EBOOK:
Many companies have found that as they have begun to manage the return to offices for the first time since the first lockdown were introduced, the office environment and its demands are very different to a year ago. These different demands are seen in the development of wired and wireless local area networks (LANs).
EZINE:
In this week's Computer Weekly, we find out how the UK's power networks need to be digital transformed to be ready for renewable energy – and the role of open source. Wi-Fi 6 was meant to give a boost to wireless connectivity – we examine why adoption has stalled. And we look at what a quantum datacentre might be like. Read the issue now.
WHITE PAPER:
In this white paper, unveil the top 4 trends in enterprise networking for 2014, and use these as guidelines in your network management planning for next year.
WHITE PAPER:
This resource provides a blueprint for the workplace of the future, explaining in-depth the four key characteristics of the network in a next-gen enterprise. View now to learn how to prepare for, embrace, and enjoy the many benefits of a mobile enterprise.
WEBCAST:
This crucial webcast takes an in-depth look at 802.11ac and the impact it will have on your network, examining current wireless trends along with how you can best prepare your infrastructure for the next generation of Wi-Fi.
EGUIDE:
Access this exclusive guide to find out how the Liverpool Football Club provides high-performing and accessible wireless connectivity to their fans at their home stadium.
EGUIDE:
Has the day of the wireless enterprise dawned? This e-guide addresses this question, as well as the challenges facing enterprise IT as it considers moving towards a wireless network. Additionally, dive into a Q&A with a senior IT engineer on how he adapted his wireless network design to overcome today's challenges.
WHITE PAPER:
This infographic demonstrates a new and very high throughput Wi-Fi standard. Find out how it delivers data rates in excess of 1 Gbps in its first phase of products with future iterations planned to take performance to nearly 7Gbps.
