Spaces II is a powerful Convolution Reverb plug-in developed by Doug Rogers and Nick Phoenix, offering an expansive collection of over 1,000 reverbs recorded in iconic locations such as churches, concert halls, opera houses, catacombs, train stations, and recording studios. This edition builds on its predecessor by including all original reverbs alongside hundreds of new ones, providing an extensive palette of realistic acoustic environments. Users benefit from a redesigned, streamlined interface that features visuals of each space and intuitive navigation tools, making it easy to explore the vast library and customize decay times for precise control over reverb characteristics.

A standout aspect of Spaces II is its instrument specific reverbs, crafted to replicate how different instruments interact with various acoustic spaces. By employing advanced speaker arrays during recording, the plug-in captures the unique sound projection patterns of instruments such as French horns, violins, choirs, and harps within six detailed venues. This approach allows composers to assign tailored reverbs to individual sections or instruments, enhancing the realism and depth of orchestral and soundtrack mixes. The inclusion of 372 instrument specific reverbs adds a new dimension of authenticity, helping users achieve immersive and natural-sounding results.

Spaces II also features revolutionary recording techniques that ensure pristine audio quality, utilizing top-tier gear from renowned brands like Fairchild, Neumann, Neve, and Telefunken. Its True Stereo engine supports 24-bit high-resolution impulses with surround sound capability while maintaining low CPU usage, making it suitable for demanding production environments. The collection spans various genres, including film scoring, rock, pop, jazz, and classical, allowing users to find the perfect reverb texture for any style. Whether working on intricate orchestral arrangements or contemporary music, Spaces II offers an exceptional convolution reverb experience with unmatched depth and clarity.