PIDSO - Propagation Ideas & Solutions GmbH Datasheets for Antennas
Antennas are structures or devices used to collect or radiate electromagnetic waves.
Antennas: Learn more
Product Name | Notes |
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Despite the very compact size, the CDI.003-00A provides excellent performance at a frequency range of 4.4 - 5GHz. Omnidirectional gain across the frequency band ensures constant reception and transmission, making... | |
Despite the very compact size, the SDI.001-00A provides excellent performance at a frequency range of 4.4 - 5GHz. Omnidirectional gain across the frequency band ensures constant reception and transmission, making... | |
Despite the very compact size, the SDI.004-00A provides excellent performance at a frequency range of 5 - 6GHz. Omnidirectional gain across the frequency band ensures optimum data and video transmission,... | |
Omni-directional antennas provide a uniform, donut-shaped, 360 ̊ radiation pattern. The omnidirectional pattern is suitable for point-to-multipoint communication. This makes the antenna the perfect fit for LoRa™ applications as well... | |
PIDSO's MIMO antenna SMA.001 - 00A with its very aerodynamic design is especially created for the aviation market. Omni-directional gain across triple frequency bands and dual polarization ensures best reception... | |
PIDSO's PRO.CHO.002 - 00A is a compact and lightweight broadband antenna, which provides optimum data link performance. PRO.CHO.002 - 00A operates with high efficiency at a frequency range of 4.5... | |
PIDSO's PRO.CHO.003 - 00A ultra-broadband capabilities from 6 - 12 GHz enables it to operate over a very wide frequency range which eliminates the need to purchase different antennas for... | |
PIDSO's PRO.SHO.003 - 00A operates at a frequency range of 5.2 - 5.8 GHz with high gain of 11 dBi, which provides reliable Wi-Fi performance compliant with IEEE 802.11x wireless... | |
PIDSO's ultra-broadband SVI.001-00A unites a compact volume with a very large operating bandwidth and high gain. Due to its highly optimized Vivaldi based design approach it is possible to achieve... | |
PIDSO´s Array Antenna CAR.002-00A offers a low profile design for use in the transportation markets. Due to a beam width close to 90° this antenna is the perfect choice for... | |
PIDSO´s Array Antenna CAR.003-00A offers a low profile design for use in the transportation markets. Due to a beam width close to 60° this antenna is the perfect choice for... | |
PIDSO´s horn antenna is ultralight because of its carbon structure. Due to the wide band capabilities from 4.8 - 6.4 GHz, the high peak gain of 12.5 dBi as well... | |
PIDSO´s PRO.SDI.005 - 00A antenna is designed to offer optimum data and video link performance for remotely piloted aircrafts such as multirotors or flying wings. The PRO.SDI.005 - 00A operates... | |
PIDSO´s PRO.SDI.006 - 00A antenna is designed to offer optimum data and video link performance for remotely piloted aircraft systems such as multirotors or flying wings. The PRO.SDI.006 - 00A... | |
PIDSO´s SDI.003-00B is high efficiency and ultralight blade antenna with a very aerodynamic design, especially created for racing car applications. SDI.003-00B broadband antenna offers full coverage for 4G/LTE bands with... | |
PIDSO´s SHO.001-00A is a very efficient broadband antenna with high gain of 12 dBi, which provides reliable Wi-Fi performance compliant with IEEE 802.11x wireless standard. The antenna is robustly designed. | |
The PIDSO SDI.008-00A is an economical, compact high gain antenna designed for the 1.95- 2.5 GHz frequency band. The omnidirectional radiation pattern provides good coverage for video transmission, IEEE 82.11xx... |