Communications

KP Performance rubber duck and whip-style antennas

5th October 2023
Harry Fowle
0

KP Performance has announced its latest lineup of rubber duck and whip-style antennas. These antennas seamlessly combine portability with high-tech functionality.

Rubber ducks and whip-style antennas have long been known for their compact and lightweight design, making them essential additions to radios across various applications. KP has further enhanced these characteristics with industrially tuned designs that align with precise frequency ranges. Additionally, the introduction of the stubby style provides users with an even more compact option without compromising on performance.

Distinguishing features of this lineup include a comprehensive coverage of frequency ranges from 650 MHz to 5850 MHz, with 0 dBi to 4.5 dBi gain specifically for rubber ducks. Beyond the traditional designs, customers will also find antennas available in concave, stubby, blade styles, and the versatile tilt-and-swivel style. Furthermore, they are primed for specialised operations, especially in the increasingly relevant 4G LTE and 5G bands.

But it’s not just about technological superiority. KP Performance Antennas has ensured that the practical needs of users are met. These antennas come with connector options in both SMA male and RPSMA, facilitating easy device integration. The 90-degree connectors provide unmatched versatility in installation and positioning.

Additionally, these antennas provide superior protection against water and dust ingress, a linearly polarised antenna technology for undisturbed signal transmission, and both single-band antennas with a narrow bandwidth and dual-band Wi-Fi antennas for broader connectivity needs.

“With the launch of our rubber duck and whip-style antennas, we aim to set a new industry standard in portable antenna solutions,” said Antenna Product Line Manager Kevin Hietpas. “Each product is a testament to the KP Performance promise – blending groundbreaking technology with unmatched user convenience.”

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