Why Choose Nexcom Connectivity
Optical Fiber, Microwave, and Wireless Access
Urban and Rural Coverage
Secure, High-Capacity Infrastructure
Design for Offices, Factories, Retail, and Remote Sites
Optical Fiber
The backbone of high-capacity data transmission. Using G.652 and G.657 fiber, we deliver symmetrical gigabit speeds with EMI immunity for future-proof, heavy data demands.
Microwave Backhaul
High-frequency point-to-point microwave links enable rapid deployment across challenging terrains, offering carrier-grade reliability as primary or redundant connectivity.
Wireless Access (WAP & Fixed Wireless)
Wi-Fi 6/6E and 5G Fixed Wireless Access deliver seamless mobility, high-density device support, and smart beamforming to eliminate dead zones indoors and outdoors.
Corporate Offices & Smart Workspaces
Optimized for high-density environments using Wi-Fi 6E/7 with MU-MIMO. Category 6A/7 structured cabling supports 10Gbps backbones and PoE++ for unified communications, smart lighting, and seamless 4K collaboration.
Industrial Factories & Warehouses
IP67-rated rugged hardware withstands extreme heat, dust, and vibration. EMI mitigation ensures stable M2M and IoT connectivity, using Sub-1GHz frequencies for reliable penetration through steel-heavy environments.
Retail & Hospitality Hubs
Secure, multi-layered networks isolate POS traffic from Guest Wi-Fi. RF heatmapping removes coverage gaps, while BLE beacons enable customer analytics and real-time digital signage synchronization.
Remote & Off-Grid Sites
Autonomous connectivity for mining, oil, and construction sites using solar-hybrid power and VSAT/Microwave backhaul. Long-range PtMP wireless bridges ensure carrier-grade uptime across vast outdoor areas.
Advanced Encryption & Edge Security
AES-256 end-to-end encryption secures all data in transit. Network edges are protected with Next-Generation Firewalls and Deep Packet Inspection, delivering real-time defense against DDoS attacks, zero-day threats, and unauthorized access.
High-Throughput Switching Fabric
Terabit-scale switching fabrics eliminate congestion under massive concurrent loads. MPLS and Segment Routing intelligently optimize traffic paths across the network core for maximum efficiency and performance.
N+1 Hardware Redundancy
Designed for 99.99% uptime, critical components follow N+1 or 2N redundancy models. VRRP and automated failover deliver sub-second recovery with zero user disruption.
Software-Defined Orchestration (SDN)
Centralized SDN controllers enable real-time traffic engineering and dynamic QoS, automatically prioritizing bandwidth for mission-critical applications during peak demand.
Physical & Logical Partitioning
VLANs and VRFs enforce strict logical segmentation to block lateral threats. For high-security environments, physical air-gapping or dedicated dark fiber ensures complete isolation from public networks.
Massive MIMO & Beamforming (Urban)
Massive MIMO enables simultaneous data delivery to multiple users on the same frequency. Active beamforming focuses signals directly toward devices, reducing interference and maximizing capacity in dense urban environments.
Sub-1GHz Spectrum Penetration (Rural)
Utilizing 700MHz and 800MHz bands, lower-frequency signals travel farther and penetrate foliage, terrain, and structures, delivering reliable last-mile connectivity in rural and remote areas.
Hybrid Backhaul (Satellite & Microwave)
LEO satellite integration combined with licensed long-haul microwave links creates a resilient middle-mile backhaul, delivering low-latency performance where fiber infrastructure is unavailable.
Small Cell Density Expansion
Outdoor small cells mounted on street infrastructure eliminate urban coverage gaps, enabling ultra-wideband 5G speeds for smart cities and high-demand metropolitan applications.
Custom Connectivity Solutions—Start the Conversation
Why Choose Nexcom Connectivity
Optical Fiber, Microwave, and Wireless Access
Urban and Rural Coverage
Secure, High-Capacity Infrastructure
Design for Offices, Factories, Retail, and Remote Sites
Optical Fiber
The backbone of high-capacity data transmission. Using G.652 and G.657 fiber, we deliver symmetrical gigabit speeds with EMI immunity for future-proof, heavy data demands.
Microwave Backhaul
High-frequency point-to-point microwave links enable rapid deployment across challenging terrains, offering carrier-grade reliability as primary or redundant connectivity.
Wireless Access (WAP & Fixed Wireless)
Wi-Fi 6/6E and 5G Fixed Wireless Access deliver seamless mobility, high-density device support, and smart beamforming to eliminate dead zones indoors and outdoors.
Corporate Offices & Smart Workspaces
Optimized for high-density environments using Wi-Fi 6E/7 with MU-MIMO. Category 6A/7 structured cabling supports 10Gbps backbones and PoE++ for unified communications, smart lighting, and seamless 4K collaboration.
Industrial Factories & Warehouses
IP67-rated rugged hardware withstands extreme heat, dust, and vibration. EMI mitigation ensures stable M2M and IoT connectivity, using Sub-1GHz frequencies for reliable penetration through steel-heavy environments.
Retail & Hospitality Hubs
Secure, multi-layered networks isolate POS traffic from Guest Wi-Fi. RF heatmapping removes coverage gaps, while BLE beacons enable customer analytics and real-time digital signage synchronization.
Remote & Off-Grid Sites
Autonomous connectivity for mining, oil, and construction sites using solar-hybrid power and VSAT/Microwave backhaul. Long-range PtMP wireless bridges ensure carrier-grade uptime across vast outdoor areas.
Advanced Encryption & Edge Security
AES-256 end-to-end encryption secures all data in transit. Network edges are protected with Next-Generation Firewalls and Deep Packet Inspection, delivering real-time defense against DDoS attacks, zero-day threats, and unauthorized access.
High-Throughput Switching Fabric
Terabit-scale switching fabrics eliminate congestion under massive concurrent loads. MPLS and Segment Routing intelligently optimize traffic paths across the network core for maximum efficiency and performance.
N+1 Hardware Redundancy
Designed for 99.99% uptime, critical components follow N+1 or 2N redundancy models. VRRP and automated failover deliver sub-second recovery with zero user disruption.
Software-Defined Orchestration (SDN)
Centralized SDN controllers enable real-time traffic engineering and dynamic QoS, automatically prioritizing bandwidth for mission-critical applications during peak demand.
Physical & Logical Partitioning
VLANs and VRFs enforce strict logical segmentation to block lateral threats. For high-security environments, physical air-gapping or dedicated dark fiber ensures complete isolation from public networks.
Massive MIMO & Beamforming (Urban)
Massive MIMO enables simultaneous data delivery to multiple users on the same frequency. Active beamforming focuses signals directly toward devices, reducing interference and maximizing capacity in dense urban environments.
Sub-1GHz Spectrum Penetration (Rural)
Utilizing 700MHz and 800MHz bands, lower-frequency signals travel farther and penetrate foliage, terrain, and structures, delivering reliable last-mile connectivity in rural and remote areas.
Hybrid Backhaul (Satellite & Microwave)
LEO satellite integration combined with licensed long-haul microwave links creates a resilient middle-mile backhaul, delivering low-latency performance where fiber infrastructure is unavailable.
Small Cell Density Expansion
Outdoor small cells mounted on street infrastructure eliminate urban coverage gaps, enabling ultra-wideband 5G speeds for smart cities and high-demand metropolitan applications.