- Aug 1
- 2 min read

Project 2379 HiFi Room Nick: Achieving Acoustic Excellence

Welcome to the detailed journey of Project 2379, where we transformed Nick's HiFi room into an acoustic haven. This project involved meticulous 3D scanning, precise design, and advanced acoustic optimization techniques. Here’s how we did it:

The completed installation features a blend of absorption and diffusion panels, tailored to the room's specific needs. The combination of materials and design optimizes sound quality for an immersive listening experience.

Part 1: Detailed 3D Scanning and Design

We began with a comprehensive 3D scan of the room, capturing every detail to ensure an accurate acoustic analysis. This data was crucial for creating a precise 3D model of the room, which allowed us to simulate various acoustic treatments and predict their impact.

3D scanning the room to capture precise measurements.

The 3D design showcasing the proposed acoustic treatment setup. The design includes strategically placed absorption panels and diffusers to optimize sound quality.

Another view of the 3D design, highlighting the placement of acoustic treatments around the room to manage reflections and reverberations effectively.

Another view of the 3D design, highlighting the importance of combining absorption with diffusion to enlarge the soundspot.

Artnovion Fixart fixing systems used for mounting the acoustic panels. The design ensures secure and stable installation, with clips and tubes precisely aligned to maintain the aesthetic integrity of the room.

An other view detailing the Artnovion Fixart Tube System

A close-up view of the wall fixing system, illustrating the use of adjustable clips that allow for fine-tuning the position of the panels. This flexibility helps achieve optimal acoustic performance by ensuring proper alignment and spacing.

This 3D render illustrates the elevation view of the HiFi room, showcasing the detailed fixing systems used for installing the acoustic panels. The blue elements represent the mounting tubes, while the panels are depicted in a semi-transparent view to emphasize the fixing mechanisms

In this 3D render, we see another elevation view of the HiFi room, focusing on the fixing systems for the acoustic treatments. The render clearly shows the arrangement of mounting tubes in relation to the room's walls and windows. This detailed visualization helps in planning and executing the installation process with accuracy, ensuring that the acoustic panels are optimally positioned for maximum effectiveness.

Pre-Acoustic Prediction Analysis

Using the 3D model, we conducted a pre-acoustic prediction analysis to identify potential issues and plan the optimal placement of acoustic treatments. This analysis included evaluating the room’s current reverberation times and identifying areas prone to bass buildup.

A detailed acoustic analysis report summarizing the RT60 values, absorption coefficients, and target reverberation times, providing a comprehensive view of the room's acoustic performance after treatment.

The predicted room modes analysis, illustrating potential problematic frequencies and their locations within the room.

Part 2: Installation of Acoustic Treatments

With the analysis complete, we moved on to the installation phase. Our team carefully positioned Artnovion acoustic panels to address mid and high-frequency reflections, ensuring a balanced and clear sound.

Preparing the room with precise measurements for the installation of acoustic panels.

Installing acoustic panels to optimize sound reflections.

Installing the acoustic diffusers for enhanced sound diffusion and clarity.

Part 3: Multi-Sub Setup and Low-Frequency Optimization

The final step was the multi-sub setup for low-frequency optimization. We strategically placed multiple subwoofers to avoid nulls and mitigate SBIR (Speaker Boundary Interference Response). This configuration, combined with AVAA C20 passive bass traps, significantly improved the room’s bass response.

Initial setup with measurement equipment for multi-subwoofer placement.

you can see the measurement and calibration equipment in action. We're collecting data to ensure each subwoofer is perfectly integrated into the system.

Multi-sub setup to achieve optimal low-frequency performance.

Results and Analysis

The results were impressive. Our post-treatment analysis showed a much smoother frequency response and reduced reverberation times, ensuring that the room met the recommended standards for HiFi listening.

Here is the client's initial setup SPL graph. Notice the inconsistencies in the bass response, which we aim to smooth out through our optimization process.

In our setup you can see the aligned multi-sub configuration. This setup ensures optimal low-frequency performance across the entire listening area.

This graph compares the SPL of the speakers only versus speakers with subs setup. The integration of the subwoofers provides a fuller, more consistent low-frequency response.

The graph compares the frequency response of the room with and without the Corsini setup. The red line represents the setup with speakers only, while the blue line shows the setup with aligned multi-sub and low-frequency optimization (Corsini setup). The Corsini setup exhibits a much smoother frequency response, with significantly reduced spatial variation, fewer peaks, and nulls. This indicates a more balanced and optimized acoustic environment, enhancing the listening experience by providing consistent sound quality throughout the room.