JP6K 是一种虚拟合成器,致力于仿效著名的超级锯声,1997 年在罗兰 JP-8000 合成器中首次发现。它旨在捕捉声音的本质和原始振荡器的行为。即使几十年后,超级锯仍然是世界各地的制作人和音乐家的重要工具,是许多电子音乐的重要组成部分! JP6K 可作为Windows32和原生 64 位 VST 仪器提供。 超级锯振荡器 有几个因素,使超级锯在JP6K不同于其他合成器,提供类似的声音。原来的超级锯从罗兰是别名,从而创造了一个明亮和"通风"的声音。为了防止振荡器在基本谐波下发出刺耳的声音,可能使用高通滤波器来去除不需要的频率。JP6K 使用相同的设计来实现这种特殊的振荡波形,使其具有独特的色调。 特殊调谐 经典超级锯的另一个重要方面,是其独特的脱调曲线。它是非线性的,它使用户对脱调量有了更大的控制。即使脱调控制是半路,脱调的传播是小的,这使得它有可能使非常光滑的发声垫。曲线然后逐渐增加,并在更高的值,调谐迅速蔓延到最大。此唯一的曲线以 JP6K 精确建模,使其与硬件中的调谐几乎相同。 特征 32 语音复调 2 个带潘宁的超级锯振荡器 1 噪音振荡器 可重新大小GUI 3 种过滤模式:低通、带通和高通-12 ~ -24 dB/10 3 个独立的 LFO 控制过滤器、放大器和音高 音高信封 滑翔机 (波尔塔门托) / MIDI 音高轮支持 内置延迟和均衡器 114 预设, 其中包括来自 Cfa 声音, 马希内布埃尔穆西奇, 米奇 · 奥黑尔和格热戈兹 JP6K is a virtual synthesizer dedicated to emulating the famous Super Saw sound, first found in the Roland JP-8000 synthesizer in 1997. It aims to capture the essence of the sound and the behavior of the original oscillator. Even after decades, the Super Saw is still an important tool for producers and musicians all around the world, and is a crucial part of many kinds of electronic music! JP6K is available as a 32 and native 64 Bit VST instrument for Windows. Super Saw Oscillator There are several factors that make the Super Saw in the JP6K different than other synths that provide a similar sound. The original Super Saw from Roland was aliasing, thus creating a bright and “airy” sound. To prevent the oscillator from sounding harsh below the fundamental harmonic, a high pass filter was possibly used to remove unwanted frequencies. The JP6K uses the same design to achieve that special oscillator waveform giving it a unique tone. Special Detune Another important aspect of the classic Super Saw, was its unique detune curve. It was non-linear, which gave the user greater control over the detune amount. Even when the detune control was half way, the spread of the detune was small, which made it possible to make very smooth sounding pads. The curve then gradually increased, and at higher values, the detune rapidly spread out to maximum. This unique curve is accurately modelled in JP6K, making it nearly identical to the detune in the hardware. |