The Wideband Multi-directional LPDA Antenna with 10 meter LMR 400 Coaxial Cables N-Male for SMA-Male Connectors is high performance coaxial communications cables designed for use in virtually all wireless system applications. It’s just plug and play device (just screw & ready for use). The PE jacket used on LMR-400 makes it much tougher and able to stand abrasion and take a beating. It also makes it a bit less flexible. Package Included – 1 x The LPDA Antenna with 10 meter LMR 400 Coaxial Cables with N-Male for SMA-Male Connectors. All of our items come with a full year of manufacturer warranty.
✅ VERSATILITY: The Multi-directional LPDA Antenna and 10m coax cable supports multiple devices so that everyone can experience 4G LTE and 2G networks and can get easily connected with the Life. It’s designed to work with different functions or activities. It works with all operators easily.
✅ COMPACT STRUCTURE – This Wide band LPDA Antenna has compact structure which is well constructed and neatly fitted into a restricted space. Performance of high gain 12dBi lpda antenna is adequate. It’s a whether proof antenna. It’s made up of heavy materialistic ABS plastic.
✅ PREMIUM QUALITY: Manufactured and assembled in the INDIA, this coaxial cable and LPDA Antenna is premium quality. This Wideband LPDA Antenna features an N-Female connector that designed to transfer of high-frequency information. The female connector can quickly receive large amounts of data and works at deferent Network frequencies in the multi-megahertz ranges.
✅ EASY SETUP: This Antenna is an outdoor antenna; it is designed for outdoor installation and use on constant objects such as buildings or houses. It has N Female connector with 12 inch pigtail. Outdoor weatherproof wall of antenna protects inside elements of antenna. Its polarization is Vertical.
✅ COAXIAL CABLE: The Coaxial Cable furnished with an N Male to SMA Male connectors with a weatherproof, inside threaded and compact structure is black in color and extremely low-loss coaxial cable, which means that due to cabling causes the least amount of network loss.