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WiFi7

Quantum Leaps
Ahead in Wireless

A woman scientist in the forefront in a white lab coat holding and looking at an ipad with a field with crops in the background.

WiFi changed the way the world communicates and operates.

First introduced in 1997, this network standard has proven revolutionary. With each generation, its technology improves, creating greater speed, security, and connection. Based on the developing IEEE 802.11be standard, WiFi7 will be more than 4x faster than WiFi6 and deliver lower latency and greater network capacity to the world.

With greater overall stability than its predecessors, WiFi7 guarantees a better user experience in more diverse environments and with a broader range of devices. WiFi7 will support 2.4Ghz, 5Ghz and 6Ghz, and has the potential to increase bandwidth on these typical frequency bands.

WiFi7 promises the speed of wired-like responsiveness and seamless online experience.

WiFi7 compared to WiFi6

*SOURCE: PC Magazine, TechTarget, Tom's Guide, WiFi Alliance

WiFi in Perspective

Interact with the chart below to see the development of WiFi technology over time.

WiFi

WiFi4

WiFi5

WiFi6

WiFi7

WiFi7

DATE

2024

IEEE STANDARD

802.11be

MAX THROUGHPUT

46.1 Gbps

RF BANDS (GHZ)

2.4, 5, 6

MAX MODULATION

4096 QAM

Home


  • Connect and manage smart home devices like thermostats, lights and security cameras.
  • Enjoy online gaming with immersive AR/VR design.
  • Stream 4K and 8K video from any device.
  • Experience immersive, low-latency, extended reality (XR) applications.

Medical


  • Receive medical consultations and interactive treatments through remote telemedicine.
  • Doctors can perform remote surgery via XR applications and robotics, guided in real time by their movements. A high-definition stream gives surgeons a clear view and zero latency between human and robot movements in separate locations.

Industrial


  • Review diagnostics and perform repairs on products or specific parts through XR applications of 3D models - without the limitations of material space.
  • Reduce downtime and increase productivity through real-time monitoring of IoT devices and manufacturing applications.

Business Communications


  • Collaborate in real time with business teams and partners across the globe.
  • Telecommute with no time wasted loading documents or data from the cloud.
  • Improve connectivity with remote areas and alleviate connectivity for areas with high device usage.

EPCS

(Emergency Preparedness Communications Systems)


  • Spectrum efficient.
  • Network efficient.
  • Latency sensitive for time-critical services.
  • Priority access to critical services with traffic separation and differentiation.
WiFi 7 is estimated at $1 billion in 2023 and is projected to reach $24.2 billion by 2030, at a CAGR of 57.2%

*SOURCE: MARKETSANDMARKETS

Seven Generations of Innovation

WiFi7 security features robust network security to protect against external attacks using firewalls, intrusion-detection systems and network security protocols, including:

Enhanced encryption algorithms that secure data transmissions and protect against cyber threats.

Improved authentication protocols make it more difficult for unauthorized devices to access the network.

Advanced cyber protection features detect and prevent malicious activities on the network.

Secure device management and control allows network administrators to manage and secure devices on the network.

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