VigilLink offers zero-latency, secure audio-visual connectivity solutions using fiber optic and Audio over IP (AoIP) technologies. Their products enable reliable AV signal transmission for mission-critical applications in healthcare, command and control, and corporate environments.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations in critical sectors like healthcare, command and control, and corporate environments require robust audio-visual (AV) signal transmission that is free from latency and secure. Traditional AV infrastructure can struggle to meet these demands, leading to potential disruptions in real-time decision-making, collaboration, and operational efficiency.
Solution
VigilLink provides advanced AV connectivity solutions leveraging fiber optic and Audio over IP (AoIP) technologies to ensure zero-latency, secure signal transmission. Their product portfolio is designed to integrate seamlessly into complex AV systems, enabling high-performance signal management for mission-critical applications. By offering reliable and efficient AV distribution, VigilLink empowers professionals to maintain clear communication and operational continuity.
Target Audience
VigilLink serves professionals and organizations in healthcare, command and control operations, and corporate environments that require high-fidelity, low-latency, and secure audio-visual signal distribution.
Features
- Fiber optic and AVoIP solutions for zero-latency audio and video transmission.
- Specialized products for healthcare, including operating room and radiology suite connectivity.
- Presentation switchers and videowall processors designed for corporate collaboration and command centers.
- Matrix switchers and distribution amplifiers for flexible AV signal routing and management.
- KVM products for remote control of systems.
- Dante audio integration for networked audio distribution.
- VigilLynx™ Control System for centralized AV system management.
- Support for high bandwidth signals up to 48Gbps and resolutions up to 4K@60Hz 4:4:4.