The Rajant High Vibe Sparrow BreadCrumb is an IP67 Kinetic Mesh® network
device intended for use in harsh environments on everything from heavy-duty
machinery to light-duty vehicle applications. The Rajant High Vibe Sparrow
BreadCrumb is ideal for non-autonomous tele-remote construction and mining
applications.

Rajant’s new industrial grade LTE stand alone integration device that seamlessly integrates existing Rajant mesh and LTE private networks into a single edge-compute enabled network that delivers enhanced performance for mission critical operations.

The Peregrine for Licensed Frequencies is our high-performance BreadCrumb® platform, supporting a maximum combined data rate of 3.9 Gbps with up to 6X enhanced throughput performance over existing BreadCrumbs.

The Rajant Condor BreadCrumb is Rajant’s new dual transceiver, military-grade, high-perfor- mance BreadCrumb platform. The Condor supports a maximum combined data rate of 1.7 Gbps and up to 6X enhanced throughput performance over existing BreadCrumbs.

The Rajant Needletail is a BreadCrumb node that enables ultra high throughput connections between your wired network and your Kinetic Mesh® network. Needletail contains all the functionality of a BreadCrumb, but without the radios.

The Rajant Sparrow is an IP67 Kinetic Mesh network device intended for use in harsh environments on everything from heavy duty machinery to light-duty vehicle applications. The Sparrow is ideal for non-autonomous tele-remote construction and mining applications.

The Huntsman is a National Security Agency (NSA)-certified Cryptographic High Value Product (CHVP) that integrates Rajant InstaMesh® technology and a powerful cryptographic engine to deliver secure, resilient, fully mobile wireless communications.

The Cardinal is a powerful lightweight module and notably the smallest. This is our first module specifically tailored to the needs of the warehouse automation market and Industry 4.0. Designed with automation robots in mind, including collaborative robots, automated storage/retrieval systems, autonomous mobile robots (AMRs), unmanned guided vehicles (UGVs), and more, the Cardinal can enhance your on-the-move connectivity in the most challenging environments.

ES1-ATEX1 and ES1-C1D1 HazLoc Wireless Mesh Network Nodes are high-performance BreadCrumbs suitable for use in hazardous locations. This high-performance industrial-grade BreadCrumb platform provides secure network connections using multiple frequencies to avoid interference.

The Rajant Peregrine LTE BreadCrumb® is Rajant’s latest quad transceiver industrial-grade, high-performance BreadCrumb, and supports a maximum combined data rate of 2.6 Gbps and up to 6X enhanced throughput performance over existing BreadCrumbs.

The Rajant Peregrine BreadCrumb® is Rajant’s new quad transceiver industrial-grade, high-performance BreadCrumb platform. It has a signaling capacity of 2.3 Gbps and up to 6X enhanced throughput performance over existing BreadCrumbs. It offers multiple MIMO radio interfaces, high throughput, and enhanced security performance with 256QAM and up to 80MHz channels.

The Rajant BreadCrumb LX5 is a rugged, wireless device that forms a mesh network when used in conjunction with other BreadCrumb systems. Our premier BreadCrumb solution, the LX5 contains up to four transceivers and six external antenna ports, and is recommended for building and expanding your core mesh infrastructure.

The Rajant Hawk BreadCrumb® is Rajant’s new dual transceiver industrial grade high performance BreadCrumb platform. It has a signaling capacity of 1.7 Gbps and up to 6X enhanced throughput performance over existing BreadCrumbs. It offers multiple MIMO radio interfaces, high throughput, and enhanced security performance with 256QAM and up to 80MHz channels.

The ES1 is an IP67 Kinetic Mesh network device intended for use in IIoT applications and light-duty vehicles. This portable mesh network node contains two transceivers with up to four external antenna ports and provides Ethernet and Wi-Fi access point interfaces to enable data, voice, and video applications with multiple mounting options.

O ES1 é um dispositivo de rede Kinetic Mesh IP67 destinado a ser usado em aplicações IoT e veículos ligeiros. Este nó de rede em malha portátil contém dois transceptores com até quatro portas de antena externa e fornece interfaces de ponto de acesso Ethernet e Wi‑Fi para permitir aplicativos de dados, voz e vídeo com múltiplas opções de montagem.

The BreadCrumb® DX2 is Rajant’s smallest and lightest BreadCrumb. Encased in magnesium, it weighs 123g with a MIMO-antenna system and is designed for private wireless networks on lightweight autonomous vehicles.

The Rajant SlipStream is a BreadCrumb® model that enables high throughput connections between your wired network and your Kinetic Mesh® network.

BC|Assurance is for Kinetic Mesh networks running version 11.22 or newer of Rajant’s InstaMesh firmware and is an advanced technical support offering that provides the tools and information needed to assess and monitor the health of a Rajant Kinetic Mesh® network. The program provides access to Rajant technical experts to assist in identifying and addressing network performance issues before they impact operations.

Together BC|Enterprise and BC|Commander® offer a comprehensive monitoring and management solution for your Kinetic Mesh® network, providing both historical and real-time information for efficient network diagnostics and troubleshooting. BC|Enterprise delivers strategic data on historical network performance with live updates to complement the real-time, tactical mesh network views available from BC|Commander.

With Rajant’s BC|Commander management software, administrators can monitor the status of their BreadCrumb wireless network, configure BreadCrumbs and graphically view the network topology.

Rajant’s new industrial grade LTE stand alone integration device that seamlessly integrates existing Rajant mesh and LTE private networks into a single edge-compute enabled network that delivers enhanced performance for mission critical operations.

Rajant’s RCP-2450 wideband circular polarized antenna achieves bi-directional coverage using both 2.4 and 5 GHz mesh links. Circular polarization delivers greater signal propagation to go around obstructions and these antennas typically achieve distances up to a kilometer with throughput up to 50Mbps using 5 GHz.

The 2.4GHz and 4.9/5GHz Drone-Robot Antennas are some of the most advanced antennas on the market today. These multi-polarized antennas
feature three-dimensional designs and built-in spatial and polarization diversity, providing users with consistent voice and data communications.

The Industrial Outdoor IP67 Rated GPS has been designed to fill a niche for rugged weatherization under the harshest conditions. The Industrial Armored Outdoor GPS Receiver features a highly sensitive, low power consumption chipset in an ultracompact outdoor form factor.

The 5.15–5.35 GHz omnidirectional Kinetic Mesh antenna consists of a linear array, encapsulated in a heavy duty fiberglass radome with a thick walled mounting base for reliable long term use.

The 5.35–5.75 GHz omnidirectional Kinetic Mesh antenna consists of a linear array, encapsulated in a heavy duty fiberglass radome with a thick walled mounting base for reliable long term use.

The Rajant VHDC-series consists of passive Power over Ethernet (PoE) compatible DC/DC converters designed for high-reliability military and industrial applications.

The 902–928 MHz omnidirectional Kinetic Mesh Antenna consists of a half-wave dipole encapsulated in a heavy duty fiberglass radome with a thick walled mounting base for reliable long term use.

The 2.4–2.5 GHz omnidirectional Kinetic Mesh antenna consists of a linear array, encapsulated in a heavy duty fiberglass radome with a thick walled mounting base for reliable long term use.

The 4.8–5.0 GHz omnidirectional Kinetic Mesh antenna consists of a linear array, encapsulated in a heavy duty fiberglass radome with a thick walled mounting base for reliable long term use.

The 5.7–5.9 GHz omnidirectional Kinetic Mesh antenna consists of a linear array, encapsulated in a heavy duty fiberglass radome with a thick walled mounting base for reliable long term use.