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Value proposition · Mining sector
The only network that follows the haul truck from pit bottom to surface
Why EMAR for this combination
Mining use cases
Rajant Corporation products for Mining
Modernized 900 MHz telemetry module designed as drop-in replacement for legacy industrial radios in oil & gas and utility infrastructure.
Credit card-sized dual-radio OEM module for embedded and low-power applications where space, weight, and power constraints are critical.
Military-grade mesh networking node for bridging communication gaps among vehicles, personnel, and unmanned ground systems (UGVs), delivering up to 1.7 Gbps.
Rajant's ruggedized edge computing platform combining distributed compute, data management, and wireless connectivity (Wi-Fi 5, LTE/5G/LoRa) in an IP67 enclosure for autonomous edge operations.
Mobile mesh networking node in a rugged IP67 compact package for vehicular and remote deployments, with up to 1.7 Gbps aggregate and up to three transceivers for multi-channel resilience.
Rugged LTE+Wi-Fi mesh node for rapid network expansion where fixed infrastructure is unavailable, with dual 2×2 MIMO radios and 600 Mbps user throughput.
Next-generation Wi-Fi 6 (802.11ax) Kinetic Mesh node delivering ~2.98 Gbps, with multi-band radios, integrated GNSS, and edge computing capabilities for the most demanding industrial environments.
High-speed mobile mesh node with quad 2×2 MIMO radios for large-scale deployments, delivering up to 600 Mbps user throughput and 2.3 Gbps aggregate at IP67 ruggedization.
Wi-Fi 6 (802.11ax) quad-radio flagship node delivering up to 3.5 Gbps with 1024-QAM, designed for LiDAR, video processing, robotics, and ML applications at the edge.
LTE-integrated Kinetic Mesh node combining cellular LTE backhaul with quad-radio 802.11ac mesh, delivering 2.3 Gbps aggregate in the same Peregrine ruggedized IP67 form factor.
Ultra-compact IP67 mesh node with dual-radio (2.4/4.9/5 GHz), 300 Mbps throughput, 1312g weight, for OEM integration, UAVs, and space/power-constrained environments.
Commercial-grade mesh node in an IP67 enclosure for IIoT and light-duty vehicles: dual 2.4 and 4.9/5 GHz transceivers with 2×2 MIMO, 455 grams, and power draw from 2.8W.
Ruggedized IP67 node with up to four transceivers and six antenna ports across 900 MHz, 2.4, and 5 GHz: Rajant's classic multi-radio platform for mesh backbone in large-scale operations.
Portable IP67 node with two transceivers and up to four antenna ports, designed to be carried by one person: wearable mesh for dismounted teams on 900 MHz, 2.4, 4.9, or 5 GHz.
Rajant's smallest and lightest BreadCrumb: from 47 grams, engineered for extreme SWaP-constrained platforms such as small UAVs, drone swarms, and lightweight autonomous systems.
Sparrow variant hardened against extreme vibration, intended for integration into mobile assets, heavy machinery, and embedded systems where continuous vibration would degrade a standard node.
Hybrid mesh + 5G node: two Wi-Fi 6 radios (2.4 and 5 GHz) plus an integrated 5G cellular modem with global band support, dynamically selecting the best path — mesh or cellular — for every packet.
Ultra-high-throughput mesh gateway: all the functionality of a BreadCrumb without radios, with two 2.5 GbE and four 10 GbE ports to eliminate bottlenecks at the wired-LAN-to-Kinetic-Mesh boundary.
High-speed wired interface into the Kinetic Mesh: connects fixed infrastructure to the mesh handling several hundred megabits per second, ideal as a data injection point into the network.
The networking protocol that defines Kinetic Mesh: reroutes traffic in real time by dynamically choosing the fastest, most reliable path among all available links, with no controller node and no motion-induced interruptions.
Management and monitoring suite for BreadCrumb networks: real-time topology visualization, per-node status and metrics, centralized configuration, firmware updates, and security administration across the entire mesh.
Let's discuss your specific case. EMAR SYSTEMS advises on selection, integration, and local support.
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