Private Wireless Backhaul along with Structured Cabling Solutions provide high-performance, reliable connectivity for organisations across various environments, including offices, logistics operations, multi-tenant buildings, Operational Technology (OT) systems, Internet of Things (IoT) networks, and the hospitality sector. Wireless backhaul eliminates the need for physical cabling over long distances or difficult location where cable runs aren’t always possible, offering flexible connectivity in remote or difficult to wire locations, while structured cabling provides a robust, organised, and scalable physical infrastructure for data and communication networks within buildings.
Combined, these solutions ensure seamless connectivity and high-speed data transfer between distributed locations, ensuring that businesses maintain reliable and efficient network performance. Whether for internal communications, IoT device connectivity, or critical OT systems, wireless backhaul and structured cabling provide essential connectivity infrastructure for modern enterprises.
Private Wireless Backhaul & Structured Cabling Solutions offer a powerful combination of flexible, scalable, and high-performance connectivity options for organisations. From office environments to OT, IoT, and hospitality, these solutions provide the infrastructure required to support modern communications, data transfer, and real-time application performance.
Key features
High-Capacity Wireless Backhaul: delivers reliable, high-bandwidth connectivity between short locations on a single campus to multi-sites deployments, eliminating for physical connections that can be expensive or cumbersome.
Scalable Structured Cabling: provides a flexible, future-proof cabling infrastructure that supports current and future technology needs, ensuring long-term network performance and ease of expansion.
Low Latency: optimised connection for minimal latency, ensuring fast, real-time communication between distributed locations, critical for OT systems, IoT devices, and business applications.
Support for Multiple Platforms: is designed to meet the needs of a wide variety of environments, including corporate offices, logistics networks, multi-tenant buildings, IoT deployments, OT systems, and hospitality venues.
Seamless Integration: with Wireless LAN & WAN, supported integration with wireless LAN (WLAN) and WAN networks, creating a unified, high-performance network infrastructure.
Resilient & Redundant Design: offering options for redundancy and failover to ensure uninterrupted connectivity, even in the event of a hardware failure or network disruption.
Future-Proof Architecture: designed to support high-speed applications like video conferencing, cloud computing, and real-time analytics, ensuring your network can handle evolving technological demands.
Security & Reliability: both wireless backhaul and cabling solutions are designed with advanced security measures and robust construction to protect data and ensure long-term reliability in mission-critical environments.
Related solutions
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Backhaul Frequency Bands: 2.4 GHz, 5 GHz, 60 GHz, and licensed spectrum (depending on regulatory approvals)
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Range : wireless backhaul can cover distances from a few hundred meters to tens of kilometers
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Low-latency: design optimised for real-time applications
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Cabling Types : Cat5e, Cat6, Cat6a, Cat7, multimode fibre, single-mode fibre
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Redundancy & Failover: dual-path redundancy for wireless backhaul, with failover mechanisms
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Security: features Encryption for wireless backhaul, physical security for structured cabling
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Installation Flexibility: available for indoor and outdoor environments with various mounting options (rooftop, pole, wall)
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Scalability: supports multi-gigabit expansion as bandwidth requirements grow
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Network Management Centralised: control for monitoring, managing, and optimizing both backhaul and structured cabling infrastructure
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Deployment Options: fully managed, co-managed, or self-deployment with remote monitoring
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Seamless Connectivity Across Sites: wireless backhaul solutions provide a reliable connection between dispersed locations, ideal for logistics centres, multi-tenant buildings, or remote OT/IoT deployments, eliminating the need for complex cabling infrastructure over long distances.
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High-Speed Data Transfer: structured cabling solutions ensure that organisations benefit from high-speed, reliable connectivity for internal communications, cloud services, and mission-critical applications, ensuring smooth operations and productivity.
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Flexibility in Deployment: wireless backhaul is ideal for difficult-to-wire locations or temporary setups, while structured cabling offers a permanent, highly organised solution within facilities. Both provide flexibility depending on specific use cases and business needs.
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Reduced Infrastructure Costs: wireless backhaul solutions can significantly reduce the cost of laying fibre or copper cabling over long distances, while structured cabling ensures lower long-term maintenance costs and easy network scalability as business requirements evolve.
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Low Latency for Critical Applications: both wireless backhaul and structured cabling are designed with low-latency connectivity in mind, making them ideal for real-time applications such as video conferencing, OT control systems, and IoT devices that rely on immediate data transmission.
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Reliability & Redundancy: with built-in redundancy options and highly resilient components, businesses can ensure network uptime, minimising the risk of downtime due to hardware failure or network disruptions.
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Scalable for Future Needs: both wireless backhaul and structured cabling solutions are designed to grow with your business, providing scalable bandwidth options to support future technologies such as 5G, AI, and IoT expansion.
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Enhanced Security: can be applied to Wireless backhaul solutions using encryption and secure frequency bands to protect data during transmission, while structured cabling ensures physical security by centralising and organising data paths, reducing the risk of unauthorized access or physical tampering.
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Offices: structured cabling ensures that corporate offices have a reliable, high-speed infrastructure to support internal communications, cloud applications, VoIP, and data storage. Wireless backhaul enables connections between corporate offices and remote branch locations.
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Logistics & Transportation: wireless backhaul connects logistics hubs and warehouses across large distances without the need for extensive wiring. Structured cabling within each site ensures seamless communication between IoT devices, tracking systems, and management platforms.
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Multi-Tenant Buildings: both wireless backhaul and structured cabling can serve multi-tenant buildings by providing dedicated, high-speed connections for each tenant, ensuring isolated and secure network performance for businesses or residents within the same facility.
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Operational Technology (OT): structured cabling and wireless backhaul are critical for OT environments, where low-latency, high-reliability connectivity is needed to control industrial equipment, monitor processes, and maintain real-time communications in factories, power plants, and other critical infrastructure.
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IoT Networks: wireless backhaul provides connectivity for IoT devices in hard-to-reach or expansive outdoor environments, while structured cabling ensures reliable communication between IoT sensors, gateways, and data centres within buildings or smart cities.
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Hospitality: hotels, resorts, and other hospitality venues use structured cabling to support guest services, including high-speed internet, IP-based TV, and internal communications systems. Wireless backhaul enables cost-effective connections between remote locations, such as between a resort and its nearby facilities.