#India #Wi-Fi 7 #Qualcomm #Gurugram #VVDN Technologies

VVDN Technologies Unveils AI-Powered Wi-Fi 7 Access Point Designs

At the esteemed MWC Barcelona 2025, VVDN Technologies has taken a significant leap in wireless technology by unveiling their latest AI-driven Wi-Fi 7 Access Point reference designs. This groundbreaking initiative, powered by the Qualcomm Dragonwing™ NPro A7 Platform, aims to redefine digital connectivity for both businesses and consumers alike.

A New Era of Connectivity

The partnership between VVDN and Qualcomm heralds a new era in Wi-Fi technology, focusing on customizable deployments that enhance user experience through superior performance and advanced intelligence. With the aim of providing a cost-effective solution, these reference designs cater to those who seek a cutting-edge AI and Wi-Fi experience without the hefty price tag.

Key Features of the AI-Powered Wi-Fi 7 Access Points

The new reference design includes:

• - A carrier-grade tri-band gateway that supports multiple connections simultaneously.
• - A carrier-grade dual-band extender that ensures wider coverage and reduced dead zones.

What sets these access points apart is their ability to intelligently manage network traffic, reduce latency, and optimize user experiences across diverse devices.

Meeting the Demands of a Digital Future

In the rapidly evolving landscape of digital infrastructure in India and beyond, VVDN's new offerings promise unparalleled speed, reliability, and smart networking solutions. With features that dynamically adapt to user behavior and traffic patterns, these access points are essential for transforming properties into smart environments, suitable for homes, enterprises, and public spaces alike.

Scalability and Affordability

One of the notable advantages of the new product line is its unmatched scalability, which accommodates the growing demands of modern networking. Moreover, VVDN has ensured that the performance benchmarks of these AI-driven devices remain comparable to those of Wi-Fi 6. By doing so, they provide a viable pathway for businesses to adopt advanced connectivity solutions without straining their budgets.

Puneet Agarwal, the CEO of VVDN Technologies, emphasized this commitment to innovation by stating, "At VVDN Technologies, we are proud to collaborate with Qualcomm Technologies to pioneer the next generation of wireless connectivity solutions. The new innovative AI-based Wi-Fi 7 Access Point not only sets new benchmarks in performance but also maintains cost-effectiveness comparable to Wi-Fi 6, ensuring wider accessibility without compromising on quality."

Savi Soin, Senior Vice President and President of Qualcomm India, echoed this vision by saying, "Qualcomm Technologies is proud to collaborate with VVDN Technologies to introduce a line of access points, powered by our Dragonwing Networking platforms. These AI-powered Wi-Fi 7 Access Point Reference Designs are designed to enhance network efficiency while ensuring affordability for businesses, OEMs, and service providers."

What to Expect Next

The AI-powered Wi-Fi 7 Access Points are geared for mass production by March 2025, which aligns perfectly with the fast-paced advancements in consumer technology and the increasing demand for robust infrastructure. Visitors to MWC Barcelona are encouraged to check out these solutions firsthand at VVDN Technologies' booth (Hall 2, Booth 2C78).

About VVDN Technologies

Founded in 2007, VVDN is recognized as a leading technology innovation company specializing in software services, product engineering, and manufacturing services. With headquarters in Gurgaon, India, and Fremont, California, VVDN is equipped with 11 R&D centers and 7 manufacturing facilities worldwide. Their diverse service offerings span from hardware design to cloud applications, ensuring comprehensive solutions for global customers.

For those eager to experience the future of connectivity, VVDN's latest offerings stand as a beacon of innovation in the tech space, prepared to meet the challenges of an increasingly digital world.