Chipspeech is a vocal synthesizer software which was created by Plogue with the goal of recreating 1980s synthesizers. The software is used for creating vocals for use within music. Chipspeech is designed to produce vintage-style vocals from synthesizers that were used by the music industry in the 1980s, having a cut off date of 1989 technology. The vocals, therefore, are not meant to sound realistic and are more suited for sound experimentation. It works as a text-to-speech method. Users type the lyrics in and receive instant playback results which was a capability beyond the original soundchips the software vocals are based on. The software is as simple as Vocaloid. Though English and Japanese come as standard, other languages can be created by direct entry of syllables. Though human-like vocals can be achieved, the results are always machine-like rather than man-like. It is capable of different synthesis methods or re-samplers. In addition for 1.032 version of the software a new "Speak and Spell" program was added creating the circuit bending feature. Chipspeech itself as created as a result of research for Chipsounds by Plogue in the 2000s. David Viens himself would often collect sound chips even if there was no need for them. This obsession eventually lead to further events which resulted in the creation of the Chipspeech software after he spent years hacking, protoboard making, probing, and reverse engineering the speech chips. He noted that the software's main goal was to be a singing emulator and not a text-to-speech software. The source data of each vocal is 8 kHz or 10 kHz. Despite all their effort, the project came to a halt. Hubert Lamontagne joined Plogue with knowledge of phonetics and digital signal processing, Hubert took interest in creating a vintage-sounding synthesizer, and designed the synthesizer to work beyond being a sound library. It originally came with 7 "characters" upon purchase, more vocals have been added since and continue to be added. These characters come with their own backstory and are based on a sound synthesizer.