Aller au contenu
    0.6 m dish

    Overview

    A 0.6 m dish antenna is a compact, high-gain directional antenna commonly used by WISPs for long-distance subscriber connections, relay links, and backhaul deployments. Its focused beam helps deliver reliable wireless performance while supporting stable, high-capacity links.

    Details

    A 0.6 m dish antenna is widely used by Wireless Internet Service Providers (WISPs) to establish reliable, high-performance wireless links over medium to long distances. With its focused, directional beam pattern, a 0.6 m dish helps concentrate RF energy where it is needed, supporting strong signal levels and dependable connectivity.

    Its balance of antenna gain, manageable size, and installation flexibility makes it suitable for a variety of applications, including subscriber connections, point-to-point backhaul links, and relay deployments. The compact 0.6 m form factor also simplifies transportation and installation compared to larger dishes while still providing the performance needed for demanding wireless networks.

    For WISPs, a 0.6 m dish offers a practical combination of reach, reliability, and deployment versatility, making it a popular choice for extending coverage and building dependable wireless infrastructure.

    Produits associés

    0.6m Dish High Performance

    0.6m Dish High Performance

    L'antenne Dish High Performance de 0,6 m est une antenne de liaison micro-ondes à large bande (4,9-7,125 GHz) haute performance (HP).

    $499.00
    In stock
    0.6m Dish Mimosa B6x Twist-on 2-pack

    0.6m Dish Mimosa B6x Twist-on 2-pack

    Conçue pour une expédition économique et une connexion directe aux radios Mimosa B6x, B5x, C6x et C5x, elle élimine les pertes de conversion pour les liaisons de 0 à 10 km. Les deux antennes sont incluses dans le prix.

    $398.00
    In stock

    Nous utilisons des cookies et des technologies similaires pour ameliorer votre experience, analyser le trafic et a des fins marketing. Vous pouvez choisir les categories a autoriser. Politique de confidentialite