Pairing time by a factor of 2 and also alleviate glitching issues whenĬonnected to Wi-Fi at the same time (compared to the BCM4375). Broadcom claims that the new implementation can reduce My laptop has a Broadcom wifi card, the exact info being: Slot: 06:00.0 Class: Network controller 0280 Vendor. The Bluetooth 5.0 functionality has also received a boost This might be a stupid question but here we go. Currently, a PC 2×2 5Ghz Wi-Fi 6 client will connect at about 2.4Gbps and I have experienced real-life transfer speeds of 2.4Gbps so this should go much higher.
The BCM4389 reduces the chipset to a 16nm process and adds a third simultaneous band with 2×2 6 GHz support, but it then also adds support for 160MHz wide channels.īroadcom state the speeds this is capable is 2.4Gbps theoretical and real-life 2.1Gbps as well as a 2x latency benefit. The BCM4375 is a 28nm chipset with 2×2 2.4 GHz and 2×2 5 GHz support that is only compatible with 80MHz channels providing a theoretical 1.429 Gb/s on mobile devices Technically Wi-Fi 6 was always designed to operate up to this channel, so itīroadcom was obviously already prepping hardware for the use of the new 6Ghz channel, and this week they announced a follow up to their existing BCM4375 chipset with the BCM4389. Will be coming out will we expand the radio frequency to include a 6Ghz channel. There are also plenty of Wi-Fi 6 routers, and the new Xiaomi AIoT AX3600 is incredibly affordable.Ī few weeks ago, it was revealed a newer Wi-Fi 6E version Wi-Fi 6 is slowly becoming mainstream, most flagship phones this year will have it, including the Xiaomi Mi 10 series and Samsung Galaxy S20.
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