First commercial draft 802.11ax carrier gateway ships

First commercial draft 802.11ax carrier gateway ships

Business news |
By Wisse Hettinga

The BL1000HW is scheduled for delivery to KDDI home subscribers in Japan in March 2018, is based on the IPQ807x family of 802.11ax chipsets from Qualcomm Technologies, and is designed by NEC Platforms.

The IPQ807x 802.11ax chipset is based on a powerful networking platform that can support up to 10 Gbps wide-area networks and up to 6.5 Gbps peak physical (PHY) layer rates on Wi-Fi. As the industry’s first commercially available 14 nanometer Wi-Fi system on chip (SoC), the IPQ8072 is designed to improve the connectivity experience for virtually all users, through its MU-MIMO that allows multiple users to be simultaneously connected to an access point. The platform also features advanced WPA3 encryption to support robust protection of user passwords and stronger privacy in Wi-Fi networks.

As consumers’ demand for connected devices and bandwidth hungry applications like video streaming services, and 4K/8K video and VR continues to grow, home Wi-Fi networks have become strained. Qualcomm Technologies’ 802.11ax platform is designed to deliver the network efficiency and capacity to improve connected experiences today, as well as optimize for the performance requirements of next-generation carrier gateways and consumer routers.

The carrier gateway platform demonstrates the benefit of broadband updates to 10G-EPON by matching multi-Giga WAN with multi-Giga Wi-Fi capacities. Although the benefits will be greatest for 802.11ax-based devices, the carrier gateway platform will also improve the performance of legacy devices utilizing the previous 802.11ac technologies.


See also: 3-D printed plastic sensors connect to Wi-Fi

See also: Test platform covers 802.11ax Wi-Fi devices

See also: IoT devices and public networks biggest threat to Wi-Fi security

See also: Managed Wi-Fi market driven by enterprise and BYOD

See also: Wi-Fi in the car: how to meet the concurrent needs of multiple systems and applications

If you enjoyed this article, you will like the following ones: don't miss them by subscribing to :    eeNews on Google News


Linked Articles