Antenova introduced its Inpai, an SMD cellular antenna developed for NB-IoT and CATM on 4G/LTE networks in a compact 35mm x 8mm x 3.3mm and a clearance of 35mm x 13mm. For optimization the antenna is required to be positioned along the short end of a 105mm x 40mm size PCB. It works on all cellular networks and qualifies for AT&T’s standardized Small Form Factor (<107mm) requirements for certification in North America.

HATFIELD, UK. Antenova Ltd. announced the release of Invicta, a compact, efficient flexible printed circuit (FPC) antenna for 2.4 - 2.5 GHz Zigbee, Wi-Fi, and Bluetooth frequencies that connects to PCBs with an IPX MHF (UFL) connector and cable. The Invicta antenna features 70% efficiency on average across the 2.4 GHz band, enabling designs to operate across greater distances and through obstacles like walls, thereby expanding the coverage range of wireless devices that utilize those protocols. 

Antenova Ltd, an antenna and RF antenna for MsM and IoT manufacturer based in the U.K. expanded its range of miniature Surface Mount Designed (SMD) antennas and modules for GNSS applications with its new antenna, Agosti. Part number SR4G080, Agosti measures 9.0 x 5.8 x 1.7 mm and efficiently operates in a smaller space on a PCB corner.

Antenova Ltd, the UK-based manufacturer of antennas and RF antenna modules for M2M and the IoT, launched a new low-profile antenna displaying suitable performance on both Europe's 868 MHz bands and the US 915 MHz bands.

Antenova Ltd, a manufacturer of antennas and RF antenna modules for M2M and the IoT, has revealed its latest antenna Atta, part number SRFI079, for LTE and smart wireless deployments in the 410 MHz and 450 MHz bands.

Analysts predicted that there could be over one billion devices on the low powered wide area networks (LP-WANs) by 2023. This article explains why the RF characteristics of these networks make them so suitable for smart buildings applications such as asset tracking and leak detection, and smart parking applications with sensors. We also offer some advice for device design.

The Allani antenna only requires clearances of 3.25mm beneath the antenna and 15mm from each side to perform well in the sub 1GHz bands – making it a useful choice for small designs using the 617-698MHz band.