tvONE launches 4RU CALICO PRO for high-capacity immersive LED installations

The shift toward large-scale immersive environments and MicroLED walls requires a level of pixel density and processing horsepower that standard video switchers cannot provide. By doubling pixel capacity and maintaining 10-bit HDR fidelity, tvONE addresses the technical bottleneck in high-end live production where signal latency is critical. This move positions ACT Entertainment to capture more share in the 'mission-critical' tier of the Pro AV market, currently seeing increased competition from specialists like Brompton Technology. Watch for whether tvONE can maintain its market lead as competitors increasingly integrate SMPTE 2110 (IPMX) for uncompressed 8K transport.

The debut of the 4RU CALICO PRO follows a series of incremental hardware releases aimed at professional LED and broadcast sectors. Per tvONE reporting from May 2025, the company previously shipped the 1RU C7-PRO-1200 as a compact solution for smaller 16.5 million pixel installations, while the original 2RU version launched in 2024 handled approximately 66 million pixels. This progression indicates a focused strategy to scale hardware capacity in line with the rapid adoption of fine-pitch LED and MicroLED displays, which demand significantly higher data throughput for seamless visual quality.

In March 2026, tvONE released v1.5 of its CALICO Studio software, introducing DMX control over sACN. Per Live Design Online, this update was a strategic attempt to bridge the gap between lighting and video departments, allowing lighting programmers to trigger video cues and transitions directly from their consoles. This unified control philosophy matches a broader industry trend toward converged production workflows, where video processors are no longer isolated siloes but integral parts of a synchronized show control environment.

Beyond tvONE, the competitive landscape for high-end LED processing is intensifying. Per reports from ISE 2025 in February, Brompton Technology has pivoted toward 8K60 uncompressed video transport via its Tessera protocol, supporting redundancy on 100GbE inputs. Other industry players like Megapixel VR and Novastar are similarly pushing toward 12-bit color depth and AI-driven content calibration. As the global LED video wall processor market is forecast to reach $232 million by 2031 per Infinity Market Research, the technical floor for mission-critical hardware is shifting toward native 8K support and deeper software integration with existing production stacks.