MediaTek has unveiled the Wi-Fi 8 white paper
Wi-Fi 7 is not widely adopted yet, but MediaTek has released a white paper on Wi-Fi 8. This paper targets wearable devices like MR/XR and aims to merge virtual and real business opportunities. Communication chips must follow the laws of different countries. Reports suggest that MediaTek’s Wi-Fi 8 FEM is popular among major chip manufacturers.
Wi-Fi 8 focuses on client device switching, while Wi-Fi 7 maintains unlimited bandwidth and channels. Experts expect Wi-Fi 7 to launch fully next year, with companies incorporating it into their products this year. The iPhone 17 is anticipated to feature Wi-Fi 7, marking a significant shift in technology within three years.
Wireless communication technology is advancing. Companies leading in standard-setting can capture more market share. Both the Wi-Fi Alliance and MediaTek report that there are 650 million broadband users in the region, with over 25% having a 1Gbps connection. The average connection speed reached 487.6 Mbps, an 18% increase from last year.
Developing wireless standards takes about six years and requires substantial investment from hardware and chip makers. MediaTek states that Wi-Fi 8 has similar bandwidth to Wi-Fi 7 but improves device interaction with multiple access points, which may shorten the development timeline.
How will Wi-Fi 8 enhance user experiences in augmented and virtual reality applications?
Interview with Dr. Emily Chen, Wireless Communication Specialist at MediaTek
NewsDirectory3: Thank you for joining us today, Dr. Chen. As we see Wi-Fi 7 beginning to roll out, could you explain how Wi-Fi 8 fits into the current landscape of wireless technologies?
Dr. Emily Chen: Certainly! Even though Wi-Fi 7 is still in its early adoption phase, our recent white paper on Wi-Fi 8 indicates the direction we’re heading. Wi-Fi 8 aims to enhance user experiences with wearable devices, particularly in mixed-reality (MR) and extended reality (XR) applications. It’s about integrating virtual elements seamlessly into our real-world interactions.
NewsDirectory3: What are some key features of Wi-Fi 8 that set it apart from Wi-Fi 7?
Dr. Emily Chen: One significant aspect of Wi-Fi 8 is its emphasis on device switching. While Wi-Fi 7 offers unlimited bandwidth and channels, Wi-Fi 8 is designed to improve interaction among multiple access points, which should enhance performance in environments with many connected devices. This can be particularly beneficial for wearables that need robust connectivity to deliver real-time immersive experiences.
NewsDirectory3: There have been reports about the growing popularity of MediaTek’s Wi-Fi 8 FEM among major chip manufacturers. What do you think contributes to this trend?
Dr. Emily Chen: The emerging interest largely stems from our FEM’s ability to meet the specific requirements for high-performance applications while complying with various international regulations. As the market for connected devices expands, particularly in areas like augmented and virtual reality, manufacturers are keen on solutions that can support these advancements.
NewsDirectory3: With developments in wireless standards often taking years, how does MediaTek plan to expedite the transition from Wi-Fi 7 to Wi-Fi 8?
Dr. Emily Chen: Developing wireless standards is indeed a lengthy process; it generally takes around six years. However, with the foundational technology built into Wi-Fi 7, we find that Wi-Fi 8 retains much of the same bandwidth capacity while focusing more on device interaction. This could accelerate the overall development timeline, allowing manufacturers to roll out compatible products more swiftly.
NewsDirectory3: Shifting gears to market dynamics, how do you view the competition among manufacturers in light of the 650 million broadband users, as reported by the Wi-Fi Alliance?
Dr. Emily Chen: The competition is fierce but healthy. The high number of broadband users—many with 1Gbps connections—indicates a significant market opportunity. Manufacturers who lead in setting new standards will undoubtedly capture more of this market share. As Wi-Fi 7 becomes more prevalent—especially with anticipated devices like the iPhone 17—it’s a transformational period for the industry.
NewsDirectory3: What can we expect with respect to future Wi-Fi technologies and their application in devices?
Dr. Emily Chen: The next few years will be pivotal. While Wi-Fi 7 is set to launch fully next year, we anticipate early applications of Wi-Fi 8 in AR/XR wearables by 2028. Technologies are expected to evolve rapidly, and major innovations in devices like the iPhone 16 could likely enhance adoption rates before then.
NewsDirectory3: what advice would you give consumers who are considering upgrading their devices for new Wi-Fi technologies?
Dr. Emily Chen: I would recommend staying informed about device capabilities and the actual benefits of new technologies. While advancements like Wi-Fi 7 and 8 promise greater speeds and connectivity, the real impact will come down to user experience and how these technologies align with everyday needs. It’s crucial to choose devices that leverage these advancements for practical, immersive experiences.
NewsDirectory3: Thank you, Dr. Chen, for your insights into Wi-Fi 7 and 8 and the future of wireless communication technology.
Dr. Emily Chen: Thank you for having me! It’s an exciting time for the industry, and I look forward to seeing how these technologies develop.
Taiwanese chip manufacturer Liji has gained interest from major global firms for its Wi-Fi 8 solution. As top manufacturers push Wi-Fi 7 designs in smartphones, revenue is gradually increasing. Liji has noted that Wi-Fi 7 FEM orders should come in the first half of next year, with product prices significantly higher than Wi-Fi 6.
The initial applications of Wi-Fi 8 in AR/XR wearable devices are expected to launch in early 2028. Before this, significant innovations in products like the iPhone 16 could increase adoption rates.