wide podium, which also features a presentation switcher with inputs from both the conferencing PC and a customer laptop. Users can engage in BYOD conferencing via a USB connection at the podium. The audio setup includes ceiling-hung pendant speakers and multiple wireless microphones (three handheld for presentations and one lavalier for conferencing applications). A touch panel at the podium provides comprehensive control over screens, projectors, camera, audio levels, and video switching.

Digital Signage System

The digital signage system consists of four 75” displays, each equipped with a BrightSign media player mounted behind it. These media players are connected to the owner-furnished network, allowing for centralized content management from a PC or laptop designated as the content manager computer on the 4th floor. The BrightAuthor software provides an intuitive platform for creating and scheduling content, ensuring the digital signage is both dynamic and easy to update.

Conclusion

The Factory at Congdon Yards now feature a robust and versatile AV infrastructure tailored to meet the needs of modern business environments. From the small meeting rooms equipped with flexible presentation and conferencing options to the large conference rooms with advanced audio and video capabilities, and the state-of-the-art auditorium system, every space is designed to enhance functionality and user experience. The digital signage system further augments these capabilities, providing clear and engaging visual communication. This comprehensive AV solution underscores The Factory at Congdon Yards’ commitment to innovation and excellence in business collaboration.

Background

First Baptist – Ocala sought to enhance their audio experience to support their growing congregation and diverse range of events. They required a modern, reliable, and intuitive sound system that could handle various audio demands with ease. CIAVL was tasked with designing and installing a state-of-the-art audio system tailored to their specific needs.

Objectives

• Upgrade the existing sound system to a digital solution.
• Provide easy-to-use personal monitor controls for musicians and presenters.
• Ensure seamless wireless audio transmission with minimal interference.
• Enhance overall sound quality and control flexibility.

Solution

We proposed and installed the Allen & Heath dLive DLC35 digital mixing surface, supported by the dLive MixRack and various other high-quality components. Key features of the installation included:

1. Allen & Heath dLive DLC35 Digital Mixing Surface:

• User Interface: Equipped with 24 faders over 6 layers and dual 12” capacitive touchscreens for an intuitive, smartphone-like user experience.
• Harmony UI: Offers the fastest workflow in the industry, enabling instant familiarization and efficient operation.
• Tactile Control: High-grip rotary knobs with RGB illumination for precise control and instant visual orientation.

2. dLive Mix Engine and Accessories:

• dLive-DM0 Mix Engine: Core processing unit ensuring robust performance.
• Card Conversion Interface and Dante Interface Card: Facilitates versatile connectivity options and integration with other audio systems.
• 10-Port PoE Hub and ME-1 Personal Monitor Mixer: Provides individual musicians and presenters the freedom to control their own monitor mixes with ease.

3. Wireless IEM System:

• 10 Apple iPads: For wireless in-ear monitor (IEM) control, allowing users to adjust their monitor mixes remotely.
• Sennheiser Wireless IEM System: Includes 5 wireless IEM 2-channel transmitters and 10 receivers with earpieces, ensuring clear and reliable audio monitoring.
• RF VENUE Power and Antenna Distribution: Utilizes diversity paddle antennas to increase wireless range and reduce antenna dropout, ensuring consistent performance.

Implementation

The installation process was meticulously planned and executed to minimize disruption to the church’s activities. The Allen & Heath on-site factory training and commissioning ensured that the church staff could efficiently operate the new system.

Components Installed:

• Allen & Heath AH-DLIVE-DLC35 Digital Mixing Surface
• Allen & Heath AH-OLIVE-OMO Mix Engine
• Allen & Heath Card Conversion Interfaces and Dante Interface Cards
• Allen & Heath AH-ONSITE On-Site Factory Training and Commissioning
• Allen & Heath AH-ME-U 10 Port PoE Hub
• Allen & Heath AH-ME-1 Personal Monitor Mixer
• PreSonus HP60 DA
• Sennheiser SR 2050XP IEM Wireless IEM Transmitters and Receivers
• RF Venue CP Beam Antennas and Antenna Combiners
• Apple iPads for Personal Wireless IEM Control

Results

The upgraded audio system at First Baptist – Ocala has significantly improved the sound quality and user experience. The dLive DLC35’s intuitive interface and powerful capabilities have streamlined audio management during services and events. The personal monitor mixers and wireless IEM system have empowered musicians and presenters to customize their audio settings, resulting in better performances and clearer sound.

The implementation of RF VENUE’s antenna solutions has also ensured stable and reliable wireless communication, free from dropouts and interference. Overall, the new audio system has met and exceeded the church’s expectations, providing them with a robust and flexible solution for their audio needs.