AHS Co., Ltd. (Taito-ku, Tokyo; CEO & CTO: Kanru Hua) has announced the release of four new voice databases for its next-generation singing synthesis software, "Synthesizer V 2." The new lineup includes "Synthesizer V 2 AI Lina" and "Synthesizer V 2 AI Shun," both tailored for musical theater and stage performances, alongside the Korean-language databases "Synthesizer V 2 AI Nea" and "Synthesizer V 2 AI Toi." All products are available for download through the AHS website starting today, with plans for a rollout across national download platforms.
Synthesizer V 2 utilizes a powerful audio processing engine to generate high-quality, natural singing voices through an intuitive user interface. The latest AI synthesis engine provides faster rendering and optimized pitch editing capabilities, facilitating a smoother production workflow.
Product Descriptions: - Synthesizer V 2 AI Lina (Japanese Female): Features a soft, transparent voice with a natural resonance and steady vibrato, ideal for musicals. Vocal styles include Cute, Delicate, Dramatic, Powerful, and Whispery. - Synthesizer V 2 AI Shun (Japanese Male): Characterized by a mild, full-bodied voice with deep mid-low ranges and powerful highs, suitable for stage music. Vocal styles include Bright, Dramatic, Powerful, Soft, and Tender. - Synthesizer V 2 AI Nea (Korean Female): A gentle and expansive voice suitable for orthodox pop, ballads, and versatile enough for EDM or rap. Vocal styles include Ballad, Cool, Mature, Powerful, and Whispery. - Synthesizer V 2 AI Toi (Korean Male): A versatile database ranging from soft ballad tones to loud singing styles for high-tempo rock. Vocal styles include Dramatic, Pop, Powerful, Soft, and Whispery.
These databases can be used with the "Synthesizer V Studio 2 Pro" (sold separately) for maximum expression or via the free feature-restricted version included with the products.
Release Date: May 28, 2026 Price: 9,680 JPY (Download Edition, tax included for each product).
FACT BOX
- Source: PR TIMES
- Category: クリエイティブ・ソフトウェア / AI技術