Broadcom Inc. has announced a next-generation Wi-Fi 8 routing kit and integrated system-on-chip (SoC) devices for multi-gigabit routers [1, 2].
This development signals an early push toward the next wireless standard to support the increasing bandwidth requirements of AI-driven enterprise environments and hybrid work models [3, 4].
The company is delivering integrated Wi-Fi 8 SoCs designed to power high-performance mesh systems [2]. Among the hardware announced is the BCM6772 SoC [1]. Other specialized components include the BCM68850 gateway SoC, and the BCM55050 Optical SoC [5]. These specific chips target 50 Gbps Passive Optical Network (PON) fiber gateways [5].
Broadcom is targeting both the consumer and professional markets with these releases. While some efforts focus on next-generation wireless routing kits for consumer-grade hardware [1], the company also introduced the industry's first enterprise Wi-Fi 8 access point and switch solution [3].
"Our new Wi-Fi 8 SoCs deliver unprecedented performance and power efficiency for next-gen mesh and multi-gigabit routers," a Broadcom VP of Networking said [2].
The company's strategy emphasizes a shift toward wireless-first infrastructure. A Broadcom spokesperson said that a unified architecture addresses the rising demand for hybrid work, and provides the security and efficiency needed for modern enterprise networking [3].
These announcements follow a series of releases starting Feb. 3, 2026, as the company seeks to establish a footprint in the Wi-Fi 8 ecosystem before the standard reaches full market saturation [3]. The hardware is developed at the company's headquarters in Palo Alto, California [3].
“Broadcom has announced a next-generation Wi-Fi 8 routing kit and integrated system-on-chip (SoC) devices.”
By releasing Wi-Fi 8 hardware before the standard is widely adopted by consumers, Broadcom is attempting to dictate the hardware trajectory for the next generation of networking. The inclusion of 50 Gbps PON support suggests that the company expects fiber-to-the-home speeds to increase significantly, necessitating a wireless standard that can handle massive throughput without becoming a bottleneck for AI-heavy applications.
