Licensed and unlicensed wireless backhaul delivering fiber-equivalent connectivity across challenging terrains where cable installation isn't feasible. Cambium and Radwin platforms engineered for 99.99% availability in mission-critical environments.
When fiber installation isn't practical or economical, MULTISYS delivers point-to-point wireless solutions that match fiber performance and reliability. Our wireless backhaul systems span motorways, connect remote surveillance sites, bridge difficult terrain, and provide redundant connectivity for mission-critical facilities.
From TII motorway networks linking remote CCTV sites to secure government facilities requiring off-grid connectivity, our PtP wireless installations deliver the throughput, latency, and availability critical infrastructure demands. We deploy both licensed and unlicensed spectrum solutions, selecting the optimal frequency and platform for each environment.
Licensed and unlicensed point-to-point wireless solutions delivering fiber-equivalent performance.
Interference-free licensed microwave links in 6GHz, 11GHz, 18GHz, and 23GHz bands delivering carrier-grade reliability and guaranteed performance for critical infrastructure.
High-performance unlicensed wireless bridges in 5GHz and 60GHz bands providing cost-effective, fiber-equivalent connectivity for demanding applications.
Comprehensive RF engineering including path analysis, Fresnel zone clearance, spectrum analysis, and performance modeling ensuring reliable connectivity.
Cambium Networks and Radwin solutions delivering carrier-grade wireless performance.
Long-distance, high-capacity licensed microwave systems for carrier-grade reliability. Multi-gigabit throughput across 6/11/18/23 GHz bands with advanced modulation and adaptive coding ensuring maximum performance under varying atmospheric conditions.
High-performance 5GHz unlicensed systems delivering up to 450 Mbps+ aggregate throughput with best-in-class interference rejection for challenging RF environments.
Ultra-high-capacity 60/70/80 GHz millimeter-wave systems providing multi-gigabit connectivity for short-range, line-of-sight applications requiring maximum throughput.
Enterprise-grade wireless backhaul with exceptional reliability and performance in challenging RF environments. Robust connectivity for point-to-point applications across licensed and unlicensed spectrum.
Seamless integration with Cisco, Juniper, and other enterprise network platforms. PtP bridges connect directly to managed switches, routers, and security appliances providing transparent Layer 2 or routed Layer 3 connectivity.
Dual wireless links with automatic failover ensuring continuous connectivity even during equipment failure or severe weather events. Hot-standby configurations for zero-downtime operations.
Comprehensive site surveys, precision alignment, and redundant architectures for mission-critical links.
Every wireless link begins with comprehensive site surveys and RF path analysis. We verify line-of-sight clearance, assess Fresnel zone obstructions, measure existing RF interference, and model expected link performance under various weather conditions. Path profiling accounts for earth curvature, terrain elevation, and seasonal foliage growth.
Proper antenna selection and mounting are critical for reliable wireless performance. We specify high-gain parabolic dishes for long-distance licensed links, sector antennas for point-to-multipoint applications, and integrated radios for shorter unlicensed bridges. All installations include robust mounting hardware engineered for Irish weather conditions including high winds and ice loading.
Precision alignment maximizes link performance and fade margin using spectrum analyzers and RSSI monitoring. Post-installation optimization includes adaptive modulation tuning and interference mitigation. Critical deployments incorporate link redundancy through diverse path routing, automatic failover, and hot-standby configurations maintaining connectivity during outages.
Licensed microwave links require frequency coordination through ComReg (Commission for Communications Regulation). We manage the entire licensing process including frequency applications, interference analysis, coordination with existing license holders, and ongoing license maintenance. Licensed spectrum provides interference protection and guaranteed availability essential for critical infrastructure.
Unlicensed 5GHz and 60GHz systems operate in shared spectrum requiring careful frequency selection and interference mitigation. We utilize DFS (Dynamic Frequency Selection) channels, spectrum analysis tools, and adaptive frequency management avoiding congested channels and maximizing performance in challenging RF environments.
RF engineering expertise and proven deployments across Ireland's most demanding wireless environments.
Our team brings extensive experience designing and deploying wireless backhaul across Ireland's most demanding environments. Our wireless infrastructure connects remote CCTV sites along TII motorway networks, bridges river crossings where fiber isn't feasible, and provides redundant connectivity for secure facilities. When critical operations depend on wireless backhaul, operators trust MULTISYS.
PtP wireless integrates seamlessly with our CCTV platforms, network systems, and power infrastructure. We deliver complete turnkey solutions including backhaul connectivity, edge switching, PoE power delivery, and off-grid solar where required.
We manage the complete ComReg licensing process, interference coordination, and ongoing compliance — removing complexity and ensuring your wireless infrastructure operates legally and reliably.
Wireless backhaul engineered for 99.99% availability in mission-critical environments.
Trusted across Ireland's critical infrastructure, Multisys delivers licensed and unlicensed wireless backhaul with comprehensive RF engineering and ComReg licensing management.