Mimosa C5c Connectorized Long Range Client PoE
Description
Mimosa C5c Connectorized Long Range Client PoE
The Mimosa C5c Connectorized Long Range Client PoE is a high-performance, flexible client radio designed for long-range point-to-multipoint (PTMP) and point-to-point (PTP) wireless links. With its modular design, it allows for the use of various antenna configurations, making it suitable for diverse deployment scenarios.
Performance / Functionality
The Mimosa C5c Connectorized Long Range Client PoE supports 2×2 MU-MIMO technology, enabling efficient data transmission and reception across multiple users simultaneously. Operating in the 5 GHz frequency range (4.9–6.4 GHz), it offers 500+ Mbps throughput for PTMP and 700+ Mbps for PTP links. This high throughput ensures reliable and fast connectivity over long distances.
Compatibility
Equipped with RP-SMA connectors, the Mimosa C5c Connectorized Long Range Client PoE is compatible with a wide range of external antennas, allowing for tailored solutions to meet specific coverage and performance requirements. Its compatibility with Mimosa A5 GPS Sync ensures synchronized communication in network deployments.
Safety / Convenience
Designed for outdoor use, the Mimosa C5c Connectorized Long Range Client PoE features a weather-resistant enclosure, ensuring durability and reliable operation in various environmental conditions. It is PoE-powered, simplifying installation by reducing the need for separate power cables.
Design / Build
The Mimosa C5c Connectorized Long Range Client PoE boasts a compact and robust design, facilitating easy mounting on poles or towers. Its modular architecture allows for flexibility in antenna selection and positioning, optimizing performance for specific deployment scenarios.
Usage Tips
To maximize the performance of the Mimosa C5c Connectorized Long Range Client PoE, ensure proper alignment with the corresponding access point or base station. Regularly update the firmware to benefit from the latest features and improvements. Utilize appropriate external antennas to achieve desired coverage and throughput.
