Did you know that sales of enterprise-grade wireless LAN equipment with the new 802.11ac Wi-Fi standard are expected to skyrocket over the next four years? This is partly due to the aggressive pricing strategies, according to a report from Dell’Oro Group. Find out why customers should interested in AirTight Networks for their 11AC needs. Read more
Following are seven clues to help the delegates resolve this Wireless Field Day 7 riddle.
1) It is personalized
2) There is one for each day of the week
3) Helps you relax
4) Smooth and sweet
5) Travel size
6) Better than a t-shirt
7) Works like magic
The answer to this Wi-Fi brain teaser will be unveiled during AirTight’s #WFD7 segment. Addition insight can be found in Wireless Field Day: Are you ready for Lucky Number 7? As a viewer tuning in, you’ll be able to see which of the delegates manages to solve AirTight’s #WFD7 riddle. More on AirTight via TechFieldDay archive. Read more
Popular literature on 802.11ac describes 40 MHz and 80 MHz operation (channel bonding) as doubling and quadrupling of the data rate, respectively. Every time I saw that mentioned, the following question came to my mind.
When radio transmits over 40 MHz (or 80 MHz) channel, is the total transmit power proportionally increased over 20 MHz to maintain the SNR (signal to noise ratio)? And, how is the data rate multiple with channel bonding distributed over the cell?
This question nagged me like a little stone in the shoe that is impossible to ignore. My subsequent findings from the lab tests show that the popular literature is only partially true. Read on to find out why. Read more
So much competitive marketing noise has been made over the last half dozen years about managing WLANs that vendors are now trying to manage WLANs from anywhere using everything. It wouldn’t surprise me in the least to hear a vendor say that they can now manage a branch WLAN in France from the comfort of… Read More
In my blog called Corner Cases, I mentioned that high density, high throughput (HDHT) cases are in the extreme minority (<1%). In this blog, I would like to discuss High Density, Low Throughput (HDLT), which I believe will be the situation that over half of the installed Wi-Fi infrastructures of the world will face at some point over the next 5-7 years. I want to clarify that that when I use the term “high density”, I’m referring to client density (lots of clients in a physical area), not AP density (lots of APs in a physical area).
Unless you’ve been camping out under a rock, you may have heard the term “Internet of Things” or IoT for short. This moniker refers to the movement toward connecting previously-unconnected devices onto the Internet. To clarify, things are being connected to the Internet, thus we get Internet of Things. So how many of these things are we talking about? Oh… a few I suppose. Gartner is saying there will be 26 billion IoT devices and an additional 7.3 billion smartphones/tablets/PCs by 2020. Read more
Most Wi-Fi manufacturer’s marketing departments would have you believe that 99% of all deployments are what I’d call “corner cases.” I call B.S. (as usual). Here are the high-density/high-throughput (HDHT) corner cases that so many manufacturers would have you believe are so prevalent: Large K-12 and University libraries, cafeterias, lecture halls, and auditoriums Stadium or… Read More
Are you considering new Wi-Fi deployment or upgrade of legacy system? Then you should be prepared to navigate the maze of multiple decision factors given that Wi-Fi bake-offs increasingly require multi-faceted evaluation. Follow these 11 “C”ommandments to navigate the Wi-Fi decision tree: Cost Complexity Coverage Capacity Capabilities Channels Clients Cloud Controller 11aC, and last but not least… Read More
In my previous blog on the 11ac series, I explored 80 MHz channel operation in 802.11ac in the context of data rate, OBSS (Overlapping BSS), network throughput, and auto-channel assignment. 802.11ac (Wave-1): Network Engineering Insights In the present post, I explore the other speed factor of 1.33X that shows up in the Wave-1 data rate equation: (2.16… Read More
| Wi-Fi has become the de facto access medium for smart mobile devices in enterprise networks. Sitting at the edge of the network, Wi-Fi can assist greatly in implementing secure and disciplined BYOD in these networks. There is no one-size-fits-all when it comes to BYOD management in the enterprise. However, from my experiences working with Wi-Fi and… Read More
Have you noticed all the buzz on 802.11ac especially now that Wave-1 has arrived? How could you not! 802.11ac is the new Wi-Fi standard and it has new techniques to increase the wireless data rate above the existing 802.11n standard. 11ac is slated to arrive in two Waves – Wave-1 this year and Wave-2 next year…. Read More