Boom3D offers a basic mode (with 10 bands) and an advanced mode (with 31 bands) for most of its presets. These can be adjusted between -12 dB and 12 dB as most of the other equalizers in this list. It also comes packed with features beyond the equalizer itself, including:įor the equalizer itself, Boom3D offers 31 bands ranging from 20 Hz to 20 kHz. Boom3Dīoom3D is a great equalizer for Windows 10. The FXSound Pro version offers some extra capabilities and costs $1.25 / month as a subscription. The FXSound interface is one of the easiest to use in this list, and the app provides real-time processing that excels at listening to audio via the internet.įXSound offers a free version that will be suitable for most people. The Pro version also allows you to create and save custom profiles and use the application across two devices. Bass Boost: Increases the bass frequencies.įXSound also offers a Pro version that features preset modes targeted toward specific applications such as music, movies, voice, and gaming.Dynamic Boost: Adds power to your audio levels.Surround Sound: Adds a surround sound effect.Ambience: Adds reverb that mimics larger spaces like a concert hall.Clarity: A dynamic high-end boost that enhances treble tones.The app includes 10 bands ranging from 86 Hz to 16 kHz, adjustable between -12 dB and 12 dB. FXSoundįXSound offers both a Windows 10 equalizer and a real-time audio processing feature. Equalizer APO is compatible with every version of Windows after Windows Vista. The interface also isn’t very intuitive and can take some time to get used to, but Equalizer APO provides a tutorial on their website. One downside of Equalizer APO is that specific sound application programming interfaces (APIs) including Audio Stream Input/Output (ASIO) and Windows Audio Session API (WASAPI) are not compatible. You can set up multiple profiles individually optimized for different applications. The 31-band mode ranges from 20 Hz to 20 kHz. In addition, under the constraint of the same Q-factor, we confirmed that the proposed P-CFNN obtained a 40% reduction in time complexity and a 70% reduction in space complexity compared with the PCA-based RFNN, which also proved the very large application prospect of the P-CFNN equalizer in optical fibre communication systems.Equalizer APO has two modes offering 15 or 31 bands. Under all launched optical powers, the performance of the P-CFNN equalizer is the best among all comparison algorithms, and the maximum ΔQ-factor compared to without employing the nonlinear compensation algorithm reaches 3.94 dB. Meanwhile, an equivalent real-valued fully connected neural network (RFNN) with the same time complexity as a CFNN is proposed for fair performance comparison. What we believe to be a novel complex principal component analysis (CPCA) algorithm applied to complex-valued fully connected neural network (CFNN) is designed to further reduce the computational complexity of the model. In this paper, we proposed a complex principal component analysis-based complex-valued fully connected neural network (P-CFNN) model aided by perturbation theory and demonstrated it experimentally on a dual-polarization 64-quadrature-amplitude modulation coherent optical communication system. An increasing number of scholars have proposed many schemes to mitigate the Kerr nonlinearity effect restricting the transmission capacity of optical fibres.
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