The Laird Connectivity 10MHF1 Wi-Fi antenna in 2020 the FCC announced the allocation of a new frequency spectrum for Wi-Fi extending frequencies up to 7.125 GHz. our flex MIMO, the worlds first flexible PIFA MIMO antenna is now available as the flex MIMO 6E It supports the full Wi-Fi spectrum of 2400-2500, 4900-5925, and 5925-7125 MHz frequency bands, an ideal solution for MIMO Wi-Fi applications with future-proofing for emerging 6E frequencies.
Full Coverage – Operates over all three Wi-Fi bands. Performance – Two integrated elements delivering exceptional performance across all bands in MIMO applications. Versatile – Compact design using patented flexible PIFA antenna structure allows for use on flat and curved surfaces Future-Proofed – Coverage for emerging Wi-Fi 6E applications Reliable – PIFA technology is easy to integrate into IoT devices and less likely to detune in proximity of metal or a human body Quality – Designed and built to exacting specifications
The Laird Connectivity 10MHF1 Wi-Fi antenna in 2020 the FCC announced the allocation of a new frequency spectrum for Wi-Fi extending frequencies up to 7.125 GHz. our flex MIMO, the worlds first flexible PIFA MIMO antenna is now available as the flex MIMO 6E It supports the full Wi-Fi spectrum of 2400-2500, 4900-5925, and 5925-7125 MHz frequency bands, an ideal solution for MIMO Wi-Fi applications with future-proofing for emerging 6E frequencies.
Full Coverage – Operates over all three Wi-Fi bands. Performance – Two integrated elements delivering exceptional performance across all bands in MIMO applications. Versatile – Compact design using patented flexible PIFA antenna structure allows for use on flat and curved surfaces Future-Proofed – Coverage for emerging Wi-Fi 6E applications Reliable – PIFA technology is easy to integrate into IoT devices and less likely to detune in proximity of metal or a human body Quality – Designed and built to exacting specifications