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.
EZINE:
Find out how the latest 802.11ac speeds will affect enterprise network architectures, from switching to power to cabling. Network engineers weigh in with their experiences.
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.
WHITE PAPER:
This case study shows how Antwerp University Hospital overcame their WLAN challenges with a more scalable, controller-less solution that supported access for growing numbers of staff and students.
EGUIDE:
In this e-guide, discover how ABAC can provide your network with a robust security method that addresses security issues caused by growing remote access and BYOD trends. You will also learn how continuous network security monitoring can allow your enterprise to detect and prevent future cyber-attacks from occurring.
EBOOK:
With the IEEE 802.11ac-2013 standard approved, WLAN data rates are poised to soar to multiple-gigabit territory. This Technical Guide focuses on the WLAN's evolution and why it will soon be a viable alternative to Ethernet.
EZINE:
In this issue of Network Evolution, learn how software-defined WAN is helping enterprises maintain secure networks while embracing hybrid WAN architectures at the branch.
EZINE:
With 802.3bz, or NBASE-T, switches, network managers can give their existing CAT5e and CAT6 cables a shot in the proverbial arm, raising bandwidth from 1 Gbps to 2.5 or 5 Gbps. In this issue of Network Evolution, early adopters share how you can futureproof your networks with the new IEEE Ethernet standard.
EZINE:
Many enterprise wireless networks were never designed for the density of devices crammed on them today. Inside, we explore the next generation of wireless infrastructure, Wave 2, and the promise of more speed and bandwidth for today's congested networks.
