Elevate the Subscriber Experience with Carrier-Grade Wi-Fi
You’ve done a great job setting the bar for 3G/4G services. So much so that many subscribers now view mobile broadband as a basic utility—turn it on and it’s there. Now, you can use Ruckus Smart Wi-Fi technology breakthroughs to deliver the same carrier-class experience over unlicensed spectrum.
Use high-capacity 802.11ac technology, adaptive mesh networking and our patented BeamFlex+ antenna technology to provide reliable, high-performance broadband anywhere. You can even extend your reach to places where fixed line or macro wireless technology is unavailable or too expensive—without licensing costs, long lead times or complex configurations.
Offload Traffic and Protect Your Network
What’s the subscriber experience like in your densest “hot zones”? In many crowded urban markets, dropped calls and sluggish Internet speeds are the norm. Unfortunately, so is subscriber churn from frustrated customers.
Ruckus can help. We provide state-of-the-art adaptive antenna technology to bring stronger signals to more subscribers. We seamlessly integrate Wi-Fi networks with evolved packet core. Let us help you offload cellular traffic to Wi-Fi networks in high-congestion and fast-growing areas. You can deliver a better experience in your toughest environments while extending the life and value of your macro investment.
Wi-Fi Calling that Supports Your Brand
Growth is good. But if coverage and capacity limitations in congested areas lead to bad user experiences, you won’t be growing for long. One of the fastest ways to beef up capacity in high-traffic areas is to offload voice calling to Ruckus Smart Wi-Fi infrastructure.
Ruckus’ patented BeamFlex+ antenna technology optimizes radio signals for each and every connected user, and our advanced quality-of-service (QoS) intelligence prioritizes voice traffic to ensure crystal-clear calls. Use Wi-Fi to deliver consistent voice quality for your users and protect your brand, while prolonging the life of existing macro investments.