Next-Lab RTA

Buy the SPL Lab Next-Lab RTA measurement microphone at a great price on masori.de

The SPL Lab Next-Lab RTA is an indispensable tool for precise acoustic measurements and optimal adjustment of acoustic systems. The impressive frequency range of 10 to 20,000 Hz ensures that you can cover the entire audible spectrum, which is essential for any professional calibration. With the Masori Lowest Price Guarantee, you'll always get this product at the best price. The amplitude range offers flexibility for both the Standard and High SPL editions, ranging from 50 to 120 dB and 60 to 155 dB, respectively. Thanks to calibration, which is performed according to renowned standards such as Audiomatica CLIO and TERM-LAB, the microphone offers the highest precision. The robust anodized aluminum housing optimally protects the sensitive electronic components. Buy online now and achieve professional results!

Frequency range from 10 to 20000 Hz for comprehensive applications

The SPL Lab Next-Lab RTA's wide frequency range of 10 to 20,000 Hz covers the entire auditory spectrum, enabling precise applications in a variety of environments. Whether you're optimizing hi-fi systems in a car or analyzing concert acoustics, this range ensures you won't miss a single frequency. A narrower frequency range would significantly limit versatility by excluding certain applications. Other products on the market often offer a more limited range, which may not offer the flexibility for diverse applications enabled by the Next-Lab RTA.

Amplitude range for high-SPL edition from 60 to 155 dB offers flexibility

The amplitude range of the High-SPL edition of the SPL Lab Next-Lab RTA extends from 60 to 155 dB. This extended range is ideal for more intensive applications such as car sound competitions where high volumes prevail. A microphone with a lower amplitude range could produce distortion when used at high sound pressure levels. The 50 to 120 dB version, on the other hand, is ideal for everyday measurements in quieter environments. This offers flexibility to choose the edition that best meets your needs.

Internal accuracy with 16-bit ADC for precise measurements

With an internal accuracy of 16 bits of ADC, the SPL Lab Next-Lab RTA measurement microphone ensures that even the smallest differences and nuances in the acoustic signal are captured. More bit depth means finer resolution, allowing you to make precise adjustments to your system. Typically, 16 bits provides a solid balance between precision and processing power. A lower value, such as 12 bits, would reduce accuracy and could miss crucial details. While 24 bits increase detail, this isn't necessary for most applications.

Anodized aluminum housing for durability and protection

The robust anodized aluminum housing of the SPL Lab Next-Lab RTA provides protection for the sensitive electronic components while remaining lightweight. Aluminum housings are also resistant to impacts and scratches, significantly increasing the longevity of the device. Products without such a high-quality enclosure are often more susceptible to environmental influences and wear. This improves ergonomics through its compact design and ensures that it can be used in a space-saving manner both inside the car and in other measurement environments.

Calibration according to Audiomatica CLIO or TERM-LAB

The SPL Lab Next-Lab RTA microphone, or specifically the High SPL Edition, is calibrated according to Audiomatica CLIO or TERM-LAB standards, ensuring precision and high reliability. Devices not calibrated according to such recognized standards may produce inconsistent readings. Proper calibration is essential to obtain accurate measurements and to ensure the microphone delivers consistent results across a variety of conditions.

Lab-Bus digital bus for efficient data transmission

The Lab-Bus digital bus interface of the SPL Lab Next-Lab RTA enables fast and efficient data transfer, critical for real-time measurements and rapid adjustments during the measurement process. Unique Lab-Bus interfaces often offer higher data transfer rates. Systems with slower or outdated technology, such as USB 1.0, may not offer the same performance, which can be particularly disruptive during real-time measurements.

Easy to install with optional stand mounting

The ability to mount the SPL Lab Next-Lab RTA on a stand significantly increases its flexibility. This is especially useful for recurring measurements where microphone stability is essential. Stand mounting allows you to ensure the microphone is always in the correct position for consistent measurements. Other microphones that cannot be mounted on a stand don't offer this convenience.

Fine-tuning the audio system components for optimal performance

The SPL Lab Next-Lab RTA gives you the ability to fine-tune audio system components. This process is crucial for maximizing sound quality and harmonizing all components. Combined with calibration, the device's precise settings provide a comprehensive analysis that goes beyond mere frequency measurement. Failure to fine-tune would result in an unbalanced sound, which could negatively impact the overall impression of the audio system.

Spectral analysis to define the harmonic distortion coefficient

Another important feature of the SPL Lab Next-Lab RTA is spectral analysis, which allows you to determine the harmonic distortion coefficient. This analysis allows you to determine how clean and distortion-free a sound signal is, which is especially important in professional audio recording and competitions. Products that don't offer this analysis feature don't allow for a comprehensive assessment of audio quality characteristics. If you're just interested in learning how to optimally adjust your acoustics, the Audio Blog is the ideal source of comprehensive information. Don't miss the opportunity to address your specific questions to the expert support FAQ & Help or take the opportunity for on-site installation in Frankfurt (Oder) .