Sound Spectrum Analysis vs DCX.Client 2
Price, ratings, monetisation and update history for both apps, side by side — with what reviewers say about each.
Sound Spectrum Analysis
Analyze sound spectrums in real-time using your device's microphone. This tool offers detailed frequency and amplitude scales, various window functions, and octave band analysis. It can also function as a noise level meter and allows for data export and saving of measurements.
- Real-time sound spectrum analysis
- Fast Fourier Transform (FFT) with adjustable size
- Linear and logarithmic frequency/amplitude scales
- Octave band analysis (1/1, 1/3, 1/6, 1/12)
- Multiple window functions
- A- and C-Weightings
- Sound level meter (dB SPL)
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The application is designed for analysis of a sound spectrum in real time (with a microphone). Besides, the application can be used as a measuring instrument of noise level (not for exact measurements). • Sound wave. • Fast fourier transform (FFT). FFT size: 2048 (the accuracy of determining the frequency of ±12 Hz), 4096 (±6 Hz), 8192 (±3 Hz), 16384 (±2 Hz), 32768 (±1 Hz), 65536 (±0.5 Hz), 131072 (±0.2 Hz). • Linear and logarithmic frequency scale. • Linear frequency scale with maximum details (there is a choice for the displayed frequency range). • Linear and logarithmic amplitude scale. • Octave bands (1/1, 1/3, 1/6, 1/12). • Window functions (Blackman, Hamming, Hann (Hanning), Blackman–Nuttall, Gaussian, Flat top). • A- and C-Weightings. • Peak hold. • Exponential spectrum averaging. • Peak frequency detection. • Values of any point (for frequency scale and sound wave (at maximum detail)). • Sound level meter (dB SPL). You can calibrate your microphone by launching a signal generator with a sinusoid frequency of 1000 Hz on another device and making the volume very low. When the sound is almost inaudible, it is necessary to find the amplitude for the frequency of 1000 Hz on the spectrum (FFT size: 16384). This value should be multiplied by 1.2 (to compensate for spectral leakage). It will be the reference value for your microphone. ESTIMATE THE TOTAL NOISE LEVEL BY USING THE SOUND WAVE MODE AT THE MAXIMUM VALUE. • Sample rate: 48000 Hz. • Taking a screenshot by lightly touching the screen. • Export data to a WAV or text file ("Y=[y1 y2... yn]", "y1;y2;... yn", "x1;y1\nx2;y2;..."). Number of points is adjusted via "FFT size". • Automatic stop in the sound wave mode (when increasing or decreasing signal strength). • Automatic stop in the spectrum mode. Now you can stop data collection when the start of the fading signal reaches the end of the FFT buffer. The beginning of the signal is not calculated accurately (just like with an automatic stop in the sound wave mode). • Test wave. • Saving the measurement results in the application. Files with saved data (SavedData_[date]_[time].txt) can be copied to a desktop/laptop computer or transferred to another iPhone using iTunes. There are buttons for quick loading and comparing saved files. • Dark theme. • List of frequency peaks. If several peaks have a common base, then they are considered as one peak. The minimum height of the peak for octave bands is 2 dB. • Interpolation of frequencies in the list of peaks. To interpolate the frequency of the peak, select the Gaussian window (the accuracy of determining the frequency can increase by 10-100 times). The calculation is not done for the extreme bins or if the adjacent bin is zero. • Calculation of the amplitude (in the list of peaks) using neighboring bins (to compensate for spectral leakage and use of the window). The number of bins used for calculation is written in brackets. • Collecting recent data (last minute). You can move over all collected data. The amplitude of the waveform can be changed in the sound wave mode. • Calibration file. The app recognizes only files for the UMIK-1 microphone, but you can specify which microphones you need support for.
DCX.Client 2
This application provides Wi-Fi remote control for the DCX2496 device, allowing users to manage input and output gains, EQ settings, and more. It offers features like preset management, setup transfer, and control of multiple devices.
- Wi-Fi remote control for DCX2496
- Manage input/output gains, EQ, and more
- File presets for sound setups
- Setup transfer between devices
- Control up to 16 devices
- Password protection
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Wi-Fi remote control system for DCX2496 device. What you need to control: • This DCX.Client app • The extra PC software DCX.Server 2 (MS-Windows / macOS) with a USB-RS232 interface Tip: For the first experiences with DCX.Client download the free test version DCX.Server 2 from our homepage. Supported DCX2496 functions • Input A/B/C/Sum: Gain, Mute, Delay, EQ 1..9, Dynamic EQ, Sum In A/B/C • Output 1..6: Gain, Mute, Delay (long & short), EQ 1..9, Dynamic EQ, X-Over incl. X-over Link, Phase, Polarity, Limiter • Adjust Output configuration (e.g. LMH LMH) • Configure In Stereo Link (e.g. A+B) • Set "Sum" signal sources • Select input sources for the outputs 1..6 Features • Unlimited app version (no demo/trail version) • File presets to down-/upload your sound setup for different music halls • Setup transfer from device A to B • Undo-Redo of the last action • Mute/Un-mute all outputs with a single button • Control up to 16 DCX2496 devices with a single app (RS232/RS485 cluster) • Search for the device Id of the connected DCX2496 devices • Password protection to avoid inadvertent re-adjustment • PDF Manual in English and German (online) Note: DCX.Client is also available for macOS devices.
Screenshots
Verdict
The clearest difference is in-app purchases: DCX.Client 2 at none against Sound Spectrum Analysis's 1. DCX.Client 2 also leads on iOS requirement (11.0 vs 15.6). Sound Spectrum Analysis's advantage is update cadence (every 5 weeks vs every 29 months) and review sentiment (60% vs 50%). On price, ads and device support there is nothing between them.
Scored on Price · Rating · Positive reviews · Number of ratings · Update frequency · Ads · In-app purchases · Monetization · Best chart rank · Devices · Requires iOS
Both are free to download. Sound Spectrum Analysis sells 1 one-off in-app purchase. DCX.Client 2 asks for nothing beyond the download.
Sound Spectrum Analysis ships an update every 5 weeks, DCX.Client 2 every 29 months. The most recent releases landed on October 22, 2026 and October 19, 2026 respectively.
| Parameter | Sound Spectrum Analysis | DCX.Client 2 |
|---|---|---|
| Price | Free | Free |
| Rating | 3.6 (42 ratings) — better | — |
| Positive reviews | 60.0% of reviews — better | 50.0% of reviews |
| Number of ratings | 42 — better | — |
| Update frequency | Every 5 weeks — better | Every 29 months |
| Ads | No | No |
| In-app purchases | Yes | No — better |
| Monetization | Free with in-app purchases | Free — better |
| Devices | iPhone, iPod | iPhone, iPad, iPod — better |
| Requires iOS | 15.6 | 11.0 — better |
| Further details — not scored | ||
| Size | 5 MB | 28 MB |
| Age rating | 4+ | 4+ |
| Developer | Dmitriy Kharutskiy | Rolf Stute |
Customer experience
Sound Spectrum Analysis
DCX.Client 2
In-app purchases
Sound Spectrum Analysis
- Full version$2.99
DCX.Client 2
No in-app purchases
Questions
Is Sound Spectrum Analysis free?
Is DCX.Client 2 free?
Do Sound Spectrum Analysis or DCX.Client 2 have ads?
Which is updated more often, Sound Spectrum Analysis or DCX.Client 2?
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