6 GHz Wi-Fi and the Future of Wireless Connectivity
Our dependence on wireless connectivity continues to grow. Smartphones, wearables, sensors, connected building systems, and emerging applications are creating new demands on wireless networks. At the same time, many properties lack the infrastructure needed to handle growing data volumes and connectivity requirements.
The introduction of the 6 GHz spectrum and the development of Wi-Fi 7 could fundamentally change what wireless networks can support. This white paper explores the technologies behind the next generation of Wi-Fi and what they could mean for hotels, multifamily communities, and student housing.
You’ll learn:
- Why the 6 GHz spectrum represents a significant expansion of available wireless capacity
- How Wi-Fi 6E introduced the 6 GHz band and what Wi-Fi 7 builds on it
- How additional spectrum can increase throughput while reducing congestion and latency
- How 4096 QAM can increase data throughput
- How Wi-Fi 7 can support channel widths of up to 320 MHz
- How Multi-Link Operation allows devices to use multiple bands simultaneously
- How multi-AP coordination can help access points work together more intelligently
- How joint transmission can improve data transfers and reduce interference
- Why Wi-Fi 7 represents more than simply another incremental wireless upgrade
- How increased capacity and network intelligence could support increasingly connected hotels
- Why hotels may need greater wireless capacity as smart-room and IoT technologies expand
- How Wi-Fi 7 could change the role of wireless connectivity in multifamily communities
- How student housing can use higher-capacity Wi-Fi to support learning, security, and connected devices
- What property owners should consider now, including fiber or Cat6A infrastructure, access point placement, power, and physical security
Download the white paper to explore the technologies behind Wi-Fi 7 and understand how next-generation wireless connectivity could transform the way properties support guests, residents, students, and connected devices.