About This Part
Ericsson 0.3m Compact Antennas are critical components in modern telecommunications networks, specifically engineered for microwave backhaul links operating in the 23 GHz frequency band. These antennas facilitate high-capacity data transmission over short to medium distances, connecting base stations to the core network or extending network coverage in urban and suburban environments. Their compact size makes them ideal for deployments where space is limited or aesthetic considerations are important, such as rooftop installations or street-level furniture, playing a vital role in ensuring reliable and efficient data throughput for mobile broadband, enterprise connectivity, and other high-demand applications. The "0.3 m" designation refers to the antenna's diameter, indicating a compact form factor that balances performance with minimal visual impact. Operating at "23 GHz" places this antenna in a frequency band commonly used for point-to-point microwave links, offering significant bandwidth capabilities suitable for demanding data traffic. Ericsson is a global leader in telecom infrastructure, and their antennas are known for robust construction, high gain, and excellent interference rejection, ensuring stable and secure communication links. While specific gain and beamwidth details would depend on the exact model, the compact design is optimized for efficient signal transmission and reception in its intended frequency range. Revo Distribution Limited specializes in providing high-quality used and refurbished telecom and data centre equipment. By offering parts like the Ericsson 0.3m Compact Antenna 23 GHz (SKU: UKY21073/SC15R1A), we enable network operators and service providers to maintain, upgrade, and expand their infrastructure cost-effectively. Our rigorous testing and refurbishment processes ensure that all equipment meets stringent performance standards, offering a reliable and sustainable alternative to new hardware. This particular antenna represents a valuable asset for extending the lifespan of existing networks or deploying new links with proven, dependable technology.
