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Adaptive Radio Modules for the 3600 Series AP: Best of Interop 2013 Finalist

We’ve been really busy but also very thrilled about the work we’re doing to future-proofing the network, and it seems we’re not alone. One of our latest innovations, adaptive radio modules for the AP3600, has been selected by UBM as a Best of Interop finalist for the Wireless award category!

Best of Interop Finalist

It’s an honor to be recognized for our innovation and technological advancements in wireless, and we wanted to share a bit more about our submission with you.

What are the Adaptive Radio Modules?

The Adaptive Radio Modules a family of solutions in a modular form factor that allows customers to adapt their wireless network to their current and future needs. The Adaptive Radio Modules provide a dedicated third radio that can be field upgraded on the 3600 Access Point.

Cisco offers three adaptive radio modules for the 3600 Access Point:

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Cisco Brings Gigabit Wireless to Life with the AP3600 + 802.11ac Module: Demo Highlights

The question isn’t IF your users will need more bandwidth, but WHEN they will need more bandwidth. 802.11ac represents the next evolution of the 802.11 standard, and, as you’ve heard, this one really pegs the gas petal in the quest for speed. Offering a link-rate of up to 1.3Gbps, 802.11ac represents the first wireless standard that surpasses the gigabit barrier.

But what makes 802.11ac unique isn’t just bandwidth. The new standard represents a forced push to the cleaner 5GHz spectrum, as well as extended battery life, made possible by getting devices on and off the air more quickly. To learn more about the technical details under the hood of 802.11ac reference this whitepaper.

Cisco’s Aironet Access Point 3600 and an alpha version of the 802.11ac module were demonstrated during Cisco’s presentation during Wireless Field Day 3 (the demo occurs at timestamp 15:30 in the video). Keep in mind that this is a demonstration of a pre-released product so it is expected that throughput and functionality will change and likely increase when the product is available for customers in early 2013.

The test goal was to measure one client, one Access Point 802.11ac performance and leveraged Ixia’s IxChariot to generate UDP traffic over the air. The test was done in an open real world environment, so the achieved throughput is less than what would be expected in a clean RF environment typical of a benchmark test.

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Application Visibility & Control: CleanAir at the Applications Level

October 8, 2012 at 5:00 am PST

The Problem:

There are many challenges IT managers face on a daily basis. As the proliferation of user devices and the growth in business, personal and collaborative applications continue to grow, almost exponentially, these challenges only make the job of an IT manager harder. For instance, imagine what goes through the mind of an IT administrator who is responsible for helping a hospital and medical school get a handle on device and application growth and usage:

  • Is a guest or patient downloading movies using Bit-Torrent –in other words, stealing valuable airtime away from my mission-critical applications?
  • My network supports a mixed use of guests, employees and vendors/doctors. Without prioritizing applications on the network, employees risk losing productivity and response time to patients, insurance providers, labs. Can I prioritize business-class applications such as Cisco Webex/Jabber and de-prioritize the applications such as Netflix?
  • Who are my top 10 users and the top 10 upstream and downstream applications? Can I save a detailed report of all application flows in my network for compliance purposes?
  • The number of devices, number of users is exploding, and use of video is growing 50% year over year. Should I add more access points in my auditorium or conference room areas? Or should I upgrade to 802.11ac for more capacity?

Enter Cisco Application Visibility Control(AVC) integrated into wireless infrastructure.

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Internet Traffic Continues to Explode, No End in Sight

“In 2016, over 1.3 Zettabytes of data will travel across Internet protocol (IP) networks. That’s over 10 times the traffic generated in 2008 and more than all the IP traffic that traversed global networks from 1984 to 2012 combined (1.2 Zettabytes).”

This estimate is from the latest Visual Networking Index (VNI) released today by Cisco which forecasts IP network traffic patterns from 2011 to 2016. The annual VNI rolling five year forecast has become a trusted industry barometer for how rapidly the use of global IP networks is expanding.

So what’s driving the explosive data growth?

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How to Solve the Wireless Spectrum Puzzle

By Howard Baldwin, Contributing Columnist

An interesting battle over unlicensed wireless communication spectrum has been brewing in the U.S. over the last few weeks, one that pits advocates of open public access against advocates of licensing and private control.

Here are the highlights of the ongoing debate. In September, the FCC approved a spectrum test that could ultimately promulgate access using the white space between television channels. This method, known as “super Wi-Fi,” is said to allow the signal to travel further and still accommodate structural barriers. The test ran in Lake Mary, Fla., and concluded early in November. However, the FCC has not yet released results.

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