梦想中的合成器似乎并不存在:一款具有真正高品质音质的波表合成器,以可视化和创造性工作流程为导向的界面,让创建和更改音质变得有趣而非乏味,并能在需要时 “深入”–创建/导入/编辑/变形波表,并在回放时实时处理这些波表。

为什么选择 SERUM?

梦想中的合成器似乎并不存在:一款具有真正高品质音质的波表合成器,以可视化和创造性工作流程为导向的界面,让创建和更改音质不再枯燥乏味,还能在需要时 “深入”–创建/导入/编辑/变形波表,并在回放时实时处理这些波表。

轻松导入自己的音频/创建自定义波表

Serum 内置了波表编辑器,你可以通过多种方式创建自己的波表。直接从音频文件中导入音频–Serum 有多种分析音频的方法和选项,可以将音频分解成单独的波形。当然,你可以导入单周期波表,也可以同时导入多个波表(内置排序选项或手动重新排序)。使用标准线性插值(交叉淡入淡出)或通过谐波/频谱变形,在不同波形之间进行变形。直接在波形上绘制,可选择网格大小的捕捉和各种形状工具。使用 FFT(加法)生成或修改波形。使用公式函数创建或处理波形。处理菜单选项允许你执行其他任务,如应用淡入淡出、交叉淡入淡出、归一化、导出等。

超洁净振荡器

回放波表需要进行数字重采样,以播放不同的频率。如果不小心谨慎,不进行大量的数字运算,这一过程就会产生可听的伪音。伪音意味着你(可能在不知情的情况下)在混音中加入了不需要的音调/频率。许多流行的波表合成器在抑制伪音方面做得非常糟糕–即使是在高质量的设置下,有些合成器也会产生高达 -36 dB 至 -60 dB 的伪音(伪音与基音之间的电平差),这是很容易听到的,而且在此过程中往往会抑制最高的可听频率,以试图抑制这些不需要的声音。在 Serum 中,原生模式(默认)的振荡器重放采用了超高精度重采样,产生了惊人的不可听信噪比(例如,在 44100 频率下以 1 Khz 频率重放锯齿波时,信噪比为-150 dB)!这需要大量的计算,因此 Serum 的振荡器回放已使用 SSE2 指令进行了积极的优化,以实现高质量的回放,而不会对 CPU 造成比一般(质量不错的)软合成器更多的负担。加载 Serum,我们相信你会注意到你所听到的(坚实的高频,平直延伸至听觉极限)以及你没有听到的(没有多余的杂音或混叠杂音–只有良好、干净的声音)。

The dream synthesizer did not seem to exist: a wavetable synthesizer with a truly high-quality sound, visual and creative workflow-oriented interface to make creating and altering sounds fun instead of tedious, and the ability to “go deep” when desired – to create / import / edit / morph wavetables, and manipulate these on playback in real-time.

WHY SERUM?

The dream synthesizer did not seem to exist: a wavetable synthesizer with a truly high-quality sound, visual and creative workflow-oriented interface to make creating and altering sounds fun instead of tedious, and the ability to “go deep” when desired – to create / import / edit / morph wavetables, and manipulate these on playback in real-time.

IMPORT YOUR OWN AUDIO / CREATE CUSTOM WAVETABLES WITH EASE

Serum has a Wavetable editor built right in- you can create your own wavetables in a variety of ways. Import audio directly from audio files – Serum has a variety of methods and options for analyzing audio for breaking it apart into individual waveforms. You can import single-cycle wavetables of course, as well as many at once (with in-built sorting options, or manual re-ordering). Morph between various wavetables using standard linear interpolation (crossfading) or via harmonic/spectral morphing. Draw directly on the waveform, with optional grid-size snapping and a variety of shape tools. Generate or modify waveforms using FFT (additive). Create or process waveforms using formula functions. Processing menu options allow you to do the other tasks you would want, such as apply fades, crossfades, normalize, export, and much more.

ULTRA-CLEAN OSCILLATORS

Playback of wavetables requires digital resampling to play different frequencies. Without considerable care and a whole lot of number crunching, this process will create audible artifacts. Artifacts mean that you are (perhaps unknowingly) crowding your mix with unwanted tones / frequencies. Many popular wavetable synthesizers are astonishingly bad at suppressing artifacts – even on a high-quality setting some create artifacts as high as -36 dB to -60 dB (level difference between fundamental on artifacts) which is well audible, and furthermore often dampening the highest wanted audible frequencies in the process, to try and suppress this unwanted sound. In Serum, the native-mode (default) playback of oscillators operates with an ultra high-precision resampling, yielding an astonishingly inaudible signal-to-noise (for instance, -150 dB on a sawtooth played at 1 Khz at 44100)! This requires a lot of calculations, so Serum’s oscillator playback has been aggressively optimized using SSE2 instructions to allow for this high-quality playback without taxing your CPU any more than the typical (decent quality) soft synth already does. Load up Serum and we think you’ll be able to notice both what you hear (solid high frequencies, extending flat all the way up to the limits of hearing) as well as what you don’t hear (no unwanted mud or aliasing gibberish- just good, clean sound).

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