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The next generation in Wi-Fi® technology will take your network to the next level
The Wi-Fi Alliance® new IEEE 802.11be standard defines Wi-Fi 7—and RUCKUS Networks defines a new level for your network. For enterprise, healthcare, education, large public venue and other environments, Wi-Fi 7 is your key to unlock a more efficient, secure and responsive network.
Wi-Fi 7’s extreme speeds, low latency, and increased capacity delivers exceptional user experiences and empowers an entirely new class of advanced connected devices and demanding applications. Need a way to manage 8K video streams, extended reality (XR) video conferencing, massive social gaming, and more? Wi-Fi 7 is the answer you’ve been waiting for—and RUCKUS brings it to life.
As the first to introduce an enterprise-class access point (AP) in the market and in the Wi-Fi Alliance test bed, RUCKUS is transforming the future of wireless networks. Our new Wi-Fi 7 solutions dramatically increase throughput, reduce latency and improve connection reliability.
And we're just getting started.
Benefits of Wi-Fi 7
Offers dramatically better throughput
RUCKUS Wi-Fi 7 solutions will deliver massive throughput boosts over Wi-Fi 6 thanks to its wider channels and greater 6 GHz capacity gains. The result? Peak rates exceeding 40 Gbps, four times the throughput of Wi-Fi 6.
Provides wireless link aggregation with MLO
Multi-link operation (MLO) uses multiple bands to simultaneously connect user devices and APs. Aggregating these discrete links significantly increases throughput, reduces latency and improves connection reliability.
Conquers interference with preamble puncturing
Preamble puncturing enables a Wi-Fi 7 AP to transmit a “punctured” portion of a channel if a portion of that channel spectrum is being used by legacy users. This feature is what lets Wi-Fi 7 support the 320 MHz channel—double that of Wi-Fi 6—without letting interference degrade performance.
Supports the most demanding low-latency applications
Deterministic latency is a critical need for advanced applications like augmented reality and virtual reality that can’t tolerate highly variable latency levels. Wi-Fi 7enhancements allow new APs the potential to achieve sub-10 millisecond latency, which is up to 100 times lower than Wi-Fi 6.
Featured products
RUCKUS R770 Wi-Fi 7 indoor AP
The RUCKUS R770, the industry's first Wi-Fi 7 AP, is driven by RUCKUS AI™, a cloud service for network assurance and business intelligence to enhance Wi-Fi 7 network resilience, and enhanced by RUCKUS BeamFlex® technology, a patented smart directional antenna system built into the AP.
RUCKUS T670 Wi-Fi 7 outdoor AP
Introducing the first outdoor Wi-Fi 7 AP. The T670 is a high-density, high-throughput, low-latency, tri-band, AI-driven AP engineered to meet the demands of the most challenging environments—providing unprecedented performance in high-density settings such as stadiums, public venues, and smart cities.
Featured Resources
What to know about Wi-Fi 7 today
This white paper explores the key technology enhancements expected to come with Wi-Fi 7 and puts them in perspective, looking at factors driving the technology and the current questions that remain open. It is written for and intended for technical engineers with a good background in Wi-Fi and 802.11/wireless engineering principles.
Wi-Fi 7: A gamer-changer for organizations
Wi-Fi 7 offers unparalleled speeds, lower latency, better reliability and a quality of service that eclipses what previous iterations of the wireless technology could offer its users.
Wi-Fi 7 deep dive
Discover the transformative potential of Wi-Fi 7 as we dissect its key features, from handling interference to achieving blistering speeds, and beyond. Equip yourself with insights that go beyond the hype.
Podcast: Getting Excited for Wi-Fi 7
In our latest episode, Jim and John spend time with Bart Giordano, president of NICS and GM of RUCKUS Networks, diving into the upcoming Wi-Fi 7 goodness.
RUCKUS Wi-Fi 7 presentation at mobility field day
A brief history update and a summary of how RUCKUS is solving for the most challenging use cases, in the most unpredictable environments and various markets we serve.
Webinar: Understanding Wi-Fi 7
The next generation of Wi-Fi is coming sooner than you think! Please join us to explore the key technical innovations that make Wi-Fi 7 possible, enabling multi-gigabit connectivity and wire-like performance for immersive consumer experiences and new classes of applications.
The Power of Wi-Fi 7 with RUCKUS AI and SmartZone
Learn how to leverage advanced RUCKUS AI and SmartZone™ features for managing the complex and unique regulations governing Wi-Fi 7 operations in the 6 GHz spectrum band.
How to buy
Looking for a local Partner that understands your unique business and industry needs? Find a RUCKUS channel Partner.
FAQs
Wi-Fi 7 support is emerging, with the RUCKUS R770, T670, and T770 access points leading the charge. These APs harness Wi-Fi 7’s advanced features, delivering enhanced speed, capacity, and reliability for high-density environments and demanding applications.
Wi-Fi 7 offers a major enhancement in network performance, providing faster data rates, reduced delay, and increased capacity. It supports high-demand applications such as 8K video streaming and ensures dependable connections in crowded environments for both personal and business needs.
Wi-Fi 7 boosts security by requiring WPA3 encryption, particularly in the 6 GHz band, providing stronger defense against attacks. It includes features like multi-link operation, enhancing connection reliability and security. These improvements make Wi-Fi 7 more secure than earlier standards, protecting sensitive information.
Wi-Fi 7 significantly boosts network efficiency, delivering superior speeds, minimized lag, and expanded capacity. These advancements support intensive applications like extended reality (XR) conferencing, ensuring stable connectivity in high-density areas. Its advanced features offer a seamless and interactive network experience for various uses.
Wi-Fi 7 introduces innovations to tackle latency, benefiting real-time applications like augmented reality and virtual reality. Multi-link operation (MLO) allows concurrent data flow across different bands, potentially reducing delay. Additionally, advanced Quality of Service (QoS) systems prioritize critical data, enhancing the smoothness and responsiveness of user interactions.