Introducing Rajant’s FE1-2255X Peregrine our most advanced Wi-Fi 6 BreadCrumb®, designed for high-performance networking at the intelligent edge. With faster speeds, greater uplink capacity, and lower latency, Peregrine supports more devices and real-time applications with ease. Its rugged, secure design and backward compatibility make it an ideal upgrade—helping customers simplify operations.
The FE1-2255X Peregrine is a high-performance, quad-radio, industrial-grade Wi-Fi 6 BreadCrumb®, built for intelligent edge networking. Infused with Rajant’s patented InstaMesh® protocol, Peregrine delivers higher throughput, enhanced security, and ultra-low latency through 1024QAM, 160 MHz channels, and hardware acceleration. This next-gen platform brings the speed and flexibility needed to support modern edge applications from video and LiDAR processing to robotics and machine learning—while offering the performance and scalability required for today’s growing remote and autonomous operations. Backward compatible and rugged by design, Peregrine makes upgrading simple—helping organizations future-proof their networks and save time and resources along the way.
Real-time data transfer enables continuous operation of tele-remote and autonomous systems, preventing costly delays in mining and construction environments.
Higher spectral efficiency (1024QAM) and wider DFS-enabled channels (160 MHz) support more data with fewer devices, lowering capital and operational expenses in large-scale deployments.
Backward compatibility with existing Rajant systems and multiple options for power and data connections, streamline deployment in evolving industrial environments such as ports and construction sites.
High uplink capacity and support for edge analytics allow faster insights from sensor data, leading to smarter maintenance decisions and fewer emergency repairs.
High receiver sensitivity and 1W transmit power ensure long-distance wireless links even in difficult and changing conditions, enhancing worker safety and operational efficiency.
Solutions for Your Business:
Reduce downtime by 40% with low-latency, high-reliability mesh networking.
Save annually by reducing the number of required access points.
Cut setup and expansion time by 60% through backward compatibility and flexible interfaces.
Boost autonomous equipment utilization by 35% with reliable connectivity in dense or obstructed environments.
Cut predictive maintenance costs by 20% via edge intelligence.
Eliminate coverage gaps and reduce manual interventions in harsh operating environments.
Rajant BreadCrumb® Peregrine AX Key Features:
General speed improvements from AC to AX technology
MU-MIMO upload and download*
Spectral efficiency: 1024 QAM for OFDMA**: do more throughput on the same size channel.
1W transmit power
High uplink capacity
Lower latency
Dense deployment of equipment
2X2 MIMO
Additional 5GHz channels
Backward compatibility
Industrial rugged IP67 enclosure for extreme environmentals
WPA 3 security
Data Rate: up to 3.5 Gbps
160 MHz channels (added with DFS.)*
Dual Ethernet Interfaces
High receiver sensitivity
* These features will be provided in a forthcoming firmware release.
** OFDMA – This feature will be provided in a forthcoming firmware release.
Talk to a Rajant Representative
Please fill out the form to be connected with the appropriate Rajant representative for purchasing the Peregrine FE1-2255X.
We’ll show you how you can utilize the Peregrine FE1-2255X to your advantage to build a fully mobile, mission-critical mesh infrastructure with high throughput and enhanced security performance.
SEE WHY THE WORLD’S BEST COMPANIES USE RAJANT TO SOLVE THEIR COMPLEX WIRELESS COMMUNICATION NEEDS.
“In our cutting edge robotics work, we required a robust and resilient network capable of maintaining seamless connectivity, even in the most demanding environments. After an extensive evaluation, we identified Rajant’s Kinetic Mesh network as the ideal solution. Its unparalleled "never-break" connectivity empowers A2Tech robots to operate with exceptional reliability, ensuring optimal performance in even the most challenging conditions.”