NK Series Video Routers are available in sizes ranging from compact 16×4 utility routers, up to our fully scalable facility 144×144 router, featuring built in redundant power, optional redundant crosspoint matrix and control CPU. Any matrix type can be incorporated into a system with any combination of other NK matrices and united under one control umbrella. Click on the links below to see feature and technical details for the various matrix types and sizes available.

NK Series Overview

Ross Video’s NK Series Routing Systems are a comprehensive family of routing solutions. NK Series offers a wide variety of matrix sizes and types, flexible control panels and a powerful control system to tie everything together. Whether it’s a small utility router or a large mission critical facility system, NK Series offers a solution to fit your budget and needs.

NK Series Routers are available in sizes ranging from 16×4 to 144×144. Any matrix type can be built into a system with any combination of other NK matrices – all united under one control system.

Initially created by well-known Australian design engineer, Joe Talia (and team), NK Series Routers have a long history and heritage. The team continues inspired work on this router line at our subsidiary, Ross Video Pty’s facilities in Melbourne, Australia.

NK Routers represent great value, are backed by a 5-year warranty, and include world-renowned Ross Video technical support.

At-A-Glance Features

NK Series Crosspoint Matrices

• Comprehensive product family
• Full range, from utility to facility solutions
• 16×4 to 144×144 sizes
• Wide range of matrix types
• Modular 64x, 72x, and 144x designs
• 144x feature redundant crosspoint matrices, power and control

NK Series Control System

• Full featured control system
• Distributed control architecture with no single point of failure
• Powerful and intuitive DashBoard Control System for configuration and monitoring
• Range of highly flexible control panels
• Virtual routing and resource management
• Serial and GPI automation interfaces