UHF RFID antenna --9dBic wire polarized UHF antenna
Introducing our latest product, the Circular Polarization RFID Outdoor 6dBi 840-960MHz Antenna MIMO Panel Antenna. This antenna is designed to provide reliable and efficient communication in outdoor environments.
With a frequency range of 840-960MHz and a gain of 6dBi, this antenna ensures excellent signal reception and transmission. The V.S.W.R is ≤1.92, ensuring minimal signal loss. The nominal impedance is 50Ω, making it compatible with a wide range of devices.
The antenna features vertical polarization, maximizing signal strength and minimizing interference. It has a maximum power of 50W, ensuring stable performance even in demanding conditions. The cable type is RG316 Coaxial Cable, but can be customized to suit specific needs. The connector is SMA Male, but can also be customized.
Measuring at 258*258*33.5mm, this antenna is compact and easy to install. It has an operating temperature range of -40ºC~+80ºC and a storage temperature range of -40ºC~+85ºC, making it suitable for harsh environments. The antenna is also waterproof, with an IP68 rating, ensuring durability in outdoor conditions.
Our Circular Polarization RFID Outdoor 6dBi 840-960MHz Antenna MIMO Panel Antenna is environmentally friendly and ROHS compliant. It is proudly made in Shenzhen, China, known for its high-quality manufacturing.
Trust our antenna to provide reliable and efficient communication in outdoor settings. Upgrade your communication system with our top-of-the-line antenna today.
Discover our cutting-edge UHF RFID Antenna, featuring a 9dBic wire polarized design and IP67 protection rating. This premium antenna is crafted for seamless integration into RFID systems across a range of sectors, including access control, inventory management, shipping, and retail, operating within the UHF spectrum. With exceptional reliability and longevity, this antenna is perfect for challenging RFID settings. Enhance your RFID setup with our top-notch RFID Antenna for dependable and effective tracking and recognition capabilities.
