Reliable Wireless Systems for Heavy Construction
Vizmonet’s Heavy Construction Applications deliver reliable wireless communication for complex, large-scale worksites. These systems enable seamless data sharing between distributed machinery, safety sensors, and monitoring stations across challenging terrains.
Built on Vizmonet’s Carrier-Class-Customized™ wireless framework, our Heavy Construction Applications ensure low-latency links, optimized uptime, and superior field visibility. Whether it’s civil engineering, mining infrastructure, or industrial builds, Vizmonet’s connectivity keeps operations coordinated and safe.
Our Heavy Construction Applications empower OEMs with scalable solutions that meet rugged site demands—ensuring performance, reliability, and control, even in the harshest environments.
Key Features & Benefits
Getting Coverage Around Obstacles
- Steel beams, concrete walls, cranes — all of these block signals.
- Our radios supporting multiple radios with diverse frequency channels spanning from 900 MHz to 5 GHz , high transmit power, industry leading receive sensitivity and excellent interference resilience, mitigate the coverage challenges for infrastructure to create clear line-of-sight connections.
- Even if a drone or sensor is tucked behind a structure, data keeps flowing.
Real-Time Data Without Lag
- When you’re operating machines or monitoring a drone feed, a slow connection is a safety risk.
- Our setup is tuned for low-latency, so video and telemetry come through smoothly.
Cutting Through Interference
- Sites are noisy — wireless radios compete with handheld devices, power tools, and even cell towers.
- Our gear uses dynamic frequency selection and advanced signal filtering to jump to a clearer channel if things get crowded.
- That way, your link stays up even with interference all around.
Redundant Paths to Avoid Dropouts
- Every radio link can drop under stress, so we don’t count on just one path.
- Multi-radio diversity across different frequency bands means if one frequency fades or jams up, the system instantly swaps to another.
- No manual switching. No downtime.
Broad Coverage
Designed for long-range and complex sites with strong signal penetration.
Consistently Low Latency
End-to-end low latency supports live telemetry and responsive drone control.
Dynamic Interference Resistance & Automatic Failover
Adaptive spectrum sensing and modulation reduce noise impacts without manual setup. Redundant multi-band links switch over without losing packets.
Modular Expansion & Tough Construction
Scalable hardware supports more sensors, drones, and control devices as the project grows. Weatherproof and vibration-resistant enclosures keep the system running in harsh conditions.
RAJANT Case Study ES1 Breadcrumb
Vizmonet led the hardware design effort, including circuit design and packaging, while continuously incorporating Rajant’s feedback from testing and validation..
Vizmonet was acting as Satellite R&D center for Rajant and worked closely with Rajant to manage the complete product life-cycle.
Vizmonet team worked with regulatory Labs to get the product approved for FCC/IC/CE and other geography specific homologation.
Related Products
BKP6-AX2AX2-2450 Wi-Fi 6
Explore the advanced features of BKP6-AX2AX2-2450 Wi-Fi6, offering robust 30 dBm output for seamless wireless networking.
BKP4-OD-N2N2-2450 Wi-Fi 4
High-Performance, Dual independent Radio operating in ISM 2.4 GHz (2×2 MIMO) license-free Band and 4.9 GHz (Public safety)
BKP-N2N2-2450 Wi-Fi 4
Highly linear transmitter design with an ultra-high TX power of 29 dBm adhering to strict EVM level exceeding requirements OFDM modulated signals.