Antennas – antennas overview
The Innovative Sweratel provides cost-effective highly powerful high-gain Ultra-wide/multiband MIMO antennas solutions towards the Carrier-grade requirements of Operators, Telcos and ISPs including other new entrants from Municipalities and ICT infrastructure to the digital transformation and Networked Society.
The Ultra-wide/Multi-band MIMO antennas product-line are available for operation in the 2.4 ~ 6 GHz frequency bands including 4.9 GHz for public safety.
Antennas – PARD BH-5
PARD BH-5 Ultra Wide-band 3×3 (optional 4×4) MIMO Sector Antenna System operating in 4.9 – 5.9/6.0GHz band with 14dBi peak-gain, 20/40degrees Antenna Beamwidth (3DB) and Linear (V-H-V) polarization. Because of reduced side-lobes, excellent efficiency and impedance matching characteristics, antenna keeps clear strong signal even in crowded radio environment. It´s resistant to interference from other networks and does not disturb to other. The antenna is intended for use with base-station radios supporting the IEEE 802.11 standards and equipped with 3 RF ports. Antenna features no beam squint due to frequency change; it means that decreasing of data throughput or even loss of a link after frequency channel change does not occur. Designed specifically for high-efficiency, high gain directional radio coverage in outdoor deployment scenarios.
Antennas – PARD AX-5
PARD AX-5 Ultra Wide-band 3×3 (optional 4×4) MIMO Sector Antenna System operating in 4.9 – 6.0 GHz band with 14dBi peak-gain, 105degrees Antenna Beamwidth (3DB) and Linear (V-H-V) polarization. Because of reduced side-lobes, excellent efficiency and impedance matching characteristics, antenna keeps clear strong signal even in crowded radio environment. It´s resistant to interference from other networks and does not disturb to other. The antenna is intended for use with base-station radios supporting the IEEE 802.11 standards and equipped with 3 RF ports. Antenna features no beam squint due to frequency change; it means that decreasing of data throughput or even loss of a link after frequency channel change does not occur. Designed specifically for high-efficiency, high gain directional radio coverage in outdoor deployment scenarios.
Antennas – PARD 24
This Advance Product Information contains the specification for the 3×3 (optional 4×4) MIMO Sector access antenna designed for the Sweratel RTWIP Carrier-class MetroWiFi Network Access operating in the 2.4 – 2.5 GHz unlicensed band and supporting the IEEE 802.11-family radio standards. The Pard 24 access antenna includes 3×3 MIMO each with its own RF connector, and housed in a single IP67 chassis. Emphasis has been placed on rugged mechanical construction, combined with an aesthetically pleasing appearance and simple, rapid installation.
The Pard 24 antenna supports multi radio systems such as Carrier-class WiFi (802.11ac/g/n etc), LTE, Bluetooth, ISM, RFiD. The Pard 24 uses polarization diversity and offset azimuth beams to maximize MIMO throughput. The antenna is supplied with mounting brackets for fast installation providing either a fixed T0 tilt, or adjustable tilt.
Please contact us for product datasheet and quotation!
Antennas – PARD UF7
New Gen. Industrial-grade UltraFlex Thin Cable-feeder < 8 GHz Low Loss 1.5 meters High resistance copper screen (Cu), highly effective against impulsive noises. (other cable length available upon request) .Because of low-loss, excellent efficiency and impedance matching characteristics, antenna keeps clear strong signal even in crowded radio environment. The ultra flex cable consists N (Male) to N (Male) RF connector. It´s ultra flexible feature helps in easy and rapid installation still maintaining the high quality, low-loss and high performance characteristics. The antenna cable is intended for use with base-stations supporting the IEEE 802.11-family standards and equipped with N (Female) ports. Designed specifically for high-efficiency, high performance long distance coverage in outdoor deployment scenarios.
The Pard UF7-Thin is perfectly designed for heavily weather conditions. Proper materials utilized in production of antenna cable allow operation in the salt water environment without corrosion.