Taiwanese wireless connectivity firm AsiaRF will use next month’s CES in Las Vegas to highlight its enterprise IoT gateway that is compatible with Wifi HaLow, Wifi 6E and 5G LTE.

Called the AP7622, the gateway is powered by Australian Wifi HaLow silicon vendor Morse Micro.

On stand 2304 in the Westgate, this product will anchor its Wifi HaLow IoT products including the ARFHL-UM Wifi HaLow wearable gateway, ARFHL-OD outdoor CPE and an IP camera series. The outdoor CPE will be presented in a live demo.

“At CES 2024, AsiaRF will showcase a series of new Wifi HaLow innovations,” said Paul Lai, CEO of AsiaRF. “We value our long-standing strategic partnership with Morse Micro. They are at the forefront of wireless technology innovation and differentiation, making them the partner of choice to deliver the latest cutting-edge Wifi HaLow experiences for today and beyond.”

Michael De Nil, CEO of Morse Micro, added: “Our collaboration with AsiaRF marks a significant milestone in advancing Wifi HaLow technology. This partnership is built on a shared dedication to innovation and a commitment to enhance wireless across various industries. We are excited for Morse Micro’s Wifi HaLow technology to power AsiaRF new products, setting new standards for long range and power efficiency in wireless and IoT markets.”

At September’s MWC in Las Vegas, AsiaRF debuted the world’s first Wifi HaLow certified gateway. Its AW7916-NPD Wifi 6E AX3000 module has been certified by the FCC and international safety bodies. At CES 2024, the firm will introduce its Wifi 7 module featuring MediaTek’s MT7996.

AsiaRF (www.asiarf.com) specialises in OEM and ODM services. It has been a provider of wireless connectivity since its inception in 1996. Its mission is to make IoT technology more accessible, efficient and practical to expand the horizons of people’s lives and work.

Morse Micro (www.morsemicro.com) is a Wifi HaLow fabless semiconductor company based in Sydney, with global offices. It is sampling its Wifi Alliance and FCC-certifiable MM6108 production silicon.