The Airvine WaveTunnel has been unveiled as the latest offering from the brand that's ready to provide improved indoor connectivity thanks to gigabit wireless backhaul capabilities. The system nodes are capable of operating on the 60GHz bandwidth non-line of sight operation that is made possible with the brand's VineSuite range of software modules. The system includes the Edge and Root nodes which are each capable of handling 2Gbps now with plans for 5, 10 and 20Gbps speed capabilities expected to come online in the near-future.
The Airvine WaveTunnel is ready to deliver advanced beam steering that is capable of going right through interior walls and around corners to push connectivity to more places than ever. The solution is expected to expedite connectivity capabilities within professional environments.
What's Driving This Trend
- Indoor Multi-gigabit Networking
- The increasing demand for high-speed and reliable wireless connectivity indoor will provide opportunities for the development of more advanced and efficient indoor multi-gigabit networking solutions.
- 60ghz Band Network
- The use of the 60GHz band in wireless network technology presents opportunities for the development of faster and more secure indoor wireless communication networks.
- Advanced Beam Steering
- Advanced beam steering technology is seen as a key trend in improving indoor wireless connectivity and presents an opportunity for the development of more efficient and intelligent beamforming systems.
Who This Affects Most
- Telecommunications
- The telecommunications industry can benefit from the development of indoor multi-gigabit networking solutions to improve wireless connectivity in commercial and professional environments.
- Information Technology
- The Information technology industry will benefit from the development of indoor multi-gigabit networking solutions as it improves the usability, reliability and efficiency of network systems in professional settings.
- Wireless Network
- The wireless network industry will benefit from the development of more advanced beam steering and network technologies that will allow faster and more secure wireless communication indoors.
