Z I P T E C H
Ethernet over Coax

SecureNet NZ provides advanced Ethernet over Coax (EoC) and MATV solutions designed to modernise existing infrastructure without costly rewiring. Our systems allow you to transmit high-speed data, IP surveillance, and digital signals over your existing coaxial cable network, delivering fast, efficient, and reliable performance.

EoC technology enables seamless migration from analogue to IP-based communication and video systems while reducing installation time and cost. This makes it ideal for apartments, hotels, large facilities, and commercial buildings where replacing cabling is disruptive or impractical.

Our MATV systems provide high-quality television distribution across multi-level or multi-unit environments, ensuring consistent and stable signal delivery. Whether you require a small system upgrade or a complete redesign, we customise each installation to ensure optimal coverage, clarity, and long-term reliability.

With end-to-end design, installation, and support services, SecureNet NZ ensures your EoC and MATV networks are efficient, scalable, and ready for future technology demands. Our certified specialists guarantee professional workmanship and system performance you can rely on.

Frequently Asked Question

What is Ethernet over Coax (EoC)?

EoC allows high-speed data and IP signals to be transmitted over existing coaxial cables without replacing infrastructure.

Can EoC work with older analogue systems?

Yes, EoC enables smooth migration from analogue systems to modern IP cameras, networks, and communication systems.

What type of buildings benefit from EoC?

EoC is ideal for apartments, hotels, offices, hospitals, and large facilities with existing coaxial cabling.

What is MATV used for?

MATV distributes TV signals throughout multi-unit or multi-level buildings, ensuring stable and consistent viewing quality.

Do you provide installation and maintenance for EoC/MATV?

Yes, we offer full design, installation, upgrades, and long-term support for both EoC and MATV systems.