Uncompromising 4K IP Video Transmission

The Kiloview N60 is a powerhouse bidirectional converter designed to bridge the gap between HDMI and the NDI ecosystem. Capable of handling UHD 4K at 60 frames per second, it supports YCC 4:2:2 and 10-bit color depth, ensuring that every pixel of your high-dynamic-range content remains vibrant and sharp. Whether you are encoding a cinema camera for a live stream or decoding an IP feed for a professional projector, the N60 delivers elite visual fidelity with ultra-low latency.

Expanded Connectivity for Modern Workflows

Beyond standard HDMI I/O, the N60 features dedicated USB Type-A and Type-C ports. This allows you to treat a standard USB webcam as an NDI source or connect a PC directly for high-quality screen capture. It effectively turns any workstation into a broadcast-ready node. For complex setups, the built-in cold shoe and V-mount compatibility make it easy to rig the N60 directly onto your camera or production desk without adding bulk.

Reliability Built for Live Environments

In the world of live production, downtime isn't an option. The N60 features a dual-port network design that supports both PoE (Power over Ethernet) and DC power. These ports offer network bonding and primary-backup redundancy; if one connection fails, the other takes over instantly to ensure your stream never drops. Additionally, the "Visual Input Loss Alert" system replaces traditional black screens with custom "No Video" graphics, allowing technicians to identify and resolve signal issues immediately without confusing the audience.

Centralized Management and Communication

Streamline your on-site coordination with the integrated voice intercom support. When paired with the KIS intercom system, the N60 supports USB headsets for real-time communication between directors and camera operators. For large-scale deployments, the device connects seamlessly to KiloLink Server Pro, giving you a centralized dashboard to monitor bandwidth, IP addresses, and video previews for your entire fleet of converters from a single interface.