Analog Way Unveils Aquilon Cmini Ennovations Knowledge Hub Latest by Elton - December 3, 2025December 3, 2025 Analog Way has expanded its acclaimed LivePremier family with the launch of the Aquilon Cmini, a compact new presentation system that delivers the full power of the flagship range in an ultra-small footprint. Building on LivePremier’s position as the industry’s premium presentation platform, the Aquilon Cmini brings the same ultra-low-latency 10-bit uncompressed processing, intuitive workflow, advanced smart features and the robust Link capability that have become hallmarks of the series. Despite its size, it supports a broad selection of modular I/O cards spanning DisplayPort 1.4, ST 2110, NDI, SDVoE and Dante, ensuring comprehensive flexibility for modern production environments. The Aquilon Cmini offers up to 16 inputs, 12 outputs, two dedicated multiviewers and eight 4K layers, giving users a scalable, high-performance toolset for applications where compactness and operational agility are essential. It is purpose-built for everyday live events and fixed installations that require advanced processing within tight spatial constraints, while also serving larger productions in linked configurations of two to four units to expand inputs, outputs or AUX destinations. For mission-critical workflows, the system supports seamless failover between primary and backup sources, ensuring uninterrupted operation. The company has simultaneously introduced a new 8-plug SDI input card designed to deliver additional versatility and density. Capable of operating as 8x 3G-SDI or 4x 12G-SDI, the card is especially valuable for mixed-format environments and for users working with 3G-SDI systems involving five to eight simultaneous sources. By maximising SDI port utilisation while reducing slot consumption, it offers meaningful benefits in applications where compactness, modularity and cost efficiency are decisive. Share on Facebook Share Share on TwitterTweet Share on Pinterest Share Share on LinkedIn Share Share on Digg Share