Representing a significant advancement in wireless technology standards, Wi-Fi 6 has achieved the highest market penetration rate among contemporary wireless protocols, establishing itself as the dominant connectivity solution across consumer and enterprise environments.
As a leading short-range communication SoC designer in China, WUQI has been focusing on the R&D of high-end Wi-Fi chips for three years, and has successfully launched China's first 1x1 dual-band dual-concurrent (DBDC) Wi-Fi 6 chip (WQ9101) and put it in mass production.
WQ9101 represents a dual-band dual-concurrent Wi-Fi 6 system-on-chip architecture that implements the IEEE 802.11ax standard while maintaining full backward compatibility with the established IEEE 802.11 a/b/g/n/ac protocol suite, thereby enabling seamless integration into existing wireless infrastructure ecosystems. The processor foundation comprises four independent high-performance RISC-V CPU cores that handle concurrent processing tasks, paired with a sophisticated 2.4 GHz and 5 GHz dual-band RF architecture designed to operate simultaneously across both frequency ranges.
WQ9101 has the following features:
This component integrates the dual-band wireless functionalities of Wi-Fi 6 and Bluetooth 5.3, providing comprehensive support across multiple wireless communication standards and protocols. The device maintains full compatibility with the IEEE 802.
The system architecture incorporates four RISC-V central processing units engineered for peak computational efficiency, enabling parallel task execution and reduced latency in data-intensive applications.
Adopts OFDMA (Orthogonal Frequency-Division Multiple Access) technology combined with the latest generation MU-MIMO (Multi-User Multiple-Input Multiple-Output) capabilities to facilitate parallel data transmission across numerous connected terminals simultaneously, which functions to measurably increase overall system data throughput rates whil
· Supports DBDC in 2.4 GHz and 5 GHz. Supports a maximum of 80 MHz bandwidth, 1024QAM, and physical layer rate 900 Mbps.
Supports high-performance dual-band dual-concurrent DC modes of STA+AP, STA + P2P GO, and STA + P2P GC configurations, all built upon WUQI's DBDC RF architecture which enab
With its self-developed technologies regarding the baseband, communication algorithms and analog RF circuits, WUQI entered the promising Wi-Fi market as early as the beginning of 2019, and successfully realized mass production of the first Wi-Fi 4 chip in 2021. WUQI's first Wi-Fi chip was in competitive quality and favored by many well-known brands including TP-Link upon its release, and was quickly put in to mass production.
Within the wireless networking infrastructure sector, WUQI has maintained sustained developmental momentum across the Wi-Fi domain, with particular concentration on engineering and commercializing advanced Wi-Fi 6 and Wi-Fi 7 technology variants. The company operates according to a structured research-and-development methodology that encompasses four distinct phases: preliminary investigation work on emerging technologies, comprehensive design and architectural planning, scaling operations toward mass production volumes, and strategic market deployment activities.
In subsequent to the mass-produced high-end DBDC Wi-Fi 6 chip, the Wi-Fi 6 AP designed for high-speed data transmission is going to be taped out next year, and high-end chips including the next-generation Wi-Fi 6E and Wi-Fi 7 are being designed and pre-researched, respectively. All these efforts ensure continuous evolution of new products, shorten the iterative process, and raise the market penetration rate of Wi-Fi chips.
The continuous advancement and proliferation of emerging digital technologies across multiple sectors has substantially broadened the scope and diversity of wireless application scenarios, spanning from smart home automation systems to industrial IoT deployments, enterprise networking infrastructure, and mobile computing devices.
According to research findings detailed in a 2022 analysis published by Sinolink Securities, the domestic Wi-Fi chip sector demonstrates significant expansion trajectories across multiple product categories and technological generations. The baseline shipment volume for Wi-Fi chips originating from Chinese manufacturers stood at 0.43 billion units during 2018, with projections indicating growth to 1.03 billion units by 2025, representing a compound annual growth rate of 13.3% across this seven-year period. This growth pattern reflects the broader integration of wireless connectivity into consumer electronics, industrial equipment, and networked devices across numerous vertical markets.