Rarely discounted and currently at its lowest tracked price - a genuinely good time to buy.
About
Product Overview
Ample China Pipa stands as a sophisticated virtual instrument capturing the tonal complexity and performance capabilities of the traditional Chinese lute. Developed by Ample Sound and performed by acclaimed soloists Professor Yin Chen and Lisha Shang, the plugin delivers genuine expressive depth through two complementary sample libraries: Master emphasizes historically authentic timbres while Expert optimizes for contemporary compositional contexts with a more direct sonic character.
The technical architecture supports both detailed articulation work and intuitive real-time performance. Eleven articulation types encompass multiple tremolo variations, legato slides, and a strum engine offering 26distinct playing styles with functional chord detection. The tremolo modeling incorporates 90 velocity-dependent start points and automatic looping, while the bend system employs physical modeling to achieve naturalistic pitch transitions rather than simple sample playback. Resonance modeling and fret noise simulation contribute meaningfully to authenticity without overwhelming the core sound.
Recording methodology employs professional AB and MS stereo techniques with user-adjustable microphone balancing, providing mixing flexibility often absent in instrument plugins. The onboard effects section - EQ, compressor, echo, and convolution reverb - enables character shaping within the plugin itself, though the core samples require minimal processing for professional results.
This instrument serves composers and producers working within East Asian musical traditions, film and game audio creators seeking culturally specific textures, and experimental musicians exploiting the pipa's unique sonic properties. At 8.6 GB across both libraries, Ample China Pipa occupies a rare technical position where sampling density supports both scholarly authenticity and creative flexibility. It remains one of the few Western-developed pipa instruments achieving meaningful instrumental verisimilitude.