Rajant Peregrine for Licensed Frequencies

Peregrine for Licensed Frequencies can integrate Kinetic Mesh® wireless networks with other networks such as LTE/5G. Rajant has created a highly integrated solution that securely incorporates machine learning with data from linked people, cars, machines, and sensors. This data combination unlocks the benefits of process optimization, digital twins, predictive analytics, condition-based maintenance, augmented reality, and virtual reality while improving worker safety. Peregrine for Licensed Frequencies is interoperable with all of our BreadCrumb models to expand market capabilities for industries like rail, shipping ports, military, mining, and heavy construction

Rajant Peregrine for Licensed Frequencies offers:

• Reduced Interference: Licensed frequencies are regulated and explicitly assigned to certain users or locations, significantly reducing the likelihood of interference from other devices. This is crucial in defense and security applications where reliable communication is paramount.
• Higher Bandwidth Availability: Licensed frequency radios can access wider bandwidths. This is essential for applications requiring the transmission of high volumes of data, such as video streaming, high-resolution imagery, or large-scale sensor networks.
• Enhanced Security: In defense and security operations, communications on licensed frequencies can be more securely controlled and monitored. Licensing often involves strict regulations that help prevent unauthorized access and use, providing an additional layer of security and ensuring the safety of your operations.
• Guaranteed Quality of Service: With licensed frequency radios, users have a more predictable and guaranteed quality of service (QoS). Regulatory bodies ensure that the spectrum is not overcrowded, thus maintaining the integrity of the communication channels. This is particularly important during critical missions where communication failure can result in severe consequences.
• Longer Range and Reliability: Licensed frequencies are often allocated on bands that enable longer-range communication compared to many free ISM bands. This allows for more robust and reliable communication over larger geographical areas, which can be crucial in operations involving surveillance, reconnaissance, and remote sensing.

Key Features:

• FE1–4431 – BreadCrumb® FE1–4431. Dual 4.8GHz 2×2 MIMO, Single 3.6GHz 2×2 MIMO, Single 1.4GHz 2×2 MIMO transceivers, includes licensed restricted radio frequencies.
• FE1–4440 – BreadCrumb® FE1–4440: three 4.8GHz 3×3 MIMO transceivers, includes licensed restricted radio frequencies.
• Max RF TX Power: 30 dBm (1.4GHz)
• Power Consumption: FE1–4431: 4 transceivers: 10 W (average, idle); 45 W (maximum, peak) @ 48 V (test operation only). FE1–4440: 3 transceivers: 10 W (average, idle); 41 W (maximum, peak) @ 48 V 4 trans-ceivers: 10 W (average, idle); 34 W (maximum, peak) @ 48V
• Form Factor: 264.9 mm x 253.7 mm x 46.2 mm (10.42 in x 9.99 in x 1.82 in) and
• FE1–4431 – 3065g (6 lbs 12 oz)
• FE1–4440 – 3031g (6lbs 9 oz)
• Self-forming and self-healing operation for fast and easy deployments
• Security: Multiple cryptographic options, including NSA Suite B algorithms (implementation not certified). For information on models with full Suite B certification.
• High bandwidth for data, voice, and video applications
• Scalability to hundreds of mobile, high-bandwidth nodes
• Enclosure rating: IP67 (6: Dust-tight, 7: Waterproof)
• Temperature Startup: -40 °C to +70 °C (-40 °F to 158 °F); Ambient (operating): -40 °C to +70 °C (-40 °F to 158 °F); and Storage: -40 °C to +80 °C (-40 °F to 176 °F)