Bringing seamless roaming to hybrid LTE

Designed to complement LTE technology, the Hybrid LTE/InstaMesh Osprey, variant of the Osprey Intelligent Endpoint (IEP) data radio, guarantees mission critical connectivity, extending the coverage and performance of LTE networks through the addition of true peer-to-peer meshing capability. 

The Hybrid Osprey includes both a high-performance LTE modem, as well as a Rajant InstaMesh node. Leveraging the Rajant InstaMesh algorithim, the Hybrid model provides seamless roaming between either the LTE infrastructure, a nearby Rajant neighbor on another truck or shovel, or potentially a Rajant infrastructure device. Connections to both the LTE infrastructure and nearby Rajant devices are analyzed on a packet-by-packet basis. If the device's LTE link is dropped, no harm done, as the device already has available alternate links and can route traffic over them and through the neighbor's available LTE link without the associated delays with switching networks. 

Beyond extending coverage, the Hybrid Osprey provides significant throughput increases in high-traffic areas where the deployed LTE network may be reaching its throughput limit. 

With its non-event roaming capability, the Hybrid LTE/InstaMesh Osprey ensures your autonomous equipment has mission critical connectivity including high throughput, low latency and redundancy. Where connectivity to the network is kind, the Hybrid solution stands alone. The solution provides the ultimate in redundancy, ensuring delivery of every packet. 

When required by the network design, the Hybrid Osprey can also support the segregation of your network, allowing the autonomous application to reside on a stand-alone technology, while the other on-board applications reside on their own network, providing additional control of the autonomy traffic. 

While many mining applications require L2 connectivity, LTE is a L3 technology. 

The Hybrid LTE/InstaMesh Osprey provides access to L2 network functionality over a L3 network like LTE, by creating a tunnel over the LTE network, from the client device back to the customer's network for connection to the application servers. Regardless of whether the traffic traverses the LTE link via the tunnel, or stays local via an available InstaMesh link, the packets remain on the same L2 network ensuring smooth, efficient delivery. 

The solution minimizes impact to applications, introducing minimal latency to mining applications that rely on this connectivity.