Icotera’s Wi-Fi 6 Product Line Powered by ON Semiconductor’s Chipsets

Icotera, a global leader in fiber-to-the-home (FTTH) customer premise equipment solutions, has announced that a ON Semiconductor’s Quantenna Connectivity Solutions has been selected as the chipset provider for its upcoming Wi-Fi 6 product line of FTTH routers, gateways and access points.

Icotera’s next generation product line is designed to provide best-in-class Wi-Fi performance and is based on ON Semiconductor’s ultra-small footprint 8×8 MIMO architecture and Icotera’s unique Nordic design. The new product line will offer high levels of Wi-Fi performance with speeds of up to 10 Gbps, a high-performance networking stack with extra security features, support for IoT technologies such as Bluetooth® and NFC, and processing capabilities for customer applications.

High performance in-home Wi-Fi coverage is key to supporting an exceptional Internet experience. Icotera’s next generation Wi-Fi 6 products futureproof the requirements of today’s customers, where fast and reliable data transfer is essential. A successful connected home provides the user with maximum coverage in all rooms, supports multiple devices and allows users to utilize their entire bandwidth. Increasing Internet speeds also push the need for better indoor coverage, which in turn places greater demands on Internet Service Providers (ISPs) to maintain customer satisfaction.

The Wi-Fi 6 collaboration between Icotera and ON Semiconductor is a continuation of the partnership on Wi-Fi 5 deployment that took place in early 2018.

We have seen that Wi-Fi 5 was adopted quickly and we expect Wi-Fi 6 adoption to happen even faster once the handset and mobile providers start offering it as standard in 2020,” said Icotera’s CEO René Brøchner. Wi-Fi 6 enables data transfer rates up to ten times that possible with Wi-Fi 5. Orthogonal

Frequency Division Multiple Access (OFDMA) is the core technology of Wi-Fi 6, which allows for higher data transmission rates, less interference and improved performance in areas with many connected devices. Another improvement is MU-MIMO (Multi-user Multi-input/Multi-output) capability on both downstream and upstream connections to allow more simultaneous devices on a single network.