Highlights

• Qualcomm introduces the industry’s first Automotive Grade Wi-Fi 7 Access Point solution.
• Wi-Fi 7 brings technological innovations for faster, more reliable in-vehicle connectivity.
• Ensures smoother streaming and gaming with High Band Simultaneous and Multi-link Multi-Radio features.
• Opens new opportunities for automakers to offer advanced connected services and software updates.

Qualcomm has expanded its Snapdragon Auto Connectivity Platform to include the Qualcomm QCA6797AQ, marking the introduction of the industry’s first Automotive Grade Wi-Fi 7 Access Point solution.

This addition aims to cater to the increasing demand for advanced in-vehicle experiences and applications, leveraging the latest in connectivity technology to meet the requirements of software-defined vehicle (SDV) architectures.

Wi-Fi 7: Elevating In-Vehicle Connectivity

As vehicles evolve into personalized, connected spaces, the need for higher capacity, faster data rates, and more robust wireless connections have become more critical.

Wi-Fi 7 addresses these needs with several technological innovations, including High Band Simultaneous (HBS), Multi-link Multi-Radio (MLMR), 320 MHz channel bandwidth, 4K Quadrature Amplitude Modulation (QAM), and Adaptive Puncturing.

These features enable the Qualcomm QCA6797AQ to offer improved link reliability, lower latency, greater capacity, and faster connectivity, which is bound to enhance the overall in-vehicle experience.

Key Benefits of Wi-Fi 7 in Vehicles

The implementation of Wi-Fi 7 technology also ensures more reliable connections and smoother operation of latency-sensitive applications such as movie streaming and gaming.

By utilising the 5GHz and 6GHz channels simultaneously, Wi-Fi 7 can maintain optimal communication with each device in the vehicle, significantly reducing the chances of dropped connections due to external interference.

Moreover, Wi-Fi 7’s increased capacity through the 6GHz spectrum and the ability to achieve peak throughputs of up to 5.8 Gbps facilitate quicker downloads of High-Definition Maps and other data-intensive content.

Adaptive Puncturing further optimizes spectrum use, ensuring efficient bandwidth utilization even in challenging conditions.

Transforming the Automotive Industry?

The Snapdragon Auto Connectivity Platform, with its Wi-Fi 7 capabilities, opens new avenues for automakers and fleet service providers to offer connected services.

These services not only present new revenue streams but also allow for a redefinition of business models and enhanced engagement with vehicle owners.

From faster software updates to the efficient offloading of vehicle data, Wi-Fi 7 enhances the capability of vehicles to connect and communicate, both internally and with cloud-based services.

FAQs

What is Automotive Grade Wi-Fi 7?

Automotive Grade Wi-Fi 7 refers to the latest Wi-Fi technology designed to meet the specific needs of the automotive industry, offering enhanced speed, reliability, and capacity for in-vehicle connectivity.

How does Wi-Fi 7 benefit vehicles?

Wi-Fi 7 technology allows vehicles to maintain more reliable connections, supports higher data rates for faster downloads, and reduces latency for improved performance of in-vehicle entertainment and applications.

What makes Qualcomm’s Wi-Fi 7 solution unique?

Qualcomm’s Automotive Grade Wi-Fi 7 solution, the Qualcomm QCA6797AQ, is the first of its kind to offer features like 320 MHz channel bandwidth and Adaptive Puncturing, designed specifically for the automotive industry’s connectivity needs.

Can Wi-Fi 7 improve in-vehicle entertainment and software updates?

Yes, the increased capacity and speed of Wi-Fi 7 enable quicker downloads of high-definition maps and other data-intensive content, as well as smoother streaming and gaming experiences, and faster software updates.

What opportunities does Wi-Fi 7 open for automakers?

Wi-Fi 7 technology allows automakers and fleet service providers to enhance the in-vehicle experience with connected services, create new revenue streams, and redefine business models through improved vehicle-to-cloud communication.

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