Panorama Antennas SH-IN2442-LC - 2-in-1 2x2 MiMo 4G LTE SharkFin Kit w/ 5m cables

The Panorama Antennas SH-IN2442-LC is a 2-in-1 solution featuring advanced 2x2 MiMo technology for optimal 4G LTE connectivity. Designed to provide robust, reliable performance, this SharkFin antenna kit is supplied with 5-meter cables and is fully compatible with Cradlepoint IBR900 and IBR1700 series routers. Its discreet OEM sharkfin housing ensures that it blends seamlessly with vehicle or device exteriors.

Innovative Design Features

This antenna stands out due to its compact and subtle sharkfin form factor that houses a technologically advanced 2x2 MiMo antenna system. Notably, it does not require a metallic ground plane, which means it can maintain high-performance wireless communication even when installed on non-metallic surfaces. This ensures outstanding versatility for integration into various environments, from vehicles to stationary setups.

Electrical Performance

The SH-IN2442-LC's electrical design optimizes wireless performance for multiple generations of cellular networks, supporting LTE, 3G, and 2G across broad frequency ranges (698-960 MHz and 1710-3800 MHz). Utilization of a 2x2 MiMo setup enables higher data throughput and more stable connections, while omni-directional coverage ensures signal reception from all directions. The antenna supports up to 50 watts of input power, making it compatible with demanding applications.

Mechanical and Mounting Details

Engineered for durability and ease of installation, the antenna comes in a sleek black finish with dimensions of 172 mm in length, 61 mm in width, and 50 mm in height. It is designed for panel mounting using an 18 mm (3/4") mounting bush, making installation straightforward in various settings, whether on vehicles or equipment panels.

Certifications and Protection

Prioritizing safety and resilience, the SH-IN2442-LC boasts an IP66 rating, ensuring excellent protection against dust and powerful water jets. Additionally, it complies with the UN118.01 flame retardancy standard, further enhancing its suitability for use in mission-critical and safety-sensitive environments.