As part of the Cambium ONE Network platform, designed to simplify the deployment and operation of wired and wireless LAN and broadband technologies, these additions further reduce infrastructure costs and enhance reliability and security through automation and AI-based analytics.
Wireless BU manager for Duxbury Networking, Teresa Huysamen, says “The ONE Network platform provides complete integration and management across the entire network stack. This includes Wi-Fi, switching, security, network services, and SD-WAN, to address every aspect of a company’s networking to ensure unified management, security, and automation.”
Unified interface
The cnMatrix switches seamlessly integrate with the ONE Network, enabling centralized management via Cambium’s cnMaestro system. This allows solution providers to oversee all network components from a unified interface, cutting costs and boosting efficiency.
Moreover, ONE Network’s zero-touch deployment simplifies installation and lowers configuration errors. Its centralized control and auditing ensure dependable network operations. Uniform policies enforce consistent security measures across the stack, complemented by 24/7 vulnerability monitoring of LAN and WAN. This integrated approach minimizes gaps and fortifies overall network security.
The new cnMatrix EX3024F fibre aggregation switch extends Cambium’s EX3000 series of switches with an advanced feature set. The new features include:
- High-Performance Architecture: It provides 24 SFP+ 10 Gbps fibre ports, dual internal power supplies, and advanced L2/L3 switching capabilities.
- Scalable Aggregation: It is designed to aggregate 20+ Cambium EX- or TX-series switches, servers, or other network systems, providing up to 80 Gbps uplinks and downlinks.
- Network Automation: cnMatrix provides powerful out-of-box automation to configure an end-to-end Cambium network with minimal effort. Policy-based automation (PBA) extends this with a powerful rules-based system to automate ongoing network moves, adds and changes without the need to touch the network.