ComNet NW9 NetWave Ultra-High Throughput Wireless Ethernet Transmitter

Designed for high-demand security and surveillance networks, the ComNet NW9 NetWave wireless access point delivers ultra-high throughput and rugged outdoor reliability for video backhaul, perimeter monitoring, and enterprise wireless links. Built on 802.11ac MIMO technology, the NW9 supports up to 500 Mbps to carry multiple HD camera streams, access control data, and real-time monitoring traffic without bottlenecks. The single-radio unit includes an integrated 19 dBi, 17° beamwidth antenna that focuses signal for long-range point-to-point or point-to-multipoint links while minimizing interference in crowded RF environments. Its impact-resistant hardened housing protects electronics from weather and vandalism, making it ideal for outdoor security, industrial, and municipal deployments. Power with standard 802.3af/at PoE or use a separate PoE injector; the second Ethernet port also functions as an IEEE802.3at power source to simplify chain deployments. Easy browser-based configuration lets integrators choose AP or Client mode for flexible networking topologies. For reliable, high-capacity wireless networking in surveillance, monitoring, and security installations, choose the ComNet NW9 NetWave—contact us to specify your deployment or request a quote.

• Delivers ultra-high capacity links up to 500 Mbps to support multi-camera surveillance, remote monitoring and high-bandwidth security applications
• Hardened, impact-resistant enclosure ensures reliable outdoor performance in harsh environments for perimeter and critical infrastructure deployments
• Integrated 19 dBi, 17° narrow-beam antenna provides long-range, focused point-to-point or point-to-multipoint connectivity with superior interference rejection
• Flexible power and deployment options with 802.3af/at PoE support and an auxiliary PoE out port for simplified site wiring
• Configurable as an Access Point or Client with 802.11ac MIMO technology for scalable networking in security, monitoring and industrial applications