Ignion Announces The Smallest Virtual Antenna At The Wi-Fi World Congress

Ignion has announced the smallest Virtual Antenna ever at the Wi-Fi World Congress. Today’s NANO mXTEND antenna announcement further strengths Ignion’s Wi-Fi strategy to cover all possible Wi-Fi standards now and in the future.

With a size of only 3 x 2 x 0,8 mm, the NANO mXTEND is ideal for miniature Wi-Fi devices that require a reliable and repetitive antenna solution. “The NANO mXTEND is the smallest off-the-shelf antenna for Wi-Fi with a customizable performance.” remarked Dan Klaeren, Ignion’s General Manager Americas at the Wi-Fi World congress. He presented the tiny new antenna today showing the flexibility of the solution, its ultra-small size, standard nature, customizable performance, and its dual mounting system enabling either corner or edge placement on the printed circuit board.

The number of Wi-Fi connected devices is exponentially growing while the Wi-Fi community continues to produce standards, such as Wi-Fi 6, Wi-Fi 6E and Wi-Fi 7, that incorporate new spectrums, improved signaling efficiency, lower latency, and reduced power consumption, along with many other objectives. Antennas play a crucial role and Ignion has presented today how the innovative Virtual Antenna technology can help the designer deliver any Wi-Fi device design faster, easier and with a competitive advantage built-in regardless of the size, communication standard or configuration.

Any possible antenna configuration can be achieved with a total of 3 Virtual Antenna standard products that cover all the possible Wi-Fi standards and challenges. From multiband configurations to MIMO designs, Ignion’s Virtual Antenna technology will improve the design process by focusing on the antenna from the get-go to ensure a more predictable and simpler journey. The result is shorter design cycles with reduced costs, faster times to production, and the ultimate market success for the customer.

The new NANO mXTEND will be available worldwide through our distributor network on June 21.